Asia Forum Digest, Agenda, and Speech by Jimmy Chou.pdf - OGC Asia

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Hosted by IIT Bombay

Department of Science & Technology

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2013 OGC Asia Forum Summit

87th OGC Technical Committee

Mumbai, India

3rd December 2013

ASIA FORUM

OGC ®

OGC Asia Forum

Area 44,579,000 km2

Population 4,164,252,000

Countries, Dependencies

and Regions 60

Copyright © 2013 Open Geospatial Consortium

First OGC Asia Forum meeting in 2011

OGC Asia Forum Charter Drafters

//upload.wikimedia.org/wikipedia/commons/8/80/Asia_(orthographic_projection).svg

OGC ®

Agenda

• Introduction to OGC Asia Forum

• Session I (09:00-11:00)

– 4 Talks

– Open Discussion I

• Coffee Break (11:00-11:15)

• Session II (11:15-13:15)

– 5 Talks

– Open Discussion II


OGC ®

OGC Asia Forum

• Charter Document


OGC ®

Charter Members & Mailing List

• Japan – Hitachi

– National Institute of Advanced Industrial Science and Technology (AIST)

• Korea – Pusan National University (PNU)

– Korea Research Institute for Human Settlements (KRIHS)

– Electronics and Telecom Research Institute (ETRI)

• China – Wuhan University

– Supermap

– China Agriculture University (CAU)

– Chinese Academy of Sciences (CAS)

• Chinese Taipei – GIS Research Center, Feng Chia University (GIS.FCU)

– Industrial Technology Research Institute (ITRI)


http://www.hitachi.com/

http://www.aist.go.jp/index_en.html

http://www.aist.go.jp/index_en.html

http://english.pusan.ac.kr/html/00_main/

http://www.krihs.re.kr/english/main/main.asp

http://www.etri.re.kr/eng/

http://www.whu.edu.cn/en/

http://www.supermap.com/

http://www.cau.edu.cn/

http://english.cas.cn/

http://www.gis.tw/en-US

http://www.itri.org.tw/eng/

OGC ®

OGC Asia Forum Portal


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Sponsored By

OGC Asia Forum Summit Agenda


Mumbai, India

03 December 2013


OGC ®

Session I

• “OGC opportunities in Asia” – Mark Reichardt, President and CEO, OGC

• “Handling Big Mobility Data with OGC Standard” – Prof. Ryosuke Shibasaki, The University of Tokyo, Japan

• “VWorld – virtual 3D city open platform in Korea” – Prof. Ki-Joune Li, Pusan National University, Korea

• “Efforts on OGC standards & Lessons Learnt by GIS.FCU” – Prof. Tien-Yin (Jimmy) Chou, Feng Chia University, Taiwan

• Open Discussion I


OGC ®

Session II

• “Indoor Spatial Information Projects in Seoul Metropolitan city and Korea” – Prof. Jiyeong Lee, The University of Seoul, Korea

• Fieldtouch - Agricultural Information Platform based on OGC Web Services – Prof. Kiyoshi Honda, Chubu University, Japan

• Ensuring Interoperability amongst SDI nodes using OGC specifications - The Indian experience – Prof. N.L. Sarda, IIT Bombay

• AIST database federation project for radiation monitoring by Asian collaboration – Dr. Yoshio Tanaka, AIST, Japan & Prof. Lan Kun (Peter) Chung, Feng Chia

University, Taiwan

• Updates on ANZ Forum – Chris Body, ANZ Forum

• Open Discussion II


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Efforts on OGC Standards and

Lessons Learnt by GIS.FCU


Mumbai, India

Tien-Yin (Jimmy) Chou (周天穎), GIS.FCU

3rd December 2013

[email protected]

ASIA FORUM

OGC ®

OPENNESS

• our world is going through a communications revolution

on top of a computing revolution. Communication means

“transmitting or exchanging through a common system of

symbols, signs or behavior.” Standardization means

“agreeing on a common system.”

11

Germany U.K.

Japan Korea

Taiwan

OGC ®

Agenda

• Domestic applications

– Disaster Management

– Transportation Management

– Predictive Analytics

– Smart City Implementation

• International Cooperation

– Lunar data processing

– CHISP-1(Climatology-Hydrology Information Sharing Pilot-1)

– Project Matsu

– Fukushima radiation

• Conclusions


OGC ®

DISASTER MANAGEMENT


OGC ®

Disaster Monitoring


Event: Typhoon Soulik

Date: July 11~13, 2013

Location: Taichung City

Rainfall amount: 867 mm

OGC ®

Debris Flow Monitoring System

Real –time data is transmitted by advanced communication technology.

CCD

Meteorological

Instrument Wire Sensor

Geophone Rain Gauge

Water Content

On-Site Station

Emergency Response Center

Power Supply

Online Notice

Risk Mgmt.

