National Intelligent Manufacturing Standard System ... · National Intelligent Manufacturing ....

National Intelligent Manufacturing

Standard System Construction

Guidelines

(Version 2015)

December 2015

National Intelligent Manufacturing Standard System Construction Guidelines (Version 2015)

Table of Contents

I. General Requirements ........................................................................... 2

(i) Guiding ideology .................................................................................. 2

(ii) Basic principle ................................................................................... 3

(iii) Construction target ............................................................................. 4

II. Construction Idea .................................................................................. 6

(i) Fig. 1 Intelligent manufacturing system framework ............................ 7

(ii) Structural diagram of intelligent manufacturing standard system ... 17

(iii) Framework of intelligent manufacturing standard system .............. 20

III. Construction Contents ...................................................................... 22

(i) Basic generality standards .................................................................. 22

(ii) Key technique standards .................................................................. 27

(iii) Key industries standards .................................................................. 43

IV. Implementation Organization .......................................................... 46

Appendix 1: Terms and Abbreviations related to Intelligent

Manufacturing ............................................................................................. I

Appendix 2: Basic Generality and Key Technical Standards of Intelligent

Manufacturing Released and Under Preparation ...................................... III


1

As the main orientation of China Manufacturing 2025

Strategy, intelligent manufacturing is the critical measure to

implement “Powerful Nation Strategy”, the development trend

for Chinese manufacturing industry to keep the same pace with

the world and the core to realize transformation and upgrading.

With strong comprehensiveness, intelligent manufacturing

stands for the conformity and integrity of all kinds of

manufacturing systems in a higher level. Standardization is an

indispensable basis to promote the development of intelligent

manufacturing. As the existing standards regarding intelligent

manufacturing are unavailable, undeveloped or repeated,

National Intelligent Manufacturing Standard System

Construction Guideline (Version 2015) (hereinafter referred to

as “the Construction Guideline") is hereby jointly prepared by

Ministry of Industry and Information Technology of the People’s

Republic of China and Standardization Administration of the

People's Republic of China based on the strategic deployment of

China Manufacturing 2025 Strategy, in order to guide the

intelligent manufacturing standardization at present and in

future.


2

I. General Requirements

(i) Guiding ideology

Efforts should be made to fully exert the fundamental and

guiding role of standard in promoting the development of

intelligent manufacturing and resolve the imperfection and

low-level repetition of standard system. The overall planning

and macro guidance should be strengthened, the harmonious

development of standards prepared by the government and the

market should be established and the supporting new standard

system should be coordinated by strengthening standard

implementation and supervision and multi-industrial and

multi-field integrated innovation in order to establish the

intelligent manufacturing system that meets the actual situations

of China and keep pace with the world. The intelligent

manufacturing system framework consisting of 5+5+10 type

standards should be established from three aspects, namely basic

generality, key technique and major industries. Dynamic and

complete mechanism should be established and standard should

be gradually formed to support the development of intelligent

manufacturing. National Intelligent Manufacturing Standard System Construction Guidelines (Version 2015)

3

(ii) Basic principle

Overall planning and implementation of classified

strategies. Standard resources should be overall planned,

standard structure should be optimized and the relevant

domestic intelligent manufacturing standards should be sorted

out; the complete intelligent manufacturing standard system

should be prepared in order to satisfy the development of

intelligent manufacturing. The application standard of key

intelligent manufacturing industries should be formed and the

standard systems that are connected and well matched mutually

should be established by focusing on the key industrial

development field along with traditional industry and by

combining the development level and features of the industry.

Cross-boundary integration and implementation of

urgent demands. Intelligent manufacturing refers to the

integration of new-generation information technology and

manufacturing technique as well as the integration and

interconnection of manufacturing industry in different links. The

multi-industrial and multi-field integrity innovation is needed

for preparing intelligent manufacturing standard system. As for

the key bottleneck problems promoting intelligent

manufacturing such as data integration and interconnection, the


4

fundamental standards such as data interface and

communication protocol should be prepared in priority.

Starting from actual situation and opening cooperation.

The preparation and industrialization of standards with

proprietary intellectual property rights and the communication

with the advanced manufacturing countries and international

standardization organization should be strengthened and Chinese

standards proprietary intellectual property rights should be

upgraded to international level in proper time by combining

actual situations such as the poor foundation of China’s

intelligent manufacturing standard and imbalanced industrial

development and considering the standard applicability fully. In

addition, the international standard that is applicable to the

development demand of China’s manufacturing industry should

be properly transformed into national standards and intelligent

manufacturing system with good compatibility and strong

openness should be established.

(iii) Construction target

The intelligent manufacturing standard system should be

established preliminarily in 2017. More than 60 key intelligent

manufacturing standards should be prepared, basic general

standards such as reference model, terminology & definition,


5

identification analysis and evaluation index as well as key

technical standards such as data format and communication

protocol should be prepared on the principle of “establishing

general ones and those in urgent need”, the intelligent

manufacturing standards for key industries should be explored

and prepared; breakthrough should be made in ten key fields of

China Manufacturing 2025 Strategy in priority. The national

standards for intelligent manufacturing should be upgraded to

international standards; the application and international level of

standards should be improved gradually.

A comparatively perfect intelligent manufacturing standard

system should be established in 2020. Above 500 intelligent

manufacturing standards should be prepared and revised to

cover both general standards and key technical standards

basically; the intelligent manufacturing standards should be

broadly used in enterprises and particularly in manufacturing

field in order to enhance China’s intelligent manufacturing level

significantly. Meanwhile, the international competitiveness of

Chinese intelligent manufacturing standards should be improved

substantially.


6

II. Construction Idea

There are generally three steps constructing intelligent

manufacturing standard framework. Firstly, a 3D intelligent

manufacturing system framework consisting of lifecycle, system

hierarchy and intelligent functions is constructed by extracting

the general abstract features of all kinds of intelligent

manufacturing application systems studied in order to define the

connotation and extension of intelligent manufacturing

standardization, recognize available and unavailable intelligent

manufacturing standards and understand the overlapping

relations of existing standards; secondly, the plane consisting of

lifecycle dimension and system hierarchy dimension of

intelligent manufacturing system framework is applied to the

five-level intelligent function dimension from upper to lower on

the basis of deeply analyzing the standard demand and by

comprehensively considering the logistic relations of all

dimensions of intelligent manufacturing system in order to form

five key technical standards such as intelligent equipment,

intelligent factory, intelligent service, industrial software, big National Intelligent Manufacturing Standard System Construction Guidelines (Version 2015)

7

data and industrial internet and thus form intelligent

manufacturing standard system architecture together with basic

general standards and key industrial standards; thirdly, the

intelligent manufacturing standard system architecture should be

decomposed to establish intelligent manufacturing standard

system framework and guide the construction of intelligent

manufacturing standard system and the approval of relevant

standards.

(i) Fig. 1 Intelligent manufacturing system framework

Intelligent manufacturing system framework is constructed

from three dimensions such as lifecycle, system hierarchy and

intelligent functions, as shown in Fig. 1.


8

Fig. 1 Intelligent Manufacturing System Framework

1. Lifecycle

Lifecycle refers to the chain integration consisting of a

series of mutually connected value creation activities such as

design, production, logistics, sales and service. All activities in

lifecycle are associated and influenced mutually. Lifecycle National Intelligent Manufacturing Standard System Construction Guidelines (Version 2015)

9

differs in various industries.

2. System hierarchy

System hierarchy is composed of equipment level, control

level, workshop level, enterprise level and cooperation level

from the lower to the upper. In particular, the system hierarchy

of intelligent manufacturing represents the intelligence and

internet protocol of equipment as well as network flattening. In

particular:

(1) As the material technical basis for enterprise to deal

with production activities, equipment level is composed of

sensors, meters and instruments, bar code, radio frequency

identification (RFID), machine, machinery and device;

(2) Control level consists of programmable logic

controller (PLC), supervisory control and data acquisition

(SCADA), distributive control system (DCS) and field bus control

system (FCS);

(3) Workshop level is mainly about the production

management of factory/workshop, including manufacturing

execution system (MES);

(4) Enterprise level is focused on the operation

management of enterprises, including enterprise resources

planning (ERP), product lifecycle management (PLM), supply


10

chain management (SCM) and client relationship management

(CRM);

(5) Cooperation level represents coordinated R & D,

intelligent production, precise logistics and intelligent service

realized by different enterprises of the industrial chain through

internet sharing information.

3. Intelligent functions

Intelligent functions include five layers such as resources

elements, system integration, interconnection, information

fusion and new business pattern. Specifically,

(1) Resources elements include physical entities such as

design & construction drawings, product technique documents,

raw materials, manufacturing equipment, production workshop

and factory along with energies such as power and gas.

Personnel are also part of resources.

(2) System integration means integrating all kinds of

manufacturing resources such as raw materials, parts, energy

and equipment by information technique such as 2D code, radio

frequency identification and software. It can realize the

integration of intelligent equipment, intelligent production unit,

intelligent production line, digital workshop, intelligent factory

and even intelligent manufacturing system from small to large


11

scale.

(3) Interconnection means realizing mutual connection

among machines, between machines and control systems and

among enterprises in virtue of wireless and wire communication

technique.

(4) Information fusion means realizing information

collaborative sharing through system integration and

communication under the premise of ensuring information

safety using new generation of information technology such as

cloud computing and big data.

(5) New business pattern means service manufacturing

mode such as personal customization, remote operation &

maintenance and industrial cloud.

The intelligent manufacturing system framework shows the

whole process of intelligent manufacturing in a 3D manner. In

the following, PLC, industrial robot and industrial internet are

used as examples to fully interpret the position of key intelligent

manufacturing field in system architecture and relevant

standards through point, line and surface level in order to better

annotate and understand system framework.


