Gis in telecomm ppt

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Transcript of Gis in telecomm ppt

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GIS in Telecommunication

Contents

Introduction to Telecommunication 03

Role of GIS in Telecommunication 05

Telecommunication as Backbone 08

Case Study: Planning Flexible Coverage Network 10

Calculation 11

Results and Conclusions 20

Statistical Analysis 21

GIS in Pakistan in Telecomm Sector 24

References 26

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Introduction to Telecommunication

Earlier days, communication was done by smoke signal, drums, and cravings on wall or other things etc.

Modern technologies like telephones, television, wireless, and internet etc. are the source of communication at a distance.

“Tele-communications has been defined as a technology concerned with communicating from a distance.” (TARMO, 2003).

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Role of GIS in Telecommunication

GIS as a tool will enable telecommunication professionals to:

Integrate maps and information to make better decisions.

Plan and maintain the network infrastructure.

Managing existing customers, and finding new ones.

To keep track of customer mobility.

(Omogunloye, 2013)

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Cont.

Other options are as:

Planning & Demand Forecasting

Network Monitoring

Map Creation & Updation of Network

Handling Customers Problem

Problem in Decision Making

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Telecommunication as a Backbone

Telecommunication served the best way to perform the task in short time span.

And if it is aided by the GIS techniques, what else you need!

A contradictory Statement …

“Nevertheless, during times of confusion, face-to-face communications proved to be the most effective means of getting activities underway.” (Dantas, 2006)

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GIS in Telecommunication

Mast Management Query Analysis

Fiber Optic Database GIS Database

Business Points Spatial Analysis

Disaster Management GSM, UTMS, Spatial Analysis

Environmental Modeling Arc IMS

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Case Study Planning Flexible Coverage Network

The project was carried out by “Bernard Breton” Director, Wireless Development Northwood Technologies in Ottawa, Canada in 2011.

Using “Demand-centric approach”.

Tasks and Aims

Model the usage traffic of wireless network.

Predict the future market.

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Calculation

1m DEM for extracting Building Heights.

Vector Data for extracting Building Footprints_Area.

30m DEM for classification of Land.

Previous Record

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1m DEM

Vector Representation

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30 m DEM

Classification of data in 15 classes

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Calculating Building Heights

Area>0.0002 mi2

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Discarding the Small Buildings

Selecting the Building Heights of Large Buildings only

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Building heights can be used to calculate the number of floors.

While Demand is directly proportional to the height of the building.

Calculating the area of the footprints of the building helps to estimate the number of offices.

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Calculate the Users

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Calculate the Demand

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Final Model_Demand per Building in mbit/s

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Results and Conclusions

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With Red color showing the maximum usage. (1.45-6.90 mbit/s or 30 buildings)

And Dark Blue shows the minimum usage (0-0.06 mbit/s or 270 buildings)

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Statistical Analysis

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The total possible comparison between the demand and the serve by the Northwood company is shown below:

Total Demand: 429.9 mbit/s

Served Demand: 367.5 mbit/s (85.5%)

Target Buildings: 1539

Served Buildings: 1166 (75.8%)

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Cell Loading

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The Red color shows

maximum loading areas

(30-100% or 314 buildings).

The Green highlights the

minimum loading areas.

(0-20% or 1069 buildings).

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GIS in Pakistan

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In the year 2012, 10th Aug, PTCL (Pakistan Telecommunication Limited Company) was honored by the “ESRI Special Achievement in GIS Awards 2012” for its outstanding work in Islamabad sector.

That includes:

Base-Map development,

Access Network in Network Engineer (GIS),

Copper/Fiber Network Planning and

PTCL Capacity Building etc.

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References

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1) Dantas A., Seville E., and Nicholson A. (Mar, 2006). Information Sharing during Disaster Can we do it better?

2) Dr. Omogunloye O.G., Qaadri J. A., Mrs. Omogunloye H.B., and Oladiboye O.E. (Mar-Apr, 2013). Analysis of Mast Management Distribution and Telecommunication Service Using Geospatial Technique. OSR Journal Of Environmental Science, Toxicology And Food Technology (IOSR-JESTFT) e-ISSN: 2319-2402, p-ISSN: 2319-2399. Volume 3, Issue 3, PP 58-75.

3) Trnka J., and Dr Sivertun A. GIS In Emergency Management As A Core Information System And Related New Requirements To Emergency Telecommunication. IDA Linköping University.

4) Breton B. Director, Wireless Development Northwood Technologies Inc. Planning and Executing a Flexible Coverage Plan, https://kambing.ui.ac.id/.../Wireless%20Telecom%20Software%20Solutions.ppt‎

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