Cell phones

3.5G

Mobile Station

Radar Water

Level Gauge

OGC ®

http://monitor.swcb.gov.tw

SWE implemented in monitoring information service platform

Monitoring information service has integrated to debris flow forecasting system.

User can click on sensor location and inquire observation data directly.

External AP can request observed data published in our service platform

External AP

Cite observed data

http://monitor.swcb.gov.tw/

OGC ®

Integration of complex analysis and SWE-based interface for

disaster monitoring

SWE

Network Cloud

Computing

Interface Decision

Sensors Information toward Early Warning

18

Geophone recording information

OGC ®

SWE SERVER SWE

SERVER

SWE SERVER

SWE SERVER

SWE SERVER

SWE CLOUD

SWE CLOUD

Client

上游

中游

下游

OGC ®

TRAFFIC CLOUD

OGC ®

Architecture of Traffic Cloud

GPS w/h Lat, Lon

Traffic Cloud

GPRS

Traffic Processing

Noise Filtering

Traffic Calculation

Historic Traffic Analysis

Traffic Broadcasting

Traffic Information

Road Matching

Link Mapping

GPS w/h LinkID

National Road Coding

Database

21

OGC ®

Rasterization of Road Map

ESRI ArcGIS

Hadoop

Map Reduce Rasterization

Centerlines Polygon Surrounding Points

22

OGC ®

MovingObjectSnapshot(MOS)

23

<mos:MovingObjectSnapshot gml:id="M1">

<mos:timeStamp>

<gml:TimeInstant gml:id="T1">

<gml:timePosition>2010-03-04T15:34:00Z</gml:timePosition>

</gml:TimeInstant>

</mos:timeStamp>

<mos:position>

<gml:Point gml:id="p12">

<gml:pos>50.0016 20.001</gml:pos>

</gml:Point>

</mos:position>

<mos:speed uom="m/s">30</mos:speed>

<mos:heading uom="deg">295</mos:heading>

<mos:scalarAcceleration uom=“m/s/s">2</mos:scalarAcceleration>

<mos:elevation uom=“m">348</mos:elevation>

</mos:MovingObjectSnapshot>

Time

Position

Speed

Heading

GML

Point

Profile

Acceleration

Elevation

OGC ®

PREDICTIVE ANALYTICS


OGC ®

25

Mission and Goals

Data Pool

& Processing

Web Crawler

Data Filter

Data Visualization

OGC ®

Data flow (14)

26

Parsing &

Processing

Data

Source

Graph

Database Web Server Browser

Data Visualization

jQuery JavaScript for HTML

Data extraction, transformation, and load

Web Crawler HDFS 1

2

3

4

OGC ®

Cloud Computing Infrastructure

Storage

Data Processing

Infrastructure

Application

Taiwan Biodiversity Network Data

Fleet Information

UAV Image Data

OGC ®

Data Visualization

Select area Select year

Hotspots of Cherry blossom

Result can be shown in the following

28

OGC ®

Open Data in Taiwan

• http://data.gov.tw/

29

OGC ®

XML & CSV & json format

EPA's Environmental Resources Open Data Platform

OGC ®

Open data processing

• Web Crawler – crawl XML per hour

• Data Visualization – Show information by google map

31

Air Quality Color

Good Green

Normal Orange

Bad Red

OGC ®

Time slot to show

32

OGC ®

SMART CITY IMPLEMENTATION


OGC ®

Smart City Network

Smart City

Smart City

Taichung City

Taichung

Metropolitan area in Central Taiwan

Miaoli

Satellite cities

Nantou Changhua

Satellite cities

Yunlin Satellite cities

Villages

Information Center

Information Network Services in Central Taiwan

1.Metropolitan Area-International Information Node 2.Satellite Cities-Regional Digital Network 3.Villages-Regional Information Node

Sensor

Network

Prospect of Smart City

.

OGC ®

Challenges

Decision Support

and Management

? How to keep

track of the

projects?

How to

integrate

information

from a variety

of agencies?

How to offer

opportunitie

s for public

participation?

Decision Makers

OGC ®

Google Earth Enterprise

Virtual Taichung

Transportation Police

Services Industrial

Development Tourism

Culture

and

Education ….

Manage Demonstration Communication

3D Simulation

Mobile

Platform and Applications

Database

All applications of municipal administration

Significant

Constructions

Management

• Road

• Building, Address

• Landmark

• Cadastral Map

• Urban Planning Map

• Topographic Map…

OGC ®

LUNAR DATA PROCESSING


OGC ®

SELENE(KAGUYA)

• obtain scientific data of the lunar

origin and evolution

Terrain Camera

Multi band Imager

Spectral Profiler

OGC ®

Performance

• Data

– Original data set ≈ 41 billions of records

• Performance

– Estimated Time of importing

• 4 years

– Imported by Hadoop cluster(4 nodes)

• 3 weeks

OGC ®

http://geodata6.geogrid.org/test/lunar/wms.html

OGC ®

DEMO

http://hadoop.gis.tw/Cloud-SOS/KML?BBOX=.坐標.