12

Cooperation

LifecycleDesign

PLC

Manufac

ture

Logistic Sale Service

Enterprise

Workshop

Control

Equipment

Resources

Elements

System

Integration

Interconnection

Information

Fusion

New Business

Pattern

System

Hierarchy

Intelligent

Functions

Fig. 2 Position of PLC in Intelligent Manufacturing System

Framework

PLC is in the production segment in lifecycle dimension of

intelligent manufacturing system architecture, control level of

system hierarchy and system integration of intelligent functions,

as shown in Fig. 2. The released standards of PLC mainly

include:


13

GB/T 15969.1 Programmable Controllers Part 1:

General Information

IEC/TR 61131-9 Programmable Controllers Part 9:

Single-drop Digital Communication Interface for Small

Sensors and Actuators (SCDI)

Industrial

Robot

LifecycleManu

-factureLogistic Sale Service

Resources

ElementsDesign

System

Hierarchy

Cooperation

Enterprise

Workshop

Control

Equipment

System

Integration

Interconnection

Information

Fusion

New Business

Pattern

Intelligent

Functions

Fig. 3 Position of Intelligent Robot in Intelligent Manufacturing

System Framework

Intelligent robot is in the production link in lifecycle

dimension of intelligent manufacturing system architecture, National Intelligent Manufacturing Standard System Construction Guidelines (Version 2015)

14

equipment level and control level of system hierarchy and

resources elements of intelligent functions, as shown in Fig. 3.

Industrial robots standards released mainly include:

GB/T 19399-2003 Industrial Robots Graphical User

Interfaces for Programing and Operation of Robots

(GUI-R)

GB/Z 20869-2007 Industrial Robot Intermediate Code for

Robot (ICR)

Industrial robots standards under preparation mainly

include:

20120878-T-604 Interface for Robot Simulation

Development Environment

20112051-T-604 Communication Interface Specification

of Open Robot Controller


15

Industrial Internet

Industrial Internet

System

Hierarchy

Cooperation

Enterprise

Workshop

Control

Equipment

System

Integration

Interconnection

Information

Fusion

New Business

Pattern

Intelligent

Functions

LifecycleManufac

tureLogistic Sale ServiceResources

ElementsDesign

Fig. 4 Position of Industrial Internet in Intelligent Manufacturing System

Framework

Industrial internet is in all links in lifecycle dimension of

intelligent manufacturing system architecture, five levels, i.e.,

equipment, control, workshop, enterprise and cooperation of National Intelligent Manufacturing Standard System Construction Guidelines (Version 2015)

16

system hierarchy and interconnection of intelligent functions.

The released standards of Industrial internet mainly include:

GB/T 20171-2006 EPA System Architecture and

Communication Specification for Use in Industrial

Control and Measurement Systems

GB/T 26790.1-2011 Industrial Wireless Network WIA

Specification Part 1: WIA System Architecture

Communication Specification for Process Automation

(WIA-PA)

GB/T 25105-2014 Industrial Communication Networks

-Fieldbus Specifications Type 10: PROFINET IO

Specifications

GB/T 19760-2008 CC-Link (Control & Communication

Link) Specifications

GB/T 31230-2014 Industrial Ethernet Fieldbus EtherCAT

GB/T 19582-2008 Modbus Industrial Automation

Network Specification

GB/Z 26157-2010 Digital Data Communication for

Measurement and Control - Fieldbus for Use in Industrial

Control Systems - Type 2: Controlnet And Ethernet/Ip

Specification

GB/T 29910-2013 Industrial Communication Networks


17

-Fieldbus Specifications Type 20：HART Specification

GB/T 27960-2011 Ethernet POWERLINK

Communication Profile Specification

(ii) Structural diagram of intelligent manufacturing

standard system

The structural diagram of intelligent manufacturing

standard system generally includes “A Basic Generality” “B

Key Technique” and “C Key Industries”. In particular, “B Key

technique” is composed of “BA Intelligent equipment”, “BB

Intelligent factory”, “BC Intelligent service”, “BD Industrial

software and big data” and “BE Industrial internet”. See Fig. 5

for the structural diagram of intelligent manufacturing standard

system.


18

A Basic

Generality

BA

Intelligent

Equipment

Foundation

Embedded

SystemIndustrial

Robot

Sensors, Meters

and InstrumentsAdditive

ManufacturingHMI System

BE

Industrial

Internet

System

ArchitectureBB

Intelligent

Factory

BC

Intelligent

Service

Personalized

Customization

Remote Operation

& Maintenance

Industrial

Cloud

C

Industrial

Application

New

Gen

era

tion

of

Info

rm. T

ech

.

Indu

stry

Adv

anced

Tra

ck

Tran

spo

rt. Eq

uip

.

En

ergy-S

avin

g a

nd

New

Energ

y

Veh

icle

Oce

an E

ng

ineerin

g

Eq

uip

.and H

igh-

Tech

Ship

Hig

h-E

nd C

NC

Mac

hin

e Tool a

nd

Rob

ot

Aero

space E

quip

.

Safety ManagementInspection

EvaluationReliability

Intelligent

Management

Intelligent

Design

Intelligent

Logistics

Construction

Planning

System

Integration

Intelligent

Production

BD

Industrial

Software

and Big

Data

Industrial

Big Data

Product and

System

Management

and Service

B Key Technique

Network

Technique

Resources

Manag.

Network

Equipment

Control

System

Fig. 5 Structural Diagram of Intelligent Manufacturing Standard System

Specifically, located at the bottom of structural diagram of

intelligent manufacturing standard system, A Basic generality

standards are composed of five categories, i.e., foundation,

safety, management, inspection evaluation and reliability. The

basic generality standards studied support B Key technique

standards and C Key industries standards, both of which are

shown in the dotted line framework in the upper level of

standard system structural diagram. Located in the bottom of B

Key technique standards in the structural diagram of intelligent National Intelligent Manufacturing Standard System Construction Guidelines (Version 2015)

19

manufacturing standard system, BA Intelligent equipment

standards are mostly closed to the actual production of

intelligent manufacturing; BB Intelligent factory standards are

on the top of BA intelligent equipment standards, which refer to

the comprehensive integration of intelligent manufacturing

device, software and data and play a role in connecting the

upper and lower levels in the structural diagram of intelligent

manufacturing standard system. Located at the top of B Key

technique standards, BC Intelligent service standards involve the

intelligent manufacturing new mode and new industry standard;

located at the left and right side of B Key technique standards of

structural diagram of intelligent manufacturing standard system,

BD industrial software and big data standards and BE Industrial

internet standards run through other 3 fields (BA, BB and BC)

of B key technique standards, connect physical world and

information world and promote the transformation of production

manufacturing to service manufacturing. C Key industries

standards are at the top of structural diagram of intelligent

manufacturing standard system in order to handle the specific

industrial demands. A Basic generality standards and B Key

technique standards are defined and implemented to guide the

intelligent manufacturing of all industries.


20

(iii) Framework of intelligent manufacturing standard

system

According to the structural diagram of intelligent

manufacturing standard system, the frame of intelligent

manufacturing standard system is composed of “A Basic

Generality”, “B Key technique” and “C Key industries”, as

shown in Fig. 6.


21

Framework of Intelligent

Manufacturing Standard System

A Basic Generality

AA

Fou

nd

ation

AB Safety AC

Man

ag.

AD

Insp

ection

Evalu

ation

术语定义

AA

B R

eference M

od

el

AB

B In

form

atio

n Safe

ty

AC

A In

form

. Safety M

anag. Sys.

AD

D In

dex System

AD

E Evaluatio

n M

etho

d

BA

BA

Interface

Spe

c.

BA

AA

Gen

eral T

ech

no

logy

BA

AB

Integratio

n

BA

EA

Mo

de

l De

sign

BEA

A In

ner-P

lan

t insid

e N

etw

ork o

f Fac.

BEA

B O

uter-N

etw

ork

of Facto

ry

BEB

A N

etwo

rk Tech

niq

ue

BD

BA

Ap

plicatio

n So

ftware

BC

AB

Interactio

n Sp

ec.

BC

AC

Pro

du

ction

Man

ag. P

roce

ss Spe

c.

BA

BB

Co

mm

un

icatio

n P

roto

col

BA

AC

Co

mm

un

icatio

n P

roto

col

BA

DA

Grap

hics &

Icon

s

BA

DC

Ph

on

etics & Se

man

tics

BD

BB

Ind

ustrial So

ftware

Inte

gratio

n

AA

C M

etad

ata &

data d

iction

ary

BD

AA

Da

ta Pro

cessin

g Te

chn

iqu

eB

DA

B D

ata M

anage

me

nt

AD

F Imp

lemen

tation

Gu

ide

BA

DB

To

uch

ing So

ma

tose

nso

ry Sys.

BA

FA C

om

mu

nicatio

nB

AFB

Inte

rface

BB

AC

System

Mo

de

ling

BB

AD

Hu

man

istic Wo

rkin

g Co

nd

ition

s

BB

DA

Inte

lligen

t Dia

gno

sis & M

ain

ten

ance

BB

DB

Ad

vanced

Co

ntro

l & O

ptim

izatio

n

BB

BA

Inte

rop

eration

Crite

ria

BB

BB

Inte

gration

Ab

ilityB

BB

C Te

st Ap

plica

tion

Service In

terface

BB

BD

Site Eq

uip

men

t Inte

gratio

n

BC

BA

Pla

tform

Inte

rface Sp

ec.

