cerion_product_demonstration.pdf

Cerion Optimization Services Inc.2591 Dallas Parkway, suite 404Frisco, Texas, USA 75034Office: +1 (214) 619-8000Fax: +1 (214) 619-8001Email: [email protected]: www.cerioninc.com

This document contains information that is protected by copyright. Any reproduction, adaptation, or translation without prior permission is prohibited, except as allowed under the copyright laws. All rights reserved. A license is hereby granted to download and print a copy of this document for personal use only. No other license to any other intellectual property rights is granted herein. Unless expressly permitted herein, reproduction, transfer, distribution or storage of part or all of the contents in any form without the prior written permission of Cerion is prohibited.

Optimiser TM and IntelligenceBuilder TM

Product Demonstration

by Cerion Optimization Services

.

B e t t e r d e c i s i o n s l e a d i n g t o m o r e r e l i a b l e o u t c o m e s

Wednesday, August 1, 12


Proprietary and Confidential

Topics

2SolutionOverview

PerformanceMonitoring

CapacityPlanning

NetworkDesign

DeploymentSequencing




Topics

Solution Overview

Performance Monitoring

Capacity Planning and Forecasting

Network Design and Optimization

Deployment Sequencing

2SolutionOverview


CapacityPlanning

NetworkDesign





System Architecture View

3SolutionOverview


CapacityPlanning

NetworkDesign


IntelligenceBuilderServer Modules

OptimiserClient Modules

UnifiedNetworkModel

SGSNGGSN

BSCRNC BTS

NodeB

SectorCarrierBand

Links

MSCCS/MGW




System Architecture View

3SolutionOverview


CapacityPlanning

NetworkDesign


IntelligenceBuilderServer Modules

Iu-x Link Planning

Capacity Analysis

Load Optimization

NetworkMeasurements

Site, Equipment,And Marketing Forecasts

Per Element EngineeringGuidelines

NetworkConfiguration

Re-home Planning

Border Optimization

OptimiserClient Modules

UnifiedNetworkModel

SGSNGGSN

BSCRNC BTS

NodeB

SectorCarrierBand

Links

MSCCS/MGW




Capacity Management Process

4SolutionOverview


CapacityPlanning

NetworkDesign


UnifiedNetwork

Model

SGSNGGSN

BSCRNC

BTSNodeB

SectorCarrierBand

Links

MSCCS/MGW




Capacity Management Process

4SolutionOverview


CapacityPlanning

NetworkDesign


UnifiedNetwork

Model

SGSNGGSN

BSCRNC

BTSNodeB

SectorCarrierBand

Links

MSCCS/MGW

DESIGNImplementation

Planning

(Sequencing)

IMPLEMENT& MEASURE

Re-ParentingPlans

Measurement & Assessment

(Actual Traffic)

CS, PS, Subs & Transaction Forecasting

Capacity Planning

(Actual Capacity &Demand Forecast)

OPERATE

FORECAST

Capacity Demand& Requirements

Network Optimization

(What-If Scenarios)

PLAN

Polygon Planning& Border Analysis




OptimiserTM Dashboard

5SolutionOverview


CapacityPlanning

NetworkDesign





OptimiserTM Dashboard

5SolutionOverview


CapacityPlanning

NetworkDesign


Optimiser dashboard provides an easy and

simple access to network performance status.

(A)ctuals (P)rojected Actuals

(F)orecasted

Optimiser also calculates bandwidth requirements to

match the current and forecasted demand.

Optimiser home page enables users to access

the different networks technologies and

elements.




Import of Actuals for Trending

6SolutionOverview


CapacityPlanning

NetworkDesign





Import of Actuals for Trending

6

The imported data is used to create a highly granular

demand forecast which the user can then adjust to

evaluate different scenarios.

Field demand measurements, network configuration information and marketing projections are imported at monthly intervals from the IntelligenceBuilder server.

SolutionOverview


CapacityPlanning

NetworkDesign


Optimiser uses the actuals to assess end-to-end capacity

requirement trends over time.




Input of Future Demand

7SolutionOverview


CapacityPlanning

NetworkDesign





Input of Future Demand

7SolutionOverview


CapacityPlanning

NetworkDesign


Forecast data can also be entered manually or via the import function.

Every row of the forecast can be displayed as a graph for reporting purposes or just for clarity sake.




Multi-Vendor Libraries

8SolutionOverview


CapacityPlanning

NetworkDesign





Multi-Vendor Libraries

8SolutionOverview


CapacityPlanning

NetworkDesign


new element type can be added and various configurations (mid-cap, high-cap) defined in this view.

Every node type in the library is modeled and the engineering parameters can be modified to match various model types and customized configurations.




Element Management

9SolutionOverview


CapacityPlanning

NetworkDesign





Element Management

9SolutionOverview


CapacityPlanning

NetworkDesign


Every element in the network is mapped and its configuration is inventoried in the system from a lifecycle standpoint.

new elements can be added and connectivity defined in this view.




Capacity Planning (Before Optimization)

10SolutionOverview


CapacityPlanning

NetworkDesign





Capacity Planning (Before Optimization)

10

The forecast can be viewed by equipment

vendor or network wide.

SolutionOverview


CapacityPlanning

NetworkDesign


The red bar for the month indicates that at least one RNC will be operating above at least one

engineering limit during that month. This issue can be resolved through

optimization. Users can also drill down to get more detailed reports of

the constraint.

while the orange bar indicates that additional RNCs must be added to support the forecasted

demand.




Constraints Details

11SolutionOverview


CapacityPlanning

NetworkDesign





Constraints Details

11SolutionOverview


CapacityPlanning

NetworkDesign


The OptimiserTM has extensive drill down

capabilities, allowing the engineers to see and

analyze the root cause of the capacity issue.