KML Proxy

OGC Sensor Observation Service

send SOS request

table scan

http://hadoop.gis.tw/Cloud-SOS/SOS

OGC ®

CHISP-1


OGC ®

CHISP-1 Pilot Objectives

• Create a virtual observatory system for surface and

subsurface water resources observations in parts of the

U.S. and Canada, building on current networks and

capabilities

• Link observations data to the stream network, enabling

queries of conditions upstream from a given location to

return all relevant gages and well locations.


OGC ®

A Story of Cross Border River Basin

• Souris River Basin

• Milk River Basin


OGC ®

CHISP-1 Functions

• Alerting system for historical and

current stream flow and

groundwater conditions &

simulations of past flooding events.

• Modeling and assessment of

nutrient loads into the Great Lakes.


OGC ®

Event Notification

• Subscription Info.

– Point of Interest

– thresholds

• Map

– Upstream extend

– alert stations

• Station list

– All upstream stations

– Measurements

– Update time


OGC ®

CAP Alert An interface for OASIS Common Alerting Protocol


OGC ®

PROJECT MATSU


OGC ®

Matsu Cloud

49

OGC ®

Sensor Web High Level Architecture

50

OGC ®

51

OGC ®

52

Experimental Namibian Flood SensorWeb

OGC ®

FUKUSHIMA RADIATION


OGC ®

Radiation Data from

Other Public Sectors

Project at a glance

Ministry of Health,

Labor & Welfare

Nuclear

Regulation

Agency Data

Fukushima

Prefecture

② Can Handle

More

Variety of Data

Ministry of the

Environment

Ministry of

Economics,

Trade & Industry

Tools Raw Data Maps

Documents

Integrated Database

Solis

Meteo

Statistics

Quality

Control

① Can handle

More

Amount of Data

Common Schema

Definition

Interface

Protocols

APIs

(Legacy Databases)

(Legacy Databases)

Continuous Radiation Monitoring

at NRA/JAEA

③ Can provide

as easy-to use

Web Services

Enables to get Useful Knowledge

By Federating the Data

Use OGC specs

OGC ®

Current Result: Prototype Client using Google Earth

Based on OGC SOS protocol.

● Server:52nd North SOS

● Client: Browser with Google Earth API.

Just a 1st Prototype => More Sophisticated Functions are to come.

S

SOS based Search

Functions

(BBOX, dates, values)

Monitoring Points and

Radiation Data

OGC ®


OGC ®

Database Federation Scenarios To demonstrate the usefulness of (OGC) service-based database federation.


• Access Data : SOS and W*S

– Interface to radiation measurement

• Process Data: WPS

– Calculate spatial distribution

– Produce various format

• KMZ,AVI etc.

• Publish Data: WMS

– Time Series: WMS Time of maps

– KMZ

– Rich Client:

SOS Server

WPS Server

Client

Sensors

GIF89a, SVG,

Flash, AVI, KMZ

Client

O&M

Calculate Radiation

Spatial distribution map

Monitoring Databases

OWS Servers (WMS,WFS,WCS)

Group on Earth Observation System of Systems (GEOSS):

Disaster Management Architecture Implementation Pilot

GIS.FCU OGC Principle Member / PC member

OGC Asia Forum

GSDI co-Chair, Asia region outreach

OGC Compliance

Testing Center

OGC standards for Satellites Tasking Services

OGC Sensor Planning Service for

Earth Observations Extension

Taiwan

Thailand

Formosat II

THEOS

OGC ®

Lessons learnt

• International Standards make international cooperation

easily, there are strong need of collaboration and

experience exchange across countries/regions

• OGC standards fulfill System of Systems

• Governmental support is needed to leverage the synergy of

interoperability.

• How to find out the implicit value from the interoperated

data will be the next challenge.

– The Art of War(770.B.C.)

• 夫未戰而廟算勝者，得算多也；未戰而廟算不勝者，得算少也。多算勝，少算不勝，而況於無算乎！吾以此觀之，勝負見矣。

• Now the general who wins a battle makes many calculations in his

temple where the battle is fought. The general who loses a battle makes

but few calculations beforehand. Thus do many calculations lead to

victory, and few calculations to defeat: how much more no calculation

at all! It is by attention to this point that I can foresee who is likely to win

or lose.


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Sponsored By


Mumbai, India

3rd December 2013

ASIA FORUM

Thank you!

GIS.FCU

Asia Forum Digest, Agenda, and Speech by Jimmy Chou.pdf - OGC Asia

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Transcript of Asia Forum Digest, Agenda, and Speech by Jimmy Chou.pdf - OGC Asia