BC

BB

Gen

era

l Req

uirem

en

ts

C Key Industries

CB

High

-end

CN

C M

achin

e Too

l & R

ob

ot

CC

Aero

space Eq

uip

men

t

CD

Ocean

Engin

eering Eq

uip

. & H

igh-Tech

Ship

s

CE A

dvan

ced Track Tran

spo

rtation

Equ

ipm

ent

CK

Oth

ers

BA

EB

Ma

nu

factu

ring Eq

uip

. & In

terfa

ce

AA

AT

ermin

olo

gy

s & D

efinitio

ns

AE R

eliability

AEA

Pro

cess Stan

dard

AEB

Tech

nical M

eth

od

s

AA

D Id

en

tification

AB

A Fu

nctio

na

l Safety

BA

BC

Pe

rform

ance

Req

uire

me

nts

BEB

B In

du

strial W

irele

ss Co

mm

un

icatio

n

BB

AA

Gen

eral P

lann

ing

BB

AB

Imp

lem

en

tatio

n G

uid

e

BB

CA

Pro

du

ct De

sign Sim

ulatio

nB

BC

B In

telligent O

ptim

al D

esign

BB

FB E

-ide

ntifica

tion

BB

FC A

uto

matic G

uid

ed

Ve

hicle

BEB

C In

du

strial W

ire C

om

mu

nica

tion

BED

B In

du

strial Switch

BED

C C

hip

& C

om

mu

nica

tion

Mo

du

le

AC

B In

du

s. & in

form

. Integ. M

anag. Sys.

BED

E O

the

rs

AD

B Te

st Meth

od

AD

C Te

st Equ

ipm

ent

AD

A Te

st Pro

jects

BB

EA

Wo

rksho

p M

anage

me

nt

BB

EB

Ente

rprise

Ma

na

gem

ent

BB

EC

Visu

al Ma

na

gem

en

t

BC

AA

Desig

n Sp

ec.

BB

FA B

ar C

od

e

BD

CC

Softw

are

Asse

ts Man

agem

en

t

BD

CA

Service

Req

uire

me

nts

BD

CB

Softw

are

Qu

ality Ma

na

gem

ent

BED

A In

du

strial G

ate

wa

y

BC

BC

Safe

ty Spe

c.

BB

FD V

ertical W

areh

ou

se

BA

Intelligen

t Eq

uip

men

t

BB

Inte

lligent

Factory

BC

Inte

lligent

Service

BE In

du

strial In

tern

et

BD

Ind

ustrial

Softw

are & B

ig D

ata

BA

B Em

be

dd

ed

System

BA

A Sen

sors, M

eters &

In

strum

ents

BA

E Ad

ditive M

an

ufactu

ring

BA

F Ind

ustrial R

ob

ot

BEA

System

Arch

itectu

re

BEB

Arch

itecture

Fram

ewo

rk

BD

B P

rod

uct &

System

BC

A P

erso

na

lized

Cu

stom

.

BA

D H

MI Syste

m

BD

A In

du

strial Big D

ata

BC

B R

emo

te Service

BC

C In

du

strial Clo

ud

BC

D O

thers

BB

A C

on

structio

n P

lann

ing

BB

B Syste

m In

tegratio

n

BB

C In

telligen

t De

sign

BB

D In

telligen

t Pro

du

ction

BB

F Intellige

nt Lo

gistics

BB

E Intellige

nt M

anag.

BD

C Service &

Man

ag.

C

A N

ew

Gen

eration

of In

form

ation

Tech

no

logy

B Key Technique

BC

BD

Mo

nito

ring Sp

ec.B

CB

E Em

ergency M

an

ag. Sp

ec.

CG

Po

we

r Equ

ipm

ent

CH

Agricu

ltural M

achin

ery Equ

ipm

ent

CI N

ew M

aterials

CJ B

iol. M

edicin

e & H

igh-P

erfo

rm. M

edical D

evice

CF En

ergy-Saving &

New

Energy V

eh

icle

BA

FC C

oo

peratio

n

BC

CA

Reso

urce

s Sharin

gB

CC

B Se

rvice Ab

ility

BA

C C

on

trol System

BA

G O

thers

BC

D O

the

rs

BA

CA

Pro

gramm

ing Lan

gua

ge

BA

CC

Oth

ers

BA

CB

Interfa

ce

BEC

A IP

v6B

ECB

Freq

ue

ncy Sp

ectrum

BEC

C In

form

ation

Co

ord

inatio

nB

EC R

eso

urce

s Man

ag.

BED

Ne

two

rk Equ

ipm

ent

BB

FE Oth

ers

BA

DD

Bio

logica

l Fea

ture

s

Fig. 6 Framework of Intelligent Manufacturing Standard System


22

III. Construction Contents

(i) Basic generality standards

The basic generality standards mainly consist of five parts

such as foundation, safety, management, inspection evaluation

and reliability, as shown in Fig. 7.

A Basic Generality

AA

Fou

nd

ation

AB

Safety

AC

Man

ag.

AD

Insp

ection

Evalu

ation

术语定义

AA

B R

efe

ren

ce M

od

el

AB

B In

form

ation

Safety

AC

A In

form

. Safe

ty Ma

nag. Sys.

AD

D In

de

x System

AD

E Evalu

atio

n M

eth

od

AA

C M

eta

da

ta & d

ata d

iction

ary

AD

F Imp

lem

en

tation

Gu

ide

AA

A T

ermin

olo

gys &

Defin

ition

s

AE R

eliability

AE

A P

roce

ss Stand

ard

AE

B T

echn

ical Meth

od

s

AA

D Id

entificatio

n

AB

A Fu

nctio

na

l Safety

AC

B In

du

s.&in

form

.Inte

g.Ma

na

g. Sys.

AD

B T

est Me

tho

d

AD

C T

est Equ

ipm

ent

AD

A T

est Pro

jects

Fig. 7 Sub-system of Basic Generality Standard

1. Basic standards


23

Basic standards are composed of four parts, i.e.,

terminology and definitions, reference model, metadata, data

dictionary and identification.

Terminology and definitions are used for unifying the

relevant concepts related to intelligent manufacturing and

provide supports for the preparation of other parts of standards.

Reference model standards are used for assisting all parties

recognizing and understanding the objects and boundary of

intelligent manufacturing standardization as well as the

hierarchy and internal contact of all parts. Metadata and data

dictionary are used for specifying the naming rule, data format,

data model, data elements and registration requirements of

metadata in all such links as design, production and circulation

of intelligent manufacturing products, as well as the method to

establish data dictionary and lay a solid foundation to the data

integration, interaction and sharing of data in all intelligent

manufacturing links. Identification standards are used for the

exclusive identification and analysis of all kinds of objects in

intelligent manufacturing, efforts shall also be made to establish

intelligent manufacturing identification system; such system

shall be compatible to the manufacturing enterprises' existing

identification numbering system and can satisfy the


24

requirements of intelligent manufacturing development such as

equipment IP and intelligence.

2. Safety standards

Safety standards are mainly composed of functional safety

and information safety.

Functional safety standards are used for ensuring that the

safety functions of safety control system can be executed

correctly when danger happens so as to avoid personal injury,

environmental destruction and economic loss caused by

equipment failure or system function invalidity. They consist of

functional safety requirements as well as the implementation

and management of functional safety. Information safety

standards are used for ensuring that the information system will

not be destroyed, changed or leaked by occasional or malicious

cause while the system can be operated continuously, reliably

and normally. They mainly include five parts, i.e., software

safety, equipment information safety, network information

safety, data safety and information safeguarding.

3. Management standards

Management standards mainly include information safety

management system and industrialization and

informationization integration management.


25

Information safety management system standards are used

for preparing intelligent manufacturing information safety

management standards according to the features and demands of

intelligent manufacturing of all industries and the key

manufacturing links. They mainly include management standard

and safety supervision. Industrialization and informationization

integration management standards are used for guiding relevant

enterprises to establish innovation management mechanism and

maintain the constant competition advantages. The improvement

of industrialization and informationization integration process

management mechanism by standardization mainly includes

requirements, foundation and terms, implementation guide,

evaluation specification and audit guide.

4. Inspection evaluation standards

Inspection evaluation standards are mainly composed of

test items, test method, test device, index system, evaluation

method and implementation guide.

The test items standards are used for guiding the scientific

order arrangement and effective management of intelligent

manufacturing device and system during the test process. Test

method standards are used for preparing standards which cover

the contents, way, steps, process and calculation analysis of test


26

for different kinds of intelligent manufacturing devices and

systems. Test device standards are used for ensuring the

operation stability of test device and accuracy and reliability of

test indexes during the process of intelligent manufacturing

device quality and system test. Index system standards are used

for appraising the application fields, application enterprises and

application projects of intelligent manufacturing in order to

promote enterprises to enhance their intelligent manufacturing

level constantly. Evaluation method standards are used for

guiding intelligent manufacturing enterprises to develop project

evaluation and prepare intelligent manufacturing evaluation

index system. Implementation guide standards are used for

guiding the specific work during the process of intelligent

manufacturing project evaluation.

5. Reliability standards

Reliability standards are mainly composed of process and

technical method.

Process standards are mainly used for analyzing the

reliability requirements of intelligent manufacturing system, risk

management and service life fees. They are mainly composed of

reliability management of intelligent manufacturing, fault

prediction of intelligent manufacturing equipment and


27

comprehensive guarantee of intelligent manufacturing system.

Technical method standards are used for guiding the reliability

analysis evaluation of intelligent manufacturing system as well

as the reliability design and test verification of intelligent

equipment.

(ii) Key technique standards

Key technique standards are mainly composed of

intelligent equipment, intelligent factory, intelligent service,

industrial software and big data and industrial internet.

1. Intelligent equipment standards

Intelligent equipment refer to the equipment or device

provided with such additional functions as digital

communication and configuration, optimization, diagnosis and

maintenance, in addition to the basic functions. They are

generally provided with such capacities as perception, analysis,

reasoning, decision-making and control, which are deep

integration of advanced manufacturing technique, information

technique and intelligent technique. Intelligent equipment

standards mainly consist of sensors, meters and instruments,

embedded system, control system, human-machine interactive

system, additive manufacturing and industrial robot, as shown in

Fig. 8.