In this view, the engineer can see which RNC has exceeded the

engineering limit and which (could be many) constraints has triggered

it.In this view, the engineer can drill down on which

constraints was over limit and this for each RNC

over limit.




Capacity Planning (Before & After)

12SolutionOverview


CapacityPlanning

NetworkDesign





Capacity Planning (Before & After)

12SolutionOverview


CapacityPlanning

NetworkDesign


This chart shows the original Capacity Planning view of the

network from an RNC perspective.

After using the optimization engine the new Capacity Plan

ensures that all system elements are within engineering limits

across all months.




Network Design (What-If Scenario Analysis)

13SolutionOverview


CapacityPlanning

NetworkDesign





Network Design (What-If Scenario Analysis)

13

This bar chart shows the operating points and

associated engineering limit of selected NodeBs in a

specific month.

SolutionOverview


CapacityPlanning

NetworkDesign


This is a geo-based design view. A comprehensive selection of tabular and graphical views is also

available.




NodeB and Handovers Details

14SolutionOverview


CapacityPlanning

NetworkDesign





NodeB and Handovers Details

14SolutionOverview


CapacityPlanning

NetworkDesign


Optimiser provides the user with the ability to analyze and modify the detailed

design of the network for each month of the capacity plan on-the-spot and see the

impact on network performance.

This view shows RNC borders with projected loading and handovers at a

NodeB level.




Design Optimization

15SolutionOverview


CapacityPlanning

NetworkDesign





Design Optimization

15

Using the automated optimization engine users can load balance

elements, optimize borders, and minimize re-parenting on the click

of a button.

SolutionOverview


CapacityPlanning

NetworkDesign


The optimization parameters and element capacity constraints

settings can be adjusted to meet the desired engineering guidelines

of any customers.




Design Optimization (Before & After)

16SolutionOverview


CapacityPlanning

NetworkDesign





Design Optimization (Before & After)

16SolutionOverview


CapacityPlanning

NetworkDesign


This chart shows the original RNC capacity plan and the

various constraints.

Using the design optimization engine the new design is clearly more balanced than the original and the quality of service has been enhanced by improving

RNC borders.

while this chart shows how the original RNC network was

optimized by adding more RNCs and using the Optimiser to reconfigure and balance the

network load.




Capacity Utilization Reporting

17SolutionOverview


CapacityPlanning

NetworkDesign





Capacity Utilization Reporting

17

Cerion Optimiser provides many different end-to-end

utilization reports.

This chart shows the highest projected operating points for

different RNCs.

Here are the highest projected operating points

for different NodeBs. and this chart shows

projected CPU loading and profiling on multiple SGSNs

over time.

SolutionOverview


CapacityPlanning

NetworkDesign





Implementation Planning (Before)

18SolutionOverview


CapacityPlanning

NetworkDesign





Implementation Planning (Before)

18

The implementation plan must address equipment

changes.

and re-parenting.

SolutionOverview


CapacityPlanning

NetworkDesign


Optimiser implementation module enables users to

automatically generate an optimal implementation plan in

a few simple steps.




Implementation Planning

19SolutionOverview


CapacityPlanning

NetworkDesign





Implementation Planning

Optimiser automated sequencing engine creates an optimal

reconfiguration plan that avoids engineering

overload and quality of service issues.

Start and end dates for implementation are

entered using this tab.

The date that each change occurs can be adjusted using this tab.

19SolutionOverview


CapacityPlanning

NetworkDesign





Implementation Planning (After)

20SolutionOverview


CapacityPlanning

NetworkDesign





Implementation Planning (After)

20

Optimiser automatically sequences each step to

eliminate interim capacity and performance issues across any

network element throughout implementation.

Implementation of the new design occurs in multiple

day-by-day steps, creating interim network

configurations that can cause overload and end

user performance issues if not properly managed.

Optimiser generates reports showing the Utilization for each element during each step of the

Sequence. Individual steps (days)in Sequencing Plan.

SolutionOverview


CapacityPlanning

NetworkDesign





Closed-Loop Approach

21SolutionOverview


CapacityPlanning

NetworkDesign


UnifiedNetwork

Model

SGSNGGSN

BSCRNC

BTSNodeB

SectorCarrierBand

Links

MSCCS/MGW


Planning

(Sequencing)

IMPLEMENT& MEASURE


(Actual Traffic)

Capacity Planning


OPERATE

FORECAST


(What-If Scenarios)

PLAN




Closed-Loop Approach

21SolutionOverview


CapacityPlanning

NetworkDesign


UnifiedNetwork

Model

SGSNGGSN

BSCRNC

BTSNodeB

SectorCarrierBand

Links

MSCCS/MGW


Planning

(Sequencing)

IMPLEMENT& MEASURE


(Actual Traffic)

Capacity Planning


OPERATE

FORECAST


(What-If Scenarios)

PLAN

Any changes made at any level on the network model using the Optimiser is propagated

downward and upward from NodeB through MSC, thus

promoting concurrent engineering and avoiding human errors created by handoff of data between groups.




Conclusion

We provide cross-functional, multi-vendor, multi-layer, multi-configuration, and multi-technology high-grade consulting services

We can help you achieve a better utilization of network assets, improve end-user experience, reduce costs, eliminate risks and increase efficiency

We want to earn your business and your trust as a valued engineering partner

22Company

BackgroundCustomerBenefits

SolutionsOffering

CaseStudies

ContactInfo

Daniel PichePresident

2591 Dallas Parkway, suite 404 Office: +1 (214) 619-8017Frisco, Texas, US 75034 Mobile:+1 (469) 247-5051www.cerioninc.com Fax: +1 (214) [email protected] [email protected]

Call us now to learn about our serviceguarantee.

Dan.


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