28

BA

BA

Interface

Spe

c.

BA

AA

Ge

ne

ral Te

chn

olo

gy

BA

AB

Integratio

n

BA

EA

Mo

de

l De

sign

BA

BB

Co

mm

un

icatio

n P

roto

col

BA

AC

Co

mm

un

icatio

n P

roto

col

BA

DA

Grap

hics &

Icon

s

BA

DC

Ph

on

etics & Se

man

tics

BA

DB

To

uch

ing So

ma

tose

nso

ry Sys.

BA

FA C

om

mu

nicatio

n

BA

FB In

terface

BA

EB

Ma

nu

factu

ring Eq

uip

. & In

terfa

ce

BA

BC

Pe

rform

ance

Req

uire

me

nts

BA

B Em

be

dd

ed

System

BA

A Sen

sors, M

eters &

In

strum

ents

BA

E Ad

ditive

Man

ufactu

ring

BA

F Ind

ustrial R

ob

ot

BA

D H

MI Syste

m

BA

FC C

oo

peratio

nBA Intelligent

Equipment

BA

C C

on

trol System

BA

CA

Pro

gramm

ing Lan

gua

ge

BA

CC

Oth

ers

BA

CB

Interfa

ce

BA

DD

Bio

logica

l Fea

ture

s

Fig. 8 Intelligent Equipment Standard Sub-system

(1) Sensors, meters and instruments standards

Sensors as well as meters and instruments standards are

mainly composed of general technical standards such as data

exchange, characteristics and classification, performance

evaluation and intelligent requirements; integration standards National Intelligent Manufacturing Standard System Construction Guidelines (Version 2015)

29

such as clock synchronization, interface, functional block,

equipment integration and interoperability; communication

protocol standards such fieldbus, industrial Ethernet, wireless

industrial networks, safety communication, highly available

communication and conformity.

(2) Embedded system standards

The embedded system standards of intelligent

manufacturing standard system mainly consist of interface

specification, communication protocol and performance

requirements of embedded system.

(3) Control system standards

The control system standards of intelligent manufacturing

standard system mainly include programming languages such as

PLC, DCS and FCS, and also interface.

(4) Human-machine interactive system standard

The human-machine interactive system standard of

intelligent manufacturing standard system mainly include

graphic and icon standards such as human-machine interactive

graphics and icons in industrial control field, functional

attributes and registry management; touching somatosensory

standards such as somatosensory description language, gesture

order and functional attribute; phonetic and semantic standards


30

such as voice command, semantic comprehension and semantic

database; biometric features recognition standards such as

biometric features recognition technical interface and biometric

features recognition data exchange.

(5) Additive Manufacturing Standards

Additive manufacturing standards mainly include model

design standards such as design specification, document format,

data quality assurance, documents storage and data processing

as well as additive manufacturing equipment and interface

standard.

(6) Industrial robot standards

Industrial robot standards (including mobile robot) mainly

include communication standards such as data format,

communication protocol, communication interface and control

semantics; interface standards such as interface between

industrial robot programming and operation graphics user,

interface between programming system and robot control;

collaboration standards such as the collaborative operation

between robot and human during the manufacturing process,

collaborative operation of robots and collaborative operation

between robot and production line.

2. Intelligent factory standards


31

With respect to connecting all production operation

processes of the factory, intelligent factory realize fast

information exchange, transmission, storage, processing and

seamless intelligent integration of all links ranging from

production design and sales to equipment control and enterprise

resources management. Intelligent factory standards mainly

consist of six parts, i.e., construction planning of intelligent

factory, system integration, intelligent design, intelligent

production, intelligent management and intelligent logistics, as

shown in Fig. 9.


32

BB

AC

System

Mo

de

ling

BB

AD

Hu

ma

nistic W

orkin

g Co

nd

ition

s

BB

DA

Inte

lligen

t Diagn

osis &

Ma

inte

nan

ce

BB

DB

Ad

vanced

Co

ntro

l & O

ptim

izatio

n

BB

BA

Inte

rop

eration

Crite

ria

BB

BB

Inte

gration

Ab

ility

BB

BC

Test A

pp

licatio

n Se

rvice Inte

rface

BB

BD

Fiedl Eq

uip

men

t Inte

gratio

n

BB

AA

Ge

ne

ral P

lann

ing

BB

AB

Imp

lem

en

tatio

n G

uid

e

BB

CA

Pro

du

ct De

sign Sim

ulatio

n

BB

CB

Inte

lligen

t Op

timal D

esign

BB

FB E-id

en

tificatio

n

BB

FC A

uto

ma

tic Gu

ide

d V

ehicle

BB

EA

Wo

rksho

p M

anage

me

nt

BB

EB

Ente

rprise

Ma

na

gem

ent

BB

EC

Visu

al M

an

age

men

t

BB

FA B

ar C

od

e

BB

FD V

ertica

l Wa

reh

ou

se

BB

A C

on

structio

n P

lann

ing

BB

B Syste

m In

tegratio

n

BB

C In

telligen

t De

sign

BB

D In

telligen

t Pro

du

ction

BB

F Intellige

nt Lo

gistics

BB

E Intellige

nt M

anag.

BB Intelligent FactoryB

BFE O

the

rs

Fig. 9 Intelligent Factory Standard Sub-system

(1) Construction planning standards

Construction planning standards mainly include general

planning standards such as basic functions of a factory, design

requirements and design model standards; implementation guide

standards required for reaching the planning design of intelligent

factory such as simulation analysis, collaborative design and

construction implementation standard; system modeling

standard such as intelligent factory-based technological process


33

and arrangement model, production process model and

organization model; design standard that provides employees

with humanistic working conditions.

(2) System integration standards

System integration standards mainly include

interoperability criteria such as descriptions on defining

intelligent manufacturing software interoperability and matching

of manufacturing unit; standards and specifications on the

integration ability such as integration functional module

descriptions and integration ability evaluation; test application

service standards such as interface service and protocol for

describing the capacity of intelligent manufacturing software,

relevant template specification, interface for visit/search

capacity and process definition matched based on the

requirements; field equipment integration standards such as

OPC UA, EDDL, FDT and FDI.

(3) Intelligent design standards

Intelligent design standards mainly include product design

simulation standards such as product digital definition, product

digital model machine, design simulation, process simulation

and digital test, as well as intelligent optimization design National Intelligent Manufacturing Standard System Construction Guidelines (Version 2015)

34

standards such as optimizing product simulation results,

describing optimization model and optimization method.

(4) Intelligent production standards

Intelligent production standards mainly consist of two parts,

i.e., standards regarding the diagnosis and maintenance of

production process control system and standards regarding the

advanced control and optimization of production process system.

The former ones include the general requirements for defining

the diagnosis, capacity evaluation and maintenance of intelligent

production system while the latter ones include the integration

structure, functional module and information interaction mode

of control and optimization software for production

manufacturing system.

(5) Intelligent management standards

Intelligent management standards mainly include the

workshop management standards such as manufacturing

message specification and MES application; enterprise

management standards such as enterprise operation

decision-making management, plan management, production

management, technique management, quality management,

personnel management, finance management, equipment

management and logistics management; visual management


35

standards such as the visualization of standard products

information, equipment information, inventory information,

production status and energy supervision.

(6) Intelligent logistics standards

Intelligent logistics standards mainly include the standards

used for recognizing the bar code and e-identification of raw

materials, components and parts, equipment and product

information, for the equipment inside factory such as automatic

guided vehicle as well as the intelligent logistics equipment

standard used inside the factory and the vertical warehouse of

workshop.

3. Intelligent service standards

With respect to new business and new mode, intelligent

service provides all kinds of specification and reliable service

through using enterprise’s internal and external resources

comprehensively. Intelligent service standards mainly include

three parts, i.e., personalization manufacturing, remote operation

& maintenance and industrial cloud, as shown in Fig. 10.


36

BC

AB

Inte

raction

Spe

c.

BC

AC

Pro

du

ction

Man

ag. Pro

cess Sp

ec.

BC

CA

Re

sou

rces Sh

arin

g

BC

CB

Service A

bility

BC

BA

Pla

tform

Inte

rface

Spe

c.

BC

BB

Ge

ne

ral R

eq

uirem

en

ts

BC

AA

Desig

n Sp

ec.

BC

BC

Safe

ty Spec.

BC

A P

erso

na

lized

C

usto

m.

BC

B R

emo

te Service

BC

C In

du

strial Clo

ud

BC

D O

thers

BC

BD

Mo

nito

ring Sp

ec.

BC

BE Em

erge

ncy

Ma

na

g. Spec.

BC Intelligent Service

Fig. 10 Intelligent Service Standard Sub-system

(1) Personalized customization standards National Intelligent Manufacturing Standard System Construction Guidelines (Version 2015)

37

Personalized customization standards mainly include

personalized customization design specification satisfying the

large-scale individual production, interaction specification and

production management process specification.

(2) Remote operation & maintenance standards

Remote operation & maintenance standards mainly include

platform interface specification, general requirements, safety

specification, monitoring specification and emergency

management specification.

(3) Industrial cloud standards

Industrial cloud standards mainly include resources sharing

standards such as interface and protocol as well as service

capacity standards.

4. Industrial software and big data standards

Industrial software and big data provide supports for

connecting industrial software data chain and realizing the

comprehensive application of industrial big data by focusing on

the vertical and horizontal integration of enterprise information

system. Industrial software and big data standards mainly

include industrial big data, products and systems, and service

and management, as shown in Fig. 11. National Intelligent Manufacturing Standard System Construction Guidelines (Version 2015)

38

BD

BA

Ap

plica

tion

Softw

are

BD

BB

Ind

ustria

l Softw

are

Inte

gration

BD

AA

Data

Pro

cessin

g Tech

niq

ue

BD

AB

Data

Man

agem

en

t

BD

CC

Softw

are

Asse

ts Man

agem

en

t

BD

CA

Service R

eq

uirem

en

ts

BD

CB

Softw

are

Qu

ality Man

agem

en

t

BD

B P

rod

uct &

System

BD

A In

du

strial Big D

ata

BD

C Service &

Man

ag.

BD Industrial Software & Big Data

BD

D O

thers

Fig. 11 Industrial Software and Big Data Standard Sub-system

(1) Industrial big data standards National Intelligent Manufacturing Standard System Construction Guidelines (Version 2015)

39

Industrial big data standards mainly include data

processing technical standards for the intelligence of production

process, product, new-industry and new-mode intelligence,

management and service intelligence, as well as data

management standards such as data quality, capacity maturity,

data assets management, data opening and sharing and

transaction.

(2) Product and system standards

Product and system standards mainly include industrial

software standards such as the functional definition of software

product, tools, system and platform, business model, technical

requirements and interface specification and industrial software

integration standards such as enterprise resource plan, supply

chain management, client relationship management,

manufacturing execution system, product lifecycle management

and process control system.

(3) Service and management standards

Service and management standards mainly include service

process and service capacity for the development, integration,

outsourcing and operation & maintenance of industrial software,

and service requirements for industrial cloud service such as

service catalogue, service level protocol, service quality and


40

service procurement; industrial software quality standard such

as the measurement of industrial software quality and assets

maintenance as well as the management standard of industrial

software assets.

5. Industrial internet standards

Industrial internet is designed to constructing factory

internal and external networks featured by high reliability,

bandwidth, connecting number and low time delay; it tries to

run through all layers inside the factory and full value chain

beyond the factory by focusing on interconnection, low-cost

computing, safe and reliable interoperation industrial

information infrastructures in order to realize information

tracking and management of the whole lifecycle, and satisfy

factory's internal intelligence and network and external

exchange. Industrial internet standards mainly include four parts,

i.e., system architecture, network technique, resources allocation

and network equipment, as shown in Fig. 12.


41

BEA

A In

ne

r-Pla

nt in

side

Ne

two

rk of Fa

c.

BEA

B O

ute

r-Ne

two

rk o

f Factory

BEB

A N

etw

ork

Tech

niq

ue

BED

B In

du

strial Switch

BED

C C

hip

& C

om

mu

nica

tion

Mo

du

le

BEC

A IP

V6

BED

A In

du

strial G

atew

ay

BEC

B Fre

qu

en

cy Spectru

m

BEA

System

Arch

itectu

re

BEB

Arch

itecture Fram

ewo

rk

BE Industrial Internet

BEC

Reso

urce

s Man

ag.

BED

Netw

ork Eq

uip

men

t

BEB

B In

du

strial W

irele

ss Co

mm

un

icatio

n

BEB

C In

du

strial W

ire C

om

mu

nica

tion

BEC

C In

form

atio

n C

oo

rdin

ation

BED

D O

the

rs


42

Fig. 12 Industrial Internet Standard Sub-system

(1) System architecture standards

System architecture standards mainly include factory’s

internal network standards such as network interconnection of

different layers inside enterprise, interconnection and

interoperation technique under the mode of design/supply

chain/manufacturing/service/consumption collaboration; it also

includes the industrial external network standards regarding the

interconnection of enterprise, business and industry.

(2) Network technique standards

Network technique standards mainly include the standards

regarding the low time delay and highly reliable connection

between fault machines, between machine and control system

and between upstream and downstream of enterprises and

intelligently interactive network technique; industrial wireless

network standard for the different demands of field equipment

level, workshop monitoring level and factory management level;

industrial wire communication standards for industrial field bus,

industrial Ethernet and industrial cabling.

(3) Resources management standards

Resources management standards mainly include IPv6

standards applied in industrial internet and frequency spectrum


43

and information coordination standards of wireless frequency

spectrum applied to industrial environment.

(4) Network equipment standards

Network equipment standards mainly include standards

regarding industrial gateway such as network equipment,

communication protocol and interface, industrial switch, chip

and communication module.

(iii) Key industries standards

In strict accordance with the standards of basic generality

and key techniques, breakthrough should be made in ten key

fields in priority and then cover all intelligent manufacturing

fields by focusing on the ten key fields in China Manufacturing

2025 Strategy and by considering the demands of upgrading and

transformation of traditional manufacturing industry. All

industries should prepare the intelligent manufacturing standards

of key industries by combining their development demand and

intelligent manufacturing level. The standard system for key

industries is shown in Fig. 13.


44

C Key Industries

CB

High

-en

d C

NC

Mach

ine

Too

l & R

ob

ot

CC

Aero

space Eq

uip

men

t

CD

Ocean

Engin

eering Eq

uip

. & H

igh-Tech

Ship

s

CE A

dvan

ced Track Tran

spo

rtation

Equ

ipm

ent

CK

Oth

ers

CA

Ne

w G

en

era

tion

of In

form

atio

n T

ech

no

logy

CG

Po

we

r Equ

ipm

ent

CH

Agricu

ltural M

ach

ine

ry E

qu

ipm

en

t

CI N

ew M

aterials

CJ B

iol.M

ed

icine&

Hig

h-P

erfo

rm. M

ed

ical D

evice

CF E

ne

rgy-Savin

g & N

ew En

ergy Ve

hicle

Fig. 13 Key Industry Standard Sub-system

Intelligent manufacturing standard system does not belong

to the standards in manufacturing fields such as aviation, ship,

petrochemical engineering and steel or vice versa but both are

overlapped to certain extent. The application standard of key

industries in intelligent manufacturing standard system connects National Intelligent Manufacturing Standard System Construction Guidelines (Version 2015)

45

both. For instance, ship industrial standard systems are used for

guiding the design, manufacturing, test, repairing management

and project construction of ship-related products and intelligent

manufacturing related contents such as interconnection in the

ship manufacturing process of ship industry key standards of

intelligent manufacturing standard system.


46

IV. Implementation Organization

The construction and planning of intelligent manufacturing

standard system are developed by the National Intelligent

Manufacturing Standardization Working Group established by

the Ministry of Industry and Information Technology of the

People’s Republic of China and Standardization Administration

of the People’s Republic of China jointly. Dynamic upgrading

and improvement mechanism should be established. With the

constant improvement of intelligent manufacturing development

level and industrial recognition level, National Intelligent

Manufacturing Standard System Construction Guideline should

be upgraded for every two years. The approval green channel

for intelligent manufacturing standard should be established and

the timely approval of key standards should be ensured. Special

financial funds should be set to support the study of intelligent

manufacturing standards, construction of test and verification

platform and industrial promotion application. The role of local

competent departments, industrial associations and societies

should be fully exerted, and standards should be publicized and

implemented through training and consultation. Intelligent National Intelligent Manufacturing Standard System Construction Guidelines (Version 2015)

47

manufacturing standardization forum should be held regularly in

virtue of Sino-Germany intelligent manufacturing /Industry 4.0

Standardization Working Group to organize industries to

develop in-depth communication and cooperation.

Communication should be actively made with ISO, IEC and

other relevant international standardization organizations and

efforts should be made to promote the Chinese standards with

proprietary intellectual property rights technology to

international standards.


I

Appendix 1: Terms and Abbreviations related to Intelligent

Manufacturing

4G: (the 4th Generation mobile communication technology)

5G: (the 5th Generation mobile communication technology)

CAD: (Computer Aided Design)

CAM: (Computer Aided Manufacturing)

CRM: (Customer Relationship Management)

DCS: (Distributed Control System)

EDDL: (Electronic Device Description Language)

EPA: (Ethernet in Factory Automation)

ERP: (Enterprise Resource Planning)

FCS: (Fieldbus Control System)

FDI: (Field Device Integration)

FDT: (Field Device Tool)

IEC: (International Electrotechnical Committee)

IP: (Internet Protocol)

IPv6: (Internet Protocol Version 6)

ISO: (International Organization for Standardization)

LTE-M：(LTE-Machine to Machine)

MBD: (Model Based Definition)


II

MES: (Manufacturing Execution System)

OPC UA: (OPC Unified Architecture)

PLC: (Programmable Logic Controller)

PLM: (Product Lifecycle Management)

SCADA: (Supervisory Control and Data Acquisition)

SCM: (Supply Chain Management)

WIA: (Wireless Networks for Industrial Automation)


III

Appendix 2: Basic Generality and Key Technical Standards of Intelligent Manufacturing Released and

Under Preparation

Gener

al No.

Secon

dary

No.

Standards Standard No./Plan

No.

The corresponding

international standard

No.

International

standardizatio

n organization

Status

A Basic Generality

AA Foundation

1 1 Information Technology-- Vocabulary GB/T 5271 ISO/IEC 2382 Releas

ed

2 2 Information Technology-Terminology for Embedded

Systems GB/T 22033-2008

Releas

ed

3 3 Industrial-Process Measurement and Control--Terms and

Definitions GB/T 17212-1998

Releas

ed

4 4 Networked Manufacturing - Technical Terminology GB/T 25486-2010 Releas

ed

5 5 Technical Product Documentation--Requirements for

Computer Aided Design and Drafting--Vocabulary GB/T 15751-1995 ISO/TR 10623-1992 ISO

Releas

ed

6 6 Manufacturing Information - Technical Terminology GB/T 18725-2008 Releas

ed

7 7 Information Technology--Open Systems

Interconnection--Basic Reference Model GB/T 9387 ISO/IEC 7498

Releas

ed


IV

Gener

al No.

Secon

dary

No.


No.

The corresponding


No.

International

standardizatio

n organization

Status

8 8 Process Detection and Control flow Chart--Symbols and

Letter Codes GB/T 2625-1981

Releas

ed

9 9 Industrial Process Measurement and Control--Data

Structures and Elements in Process Equipment Catalogues GB/T 20818 IEC 61987 IEC SC65E

Releas

ed

10 10

Industrial-Process Measurement, Control and Automation

Reference Model for presentation of Production Facilities

(Digital Factory)

GB/Z 32235-2015 IEC 62794 IEC TC65 Releas

ed

11 11 Supply Chain Management Business Reference Model GB/T 25103-2010 Releas

ed

12 12 Batch Control GB/T

19892.1~19892.2 IEC 61512 IEC SC65A

Releas

ed

13 13 Information Technology-Metadata Registries (MDR) GB/T

18391.1~18391.6 ISO/IEC 11179

ISO/IEC JTC1

SC32

Releas

ed

14 14 Information Technology - Procedures for Achieving

Metadata Registry Content Consistency GB/T 23824 ISO/IEC TR 20943

ISO/IEC JTC1

SC32

Releas

ed

15 15

Information Technology--Open Systems

Interconnection--Procedures for the Operation of OSI

Registration Authorities--Part 1:General Procedures

GB/T 17969.1-2000 ISO/IEC 9834-1 Releas

ed

16 16

Information Technology - Open Systems Interconnection -

National Numbering System and Registration Procedures for

Object Identifier (OID)

GB/T 26231-2010 Releas

ed

17 17 Information Technology―Sensor Networks―Part 501: GB/T Releas


V

Gener

al No.

Secon

dary

No.


No.

The corresponding


No.

International

standardizatio

n organization

Status

Identification: Identifier Encoding Rules for Sensor Node 30269.501-2014 ed

18 18 Industry IOT Instrument Identity Protocol 20150005-T-604

Under

prepara

tion

19 19

Information Technology Open System Interconnection

Regulations used for Object Identifier Analysis Operation

Organization

20112007-T-604

Under

prepara

tion

20 20 Information Technology Open Systems Interconnection

Object Identifier Resolution System 20120558-T-469 ISO/IEC 29168-1:2011

Under

prepara

tion

21 21 Information Technology Sensor Network Part 502:

Label: Analysis and Management Specification 20120545-T-469

Under

prepara

tion

22 22 Sensor Network Label Analysis and Management

Specification 20120545-T-469

Under

prepara

tion

23 23 Intelligent Sensor Terminology 20150007-T-604 IEC TC65

Under

prepara

tion

24 24 Additive Manufacturing-Technology Terminology 20142484-T-604 ISO 17296-1:2014 ASTM

Under

prepara

tion


VI

Gener

al No.

Secon

dary

No.


No.

The corresponding


No.

International

standardizatio

n organization

Status

AB Safety

25 1 Evaluation Specification for Security in Industrial Control

Network GB/T 26333-2010

Releas

ed

26 2 Industrial Control System Security GB/T

30976.1~30976.2

Releas

ed

27 3 Safety Requirements forIndustrial Automation Products GB 30439 Releas

ed

28 4 Functional Safety- Safety Instrumented Systems for the

Process Industry Sector

GB/T

21109.1~21109.3 IEC 61511 IEC SC65A

Releas

ed

29 5 Specification of Control and Communication Network CIP

Safety 20132552-Z-604 IEC 61784-3 IEC SC65C

Under

prepara

tion

30 6 Control and Communication Network Safety-over-EtherCAT

Specification 20141330-T-604 IEC 61784-3 IEC SC65C

Under

prepara

tion

31 7

Industrial Communication Networks. Network and

System Security. Part 2-1: Establishing an Industrial

Automation and Control System Security Program

20120829-T-604 IEC 62443-2-1 IEC TC65

Under

prepara

tion

32 8 Safety Protection Standard of DCS 20130783-T-604

Under

prepara

tion

33 9 Safety Management Standard of DCS 20130784-T-604 Under


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34 10 Safety Assessment Standard of DCS 20130785-T-604

Under

prepara

tion

35 11 Inspection Standard for DCS Risk and Fragility 20130786-T-604

Under

prepara

tion

36 12 EPA Specification for Industrial Measurement and Control

System Part 5: Network Safety Specification 20077698-Q-604

Under

prepara

tion

37 13 PLC Safety Requirements 20130787-T-604

Under

prepara

tion

38 14

Information Safety Technology Safety Controlling

Information System Safety Index System of Power

System

20120527-T-469

Under

prepara

tion

AC Management

39 1 Information Technology-Service Management GB/T 24405 ISO/IEC 20000 Releas

ed

AD Inspection Evaluation

40 1 Information Technology--Open Systems Interconnection-- GB/T ISO/IEC9646 Releas


VIII

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Conformance Testing Methodology and Framework 17178.1~17178.7 ed

41 2 Industrial-process Measurement and Control--Evaluation of

System Properties for the Purpose of System Assessment

GB/T

18272.1~18272.8 IEC 61069 IEC SC65A

Releas

ed

42 3 General Methods for Testing the Performance of Industrial

Process Measurement and Control Instruments GB/T 29247-2012

Releas

ed

43 4 Process Measurement and Control Devices--General

Methods and Procedures for Evaluating Performance

GB/T

18271.1~18271.4 IEC 61298 IEC SC65B

Releas

ed

44 5

Automation Systems in the Process Industry - Factory

Acceptance Test (FAT), Site Acceptance Test (SAT), and Site

Integration Test (SIT)

GB/T 25928-2010 IEC 62381 IEC SC65E Releas

ed

45 6 Modbus Test Specification GB/T 25919-2010 Releas

ed

46 7

Information Technology Open System Interconnection

Method for Testing and Specification (MTS) Test and Test

Control Method Version 3 Part 4: TTCN-3

Operational Semantics

20142102-T-469

Under

prepara

tion

47 8 Intelligent Sensor Performance Assessment Method 20150010-T-604

Under

prepara

tion

48 9 Additive Manufacturing -- Main Characteristics and

Corresponding Test Methods 2015139-T-604 ISO 17296-3:2014 ISO TC261

Under

prepara

tion


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Status

AE Reliability

49 1 Presentation of Reliability，Maintainability and Availability

Predictions GB/T 7289-1987

Releas

ed

50 2 Analysis Techniques for System Reliability - Procedure for

Failure Mode and Effects Analysis（FMEA） GB/T 7826-2012

Releas

ed

51 3 Electrical Equipment for Measurement, Control and

Laboratory Use-EMC Requirements GB/T 18268 IEC 61326 IEC SC65A

Releas

ed

52 4 Model and Data Manual for the Reliability Expectation of

Electronic Equipment 20132222-T-339

Under

prepara

tion

53 5 Guidance on System Dependability Specifications 20141011-T-339 IEC 62347:2006 IEC/TC56

Under

prepara

tion

54 6 Equipment Reliability Reliability Evaluation Method 20141010-T-339 IEC62308:2006 IEC/TC56

Under

prepara

tion

55 7 General Technique of IOT Method and Review of

Reliability Design of Intelligent Sensor 20150015-T-604

Under

prepara

tion

B Key Technique

BA Intelligent equipment

56 1 Programmable Controllers Part 1: General Information GB/T IEC 61131 IEC SC65B Releas


X

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15969.1~15969.8 ed

57 2 Higher Performance Protocal for the Standard Digital

Interface for Programmable Instrumentation GB/T 15946-2008 IEC 60488 IEC SC65C

Releas

ed

58 3 Technical Specification for Industrial Ethernet Switchs GB/T 30094-2013 Releas

ed

59 4 Industrial Robots—Graphical User Interfaces for

Programming and Operation of Robots(GUI-R) GB/T 19399-2003

Releas

ed

60 5 Robot General Bus Communication Protocol GB/T 29825-2013 Releas

ed

61 6 Data Interface for Software of Rapid Prototyping GB/T 25632-2010 Releas

ed

62 7 Information Technology Requirements for Chinese Voice

Recognition Internet Service Interface 20141232-Ｔ-469

Under

prepara

tion


Synthesis Internet Service Interface 20141231-Ｔ-469

Under

prepara

tion


Terminal Internet Service Interface 20141233-Ｔ-469

Under

prepara

tion

65 10 Intelligent Sensor Part 1: General 20120832-T-604 Under

prepara


XI

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66 11 Intelligent Sensor Inspection and Routine Test Guideline 20150003-T-604

Under

prepara

tion

67 12 General Technique for Internet of Things Characteristics

and Category of Intelligent Sensor 20150018-T-604

Under

prepara

tion

68 13 General Technique for Internet of Things Specification of

Intelligent Sensor Interface 20150004-T-604

Under

prepara

tion

69 14 Protocol on the Mutual Operation of Industrial Internet of

Things 20150011-T-604

Under

prepara

tion

70 15 Protocol on Instrument Service of Industrial Internet of

Things 20150012-T-604

Under

prepara

tion

71 16 Protocol on Instrument Application Attribute of Industrial

Internet of Things 20150006-T-604

Under

prepara

tion

72 17 Technical Specification of Remote Terminal Unit (RTU) 20142423-T-604

Under

prepara

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73 18 Robot Simulation Development Environment Interface 20120878-T-604

Under

prepara

tion

74 19 Robot Modular Operation System Interface 20130872-T-604

Under

prepara

tion

75 20 High-speed Robot Communication Bus Interface 20130873-T-604

Under

prepara

tion

76 21 Specification of Controller Communication Specification of

Open Robot 20112051-T-604

Under

prepara

tion

77 22 Standard Specfication for Additive Manufacturing File

Format 20142485-T-604

ISO/ASTM

52915:2013 ISO&ASTM

Under

prepara

tion

78 23 Standard Practice - Guide for Design for Additive

Manufacturing 20151392-T-604

ISO/ASTM DIS

20195 ISO&ASTM

Under

prepara

tion

BB Intelligent Factory

79 1 Information Technology - Radio Frequency Identification -

Air Interface Protocol at 800-900MHz GB/T 29768-2013

Releas

ed

80 2 Information Technology - Radio Frequency Identification - GB/T 28925-2012 Releas


XIII

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Air Interface Protocol at 2.45 GHz ed

81 3 Information Technology - Radio Frequency Identification -

Conformance Test Methods for Air Interface at 2.45GHz GB/T 28926-2012

Releas

ed

82 4 Field Device Tool (FDT) Interface Specification GB/T 29618 IEC 62453 IEC SC65E Releas

ed

83 5 Function Blocks for Process Control GB/T

21099.1~21099.3 IEC/TS 61804 IEC SC66E

Releas

ed

84 6 Control Network LONWORKS Technology Specification GB/Z

20177.1~20177.4

Releas

ed

85 7 Control Network HBES Technical Specification -Home and

Building Control System GB/T 20965-2013

Releas

ed

86 8 Industrial Communication Networks - Installation of

Communication Networks in Industrial premises GB/T 26336-2010 IEC 61918

Releas

ed

87 9 Function Blocks for Industrial-Process Measurement and

Control System

GB/T

19769.1~19769.4 IEC 61499 IEC SC65B

Releas

ed

88 10 Technical Product Documentation--Lettering CAD

Lettering of the Latin Alphabet Numerals and Marks GB/T 18594-2001

Releas

ed

89 11 Technical Drawings Preparation of Lines by CAD Systems GB/T 18686-2002 Releas

ed

90 12 Technical Product Documentation--Organization and

Naming of Layers for CAD--Part 1:Overview and Principles

GB/T

18617.1~18617.11 ISO 13567 ISO

Releas

ed

91 13 Technical Product Documentation--Life Cycle Model and GB/T 19097-2003 ISO 15226:1999 ISO Releas


XIV

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Allocation of Documents ed

92 14

Technical Product Documentation - Handling of

Computer-based Technical Information - Security

Requirements

GB/T

16722.1~16722.4 ISO 11442 ISO

Releas

ed

93 15 Rule of CAD Engineering Drawing GB/T 18229-2000 Releas

ed

94 16 Management of CAD Documents GB/T

17825.1~17825.10

Releas

ed

95 17 Specification for Function of Computer Aided Process

Planning System GB/T 28282-2012

Releas

ed

96 18 Specification of Industry Enterprise Informationization

Integration System GB/T 26335-2010

Releas

ed

97 19 Industrial Automation Systems - Requirements for

Enterprise-reference Architectures and Methodology GB/T 18757-2008 ISO 15704:2000,IDT ISO TC184

Releas

ed

98 20 Industrial Automation Systems--Concepts and Rules for

Enterprise Models GB/T 18999-2003 ISO 14258:1998,IDT ISO TC184

Releas

ed

99 21 Industrial Automation Systems--Manufacturing Message

Specification

GB/T

16720.1~16720.4 ISO 9506 ISO TC184

Releas

ed

100 22

Industrial Automation Systems and

Integration-manufacturing Software Capability Profiling for

Interoperability-Part 1:Framework

GB/T

19902.1~19902.6 ISO 16100 ISO TC184

Releas

ed

101 23 Industrial Automation Systems and Integration-Service GB/T ISO 20242 ISO TC184 Releas


XV

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Status

Interface for Testing Applications 22270.1~22270.2 ed

102 24

Industrial Automation Systems and Integration- Open

Systems Application Integration Framework-Part 1: Generic

Reference Description

GB/T

19659.1~19659.5 ISO 15745 ISO TC184

Releas

ed

103 25 Industrial Automation Systems and Integration Product

Data Representation and Exchange

GB/T

16656.501-2005 ISO 10303 ISO TC184

Releas

ed

104 26

Industrial Automation Systems and Integration-

Diagnostics, Capability Assessment and Maintenance

Applications Integration- Part 1: Overview and General

Requirements

GB/T 27758 ISO 18435 ISO TC184 Releas

ed

105 27 Industrial Automation Systems and Integration - Process

Specification Language GB/T 20719 ISO 18629 ISO TC184

Releas

ed

106 28 Industrial Automation Systems and Integration--Functional

Architectureof Manufacturing Execution System GB/T 25485-2010

Releas

ed

107 29 Industrial Automation—Shop FloorProduction GB/T

16980.1~16980.2 IDT ISO/TR 10314 ISO TC184

Releas

ed

108 30 Implementation Guide for Enterprise Informationization

System Integration GB/T 26327-2010

Releas

ed

109 31 Enterprise Integration - Framework for Enterprise Modelling GB/T 16642-2008 ISO 19439-2006,IDT ISO TC184 Releas

ed

110 32 Enterprise Integration - Constructs for Enterprise Modeling GB/T 22454-2008 ISO 19440-2007,IDT ISO TC184 Releas

ed


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111 33 Enterprise Resource Planning GB/T

25109.1~25109.4

Releas

ed

112 34 Enterprise Application PDM Implementing Specification GB/Z 18727-2002 Releas

ed

113 35 Enterprise-Control System Integration GB/T

20720.1~20720.3 IEC 62264 ISO TC184

Releas

ed

114 36 Networked Manufacturing System Implementing

Specification GB/T 25487-2010

Releas

ed

115 37 Networked Manufacturing Environment - Business

Interoperability Protocol and Model GB/T 30095-2013

Releas

ed

116 38 Integrated Model for Networked Manufacturing System GB/T 25488-2010 Releas

ed

117 39 Evaluation System for Manufacturing Informatization GB/T 31131-2014 Releas

ed

118 40 Condition Monitoring and Diagnostics of Machines - Data

Processing, Communication and Presentation

GB/T

22281.1~22281.2 ISO 13374 ISO TC184

Releas

ed

119 41 Functional Architecture of ASP Platform for Networked

Manufacturing GB/T 25460-2010

Releas

ed

120 42 Specification of Enterprise Information Integration in

Network Environment GB/T 18729-2011

Releas

ed

121 43 General Specifications of Automatic Guided Vehicles GB/T 20721-2006 Releas

ed


XVII

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122 44 OPC Unified Architecture 20090699-T-60 IEC 62541 IEC SC65E

Under

prepara

tion

123 45 FDT/DTM and EDDL Mutual Operation Specification 20130772-T-604

Under

prepara

tion

124 46 PROFIBUS Installation Guideline Planning Design,

Wiring Assembly and Debugging Acceptance 20132542-T-604

Under

prepara

tion

125 47 Energy Efficiency through Automation Systems 20141328-T-604 IEC/TR 62837: 2013 IEC TC65

Under

prepara

tion

126 48 Technical Product Documents Product Lifecycle

Management Document Management 20130219-T-469

Under

prepara

tion

127 49

Advanced Automation Technologies and Applications

Requirements for EstablishingManufacturing Enterprise

Process Interoperability Part 1: Framework for Enterprise

Interoperability

20120881-T-604 ISO 11354-1:2011

IDT ISO TC184

Under

prepara

tion

128 50 Standard of Core Components for Group Enterprise

Operation Management Informationization 20132566-T-604

Under

prepara

tion


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129 51 Reference Model of Operation Management Business of

Group Enterprise 20132567-T-604

Under

prepara

tion

130 52 Interface of Automatic Identification Technology, ERP,

MES and CRM 20132580-T-604

Under

prepara

tion

131 53

automation Systems and Integration -- Evaluating

Energy Efficiency and Other Factors of Manufacturing

Systems that Influence the Environment -- Part 1:

Overview and General Principles

20141341-T-604 ISO 20140-1:2013 ISO TC184

Under

prepara

tion

132 54

Automation System and Integration Manufacturing System

Advanced Control and Optimization Software Integration

Part 2: Structure and Function

20141342-T-604

Under

prepara

tion

133 55 Functional System of Logistics Equipment Management

Monitoring System 20130876-T-604

Under

prepara

tion

BC Intelligent Service


XIX

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134 1 Information Technology—Elastic Computing Application

Interface GB/T 31915-2015

Releas

ed

135 2

Information Technology--Cloud Data Storage and

Management--Part 2: Object-based Cloud Storage

Application Interface

GB/T 31916.2-2015 Releas

ed

136 3 Terminology of cloud computing 20120570-T-469

Under

prepara

tion

137 4 Reference structure of cloud computing 20121421-T-469

Under

prepara

tion

138 5 Information Technology Cloud Computing Cloud Service

Level Protocol Specification 20153705-T-469

Under

prepara

tion

BD Industrial Software and Big Data

139 1 Software Engineering - Product Quality GB/T

16260.1~16260.4

Releas

ed

140 2 Software Engineering - Software Product Quality

Requirements and Evaluation (SQuaRE) - Guide to SQuaRE GB/T 25000.1-2010

Releas

ed

141 3

Software Engineering - Software Product Quality

Requirements and Evaluation (SQuaRE) - Requirements for

Quality of Commercial Off-the-self (COTS) Software

GB/T 25000.51-2010 Releas

ed


XX

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Product and Instructions for Testing

142 4 Embedded Software Quality Assurance Requirement GB/T 28172:2011 Releas

ed

143 5 Functionality of System and Software GB/T

29831.1~29831.3

Releas

ed

144 6 Reliability of System and Software GB/T

29832.1~29832.3

Releas

ed

145 7 Portability of System and Software GB/T

29833.1~29833.3

Releas

ed

146 8 Maintainability of System and Software GB/T

29834.1~29834.3

Releas

ed

147 9 Efficiency of System and Software GB/T

29835.1~29835.3

Releas

ed

148 10 Usability of System and Software GB/T

29836.1~29836.3

Releas

ed

149 11 Embedded Software Quality Metric GB/T 30961-2014 Releas

ed

150 12 Information Technology--Guide for Software Life Cycle

Processes GB/Z 18493-2001

Releas

ed

151 13 Systems Engineering - System Life Cycle Processes GB/T 22032-2008 Releas

ed

152 14 Systems Engineering―A Guide for the Application of GB/Z 31103-2014 Releas


XXI

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GB/T 22032 (System Life Cycle Processes) ed

153 15 IOT Data Quality 20150046-T-469

Under

prepara

tion

154 16 Requirements for Multimedia Data Terms Descriptions 20141172-T-469

Under

prepara

tion

155 17 Information Technology Specification for Importing

Interface of General Data 20141204-T-469

Under

prepara

tion

156 18 Information Technology Model of Data Provenance

Descriptions 20141202-T-469

Under

prepara

tion

157 19 Information Technology Data Quality Evaluation Index 20141203-T-469

Under

prepara

tion

158 20 Information Technology Data Transaction Service Platform

Descriptions of Transaction Data 20141200-T-469

Under

prepara

tion

159 21 Information Technology Data Transaction Service

Platform General Functional Requirements 20141201-T-469

Under

prepara

tion


XXII

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160 22 MES Specification 2012-0532T-SJ

Under

prepara

tion

161 23 Management Specification of Technical Data 2012-0546T-SJ

Under

prepara

tion

162 24 Management Specification of Product Life Cycle 2012-0547T-SJ

Under

prepara

tion

163 25 Data Capacity Maturity Evaluation Model 20141184-T-469

Under

prepara

tion

164 26 Software Assets Management Capacity Maturity Model 2012-2404T-SJ

Under

prepara

tion

165 27 Software Assets Management Implementation Guidance 2012-2405T-SJ

Under

prepara

tion

BE Industrial Internet

166 1

Information Technology—Sensor Networks—Part 301：

Communication and Information Exchange: Network Layer

and Application Support Sublayer Technical Specifications

GB/T

30269.301-2014

Releas

ed


XXIII

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for Low-Rate Wireless Sensor Networks

167 2

Information Technology—Telecommunications and

Information Exchange between Systems—Local and

Metropolitan Area Networks—Specific Requirements—Part

3:Carrier Sense Multiple Access with Collision Detection

(CSMA/CD) Access Method and Physical Layer

GB/T 15629.3-2014 Releas

ed

168 3

Information Technology--Telecommunication and

Information Exchange between Systems--OSI Routing

Framework

GB/Z 17977-2000 Releas

ed

169 4

Information Technology - Enhanced Communication

Transport Protocol - Part 1: Specification of Simplex

Multicast Transport

GB/T 26241.1-2010 Releas

ed

170 5 Information Technology Relayed Multicast Control

Protocol (RMCP): Part 1: Framework GB/T 26243.1-2010

Releas

ed

171 6 Information Technology-- Sensor Networks --Part 2:

Terminology GB/T 30269.2-2013

Releas

ed

172 7

Information Technology Sensor Network Part 302:

Communication and Information Exchange: Media Visit

Control and Physical Layer Specification of Wireless Sensor

Network for High Reliability Application

20120549-T-469 Releas

ed

173 8 Information Technology―Sensor Networks―Part 501:

Identification: Identifier Encoding Rules for Sensor Node

GB/T

30269.501-2014

Releas

ed


XXIV

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174 9

Information Technology - Telecommunications and

Information Exchange Between Systems Local and

Metropolitan Area Networks - Specific Requirements

GB/T 15629 Releas

ed

175 10 Information Technology--Sensor Network--Part 701: Sensor

Interface: Signal Interface

GB/T

30269.701-2014

Releas

ed

176 11

Digital Data Communication for Measurement and Control.

Fieldbus for Use in Industrial Systems. Type 3: PROFIBUS

Specification.

GB/T 20540-2006 IEC 61158, IEC

61784 IEC SC65C

Releas

ed

177 12

Digital Data Communication for Measurement and Control

- Fieldbus for Use in Industrial Control Systems Type 10：

PROFINET Specification

GB/T 20541-2006 IEC 61158, IEC

61784 IEC SC65C

Releas

ed

178 13


- Fieldbus for Use in Industrial Control Systems Type 2:

ControlNet and EtherNet/IP Specification

GB/Z 26157-2010 IEC 61158, IEC

61784 IEC SC65C

Releas

ed

179 14


- Fieldbus for Use in Industrial Control Systems - Type 8:

INTERBUS Specification

GB/Z 29619-2013 IEC 61158, IEC

61784 IEC SC65C

Releas

ed

180 15 Industrial Communication Networks―Fieldbus

Specifications―Type 20 HART specification GB/T 29910-2013

IEC 61158, IEC

61784 IEC SC65C

Releas

ed

181 16 Industrial Communication Networks―Fieldbus

Specifications―Type 10: PROFINET IO Specifications GB/T 25105

IEC 61158, IEC

61784

Releas

ed

182 17 Industrial Communication Networks―Fieldbus GB/T 29910.5-2013 IEC 62591:2010 IEC SC65C Releas


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Specifications―Type 20 HART Specification―Part 5:

Wireless HART Wireless Communication Network and

Communication Profile

ed

183 18 Industrial Ethernet Fieldbus EtherCAT GB/T 31230-2014 IEC 61158, IEC

61784 IEC SC65C

Releas

ed

184 19 Industrial Wireless Network WIA Specification GB/T

26790.1~26790.2 IEC 62601

Releas

ed

185 20 EPA System Architecture and Communication Specification

for Use in Industrial Control and Measurement Systems GB/T 20171-2006

IEC 61158, IEC

61784 IEC SC65C

Releas

ed

186 21 Ethernet POWERLINK Communication profile

Specification GB/T 27960-2011 IEC 61158 IEC SC65C

Releas

ed

187 22 Modbus - Industrial Automation Network Specification GB/T 19582-2008 IEC 61158, IEC

61784 IEC SC65C

Releas

ed

188 23 CC-Link ( Control & Communication Link ) Specification GB/T 19760-2008 IEC 61158, IEC

61784 IEC SC65C

Releas

ed

189 24 PROFIBUS&PROFINET Technical ProfilePROFIdrive GB/T 25740-2013 Releas

ed

190 25

Information Technology Inter-system Remote

Communication and Information Exchange Community

Energy-saving Control Network Protocol

20141206-T-469

Under

prepara

tion


Gateway 20120550-T-469

Under

prepara


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192 27 Information Technology General Cabling Industrial

Building Cluster 20132347-T-469

Under

prepara

tion

193 28


Communication and Information Exchange Low-voltage

Power Line Communication

20141207-T-469

Under

prepara

tion

194 29


Reference System Structure and General Technical

Requirements

20091414-T-469

Under

prepara

tion

195 30


Communication and Information Exchange: Technical

Specification of Network Layer of IP-based Wireless Sensor

Network

20153381-T-469

Under

prepara

tion

196 31


Communication and Information Exchange: Ultrasound

Communication Protocol Specification

20150041-T-469

Under

prepara

tion

197 32


Collaborative Information Processing: Service and Interface

Supporting Collaborative Information Processing

20100400-T-469

Under

prepara

tion


Mark: Specification of Analysis and Management of Sensing 20120545-T-469

Under

prepara


XXVII

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Node tion


Mark: Management Specification of Identifier 20153386-T-469

Under

prepara

tion


Information Safety: General Technical Specification 20091418-T-469

Under

prepara

tion

201 36


Information Safety: Technical Specification of Network

Transmission Safety

20120551-T-469

Under

prepara

tion

202 37


Information Safety Safety Assessment Specification of

Network Transmission

20150039-T-469

Under

prepara

tion

203 38


Safety Assessment Specification of Network Layer and

Application Support Sub-layer of Low Rate Wireless Sensor

Network

20153385-T-469

Under

prepara

tion


Sensor Interface: Data Interface 20100398-T-469

Under

prepara

tion


Test: General Requirements 20120548-T-469

Under

prepara


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206 41


Test: Media Visit Control and Physical Layer of Low-speed

Wireless Sensor Network

20120546-T-469

Under

prepara

tion

207 42


Test: Network Layer and Application Supporting Sub-layer

of Low-speed Wireless Sensor Network

20120547-T-469

Under

prepara

tion


Test: Test Specification of Sensor Interface 20153384-T-469

Under

prepara

tion


Test: Test Specification of Sensor Gateway 20153383-T-469

Under

prepara

tion

210 45


Test: Technical Specification of Consistency of Sensing

Node Identification

20153382-T-469

Under

prepara

tion

211 46


Intermediate Parts: Sensor Network Node Data Interaction

Specification

20100399-T-469

Under

prepara

tion

212 47


Communication and Information Exchange Medium and

High-speed Wireless LAN Media Visit Control and Physical

20132349-T-469

Under

prepara

tion


XXIX

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n organization

Status

Layer Specification

213 48


Communication and Information Exchange Special

Requirements for LAN and MAN VLC-based

Communication Media Visit Control and Physical Layer

Specification

20142105-T-469

Under

prepara

tion

214 49 IOT Reference Model of Collaborative Information

Processing 20150040-T-469

Under

prepara

tion

215 50 IOT Information Fusion Model of Perceptive Object 20150049-T-469

Under

prepara

tion

216 51 IOT Information Exchange and Sharing 20150042-T-469

Under

prepara

tion

217 52 IOT Reference System Structure 20130054-T-469

Under

prepara

tion

218 53 IOT Interface Requirements 20130055-T-469

Under

prepara

tion

219 54 Rules for the Implementation of IOT Integration Platform of 20132572-T-604 Under


XXX

Gener

al No.

Secon

dary

No.


No.

The corresponding


No.

International

standardizatio

n organization

Status

Manufacturing Process prepara

tion

220 55 Reference System of Intermediate Parts Platform of

Manufacturing Process Material Connection 20132573-T-604

Under

prepara

tion


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