Scien ence ce and Technolo ology gy Pa Park rk, , Uni Univer - - PowerPoint PPT Presentation

Scien ence ce and Technolo

• logy

gy Pa Park rk, , Uni Univer ersit ity y of Pune Initiativ tiative e of Dept t of Scienc ence e & T Technology nology , Govt.

• t. of India

ia

• The

Science and Technology Park (Scitech Park) a Science and Technology Entrepreneurs Park (STEPs) set up in 1986 by National Science and Technology Entrepreneurship Development Board of Department of Science and Technology, (NSTEDB- DST) Government of India within the University of Pune campus

A Center of Excellence by Ministry of Urban Development, Government of India for delivering e-Governance solutions to ULB’s Secretariat of the Maharashtra State Innovation Council Established as a TRUST and SOCIETY Works in the area of knowledge management as a bridge between Industry, Academia and R & D A mission to convert knowledge into wealth.

STEP Facility

Working Domain of Park

Introd

• duct

uction

• n
• Established in the year 2001
• Extensive experience in handling all commercially available HR Satellite Images (World View, Quick Bird

rd, , Cartosa

• sat, and Resourc

urces esat Series es Satel ellite)

• Provide Geospatial consultation to Ur

Urban Local al Bodies es, Gover ernme ment Agenc encie ies, Public, ic, Semi-Pu Publi lic c and Privat ate enterprises

• Excelled by developing Open PRP, an open source, web based GIS application for displaying and

communicating GIS records independent of any proprietary solution existing in the market

• Our associations have helped in providing consultancy to urban local bodies for incorporating Muni

nici cipal GIS, Planning and providing GIS based decision support system in mission mode programs of the

Government of India, aimed at e governance

• Capacity Building Initiatives for a Sustainable Existence in the field of Geoinformatics
• `

GEO EOINF INFORMA ORMATIC TICS S DIVI VISION SION At a Glance…..

Val alue ue Addition ition to E E Govern ernance ance - GIS GIS

Satellite Imagery Collection and Integration of Existing Secondary Maps Feature Extraction and Base Map Preparation Carpet based Property and Topographic survey GIS Based Data Integration GIS System Integration on Web-GIS Platform Comprehensive Training Program to different ULB’s

GIS IN N URBAN BAN PL PLANN ANNING ING

Temporal

• ral Analy

lysis is Urban GIS

Water pipelines affected due to closure of a specific ESR

Clic ic k

Properties having Property Tax greater than Rs 50,000

Map apping ing Na Natu tural ral Resour sources ces

3D Terrain rain Modeling ling

Speci cies es Specif cific c Mapp pping ing GIS based ed Touri urism m Potential ential Asses essmen ment

Natura ural l Resour urce e Mapping ing

Ma Mapping ing for Decision cision Supp ppor

• rt

t

Haz azar ard Mapping Gas Pipel eline ine Bounda dary Demar marcatio ion Road ad Netwo etwork Mapping ing

Ur Urba ban n Sprawl wl Ma Mapping ing

www.open enprp rp.org.in .org.in/au auda da

Municipal GIS – Rajkot……..(A Case Study)

Iden entif tifica icatio tion & Quantif tifica icati tion

• n of Municipal

Resources, Utilities & Assets on GIS Platform Convers ersion ion of Non-Spatial data into Spatial data on a standard GIS Platform Smart rt Financial bargain Iden entif tifying ing properties without property tax numbers c.a .a. . 1.3 .35 lakh khs Inter er-con

• nnec

ecting ting of all Municipal Departments for better & faster decision making Reduction tion in paperw perwork

• rk and data

ta redundancy cy at all levels

Benefits for City on GIS Platform

Proper perty Survey ey

• Ward wise

delivery of files to RMC

• All together

4,50, 0, 036 properties covered

Topogr pograph phic ic Survey ey

• Ward based

Road length wise delivery

• f GIS files to

RMC

• All together

1792 1792 km km covered till date

Water er Utilit lity y Networ work

• Ward wise

delivery of GIS enabled Water utility files to RMC

• 1769.98 km

Water Pipeline & 5683 5683 Water valves covered

Sewer erage ge Utilit lity y Networ work

• Ward wise

delivery of GIS ready Sewerage Utility files to RMC

• 1598.

8.60 60 km km Sewerage line, 42811 11 Manholes & 73314 14 House Chambers covered

Town wn Plann nning ing Maps ps

• Conversion

and zone wise delivery

• f all 30

30 hard copy Town Planning maps on GIS enabled platform

City Survey ey Maps ps

• Conversion

and delivery

• f all 699

699 City Survey Maps on GIS enabled platform

Training ning and Hand Holding ing

Base se Map on Satelli ellite e Image

GIS IS Ba Based ed Dat ata a Integration egration

Field ld Survey Forms ms

Property Details Attributes GIS ID P0000001000 Road Segment ID 5467 Photo ID 538 Name of the Building Nirmal Nivas

• No. of Floors

3 Name of the Owner

• Mr. Sarvesh

Kumar Name of the Occupier

• Mr. Yogendra

Dixit Old Property No. AH-01483 T.P/Name/Numb er 516 Street Name Gayan Bharthi Road Plot No 812 Flat No 1 Floor No 1 Society Mohan Bagh Pin Code 201301 Electric Meter No 146478392 Mobile No 9197868787 Status Tenanted Property Usage Residential

GIS Integratio ation

Proper perty Details ils Attrib ibutes utes GIS ID P0000001 000100 000 Polygon ID 126787 Area 2600

GIS Based sed Attrib ibutes es

GIS S System em Integra egration tion on Web eb Pl Plat atform

• rm

AM AM/F /FM-GIS GIS

• DGPS Survey for image rectification
• Creation of georeferenced Base Map from High Resolution WV-2 satellite Image (78

sq.km.)

• ETS/DGPS Survey for Locating Existing Pipeline (Steel and MDPE)
• Door to Door(D2D) Property Survey and CGD Networking for potential Customer

Area (32 sq.km.)

• Integration of Door to Door Survey/CGD Networking/ Existing Pipeline Location data

(Spatial and Non-Spatial) on to the base map

• Integration of Pipeline assets and attribute data
• *** ERP and SCADA data GIS integration
• Development of Web GIS System

SCOPE

Material Inventory Maintenance Planning Monitoring Customer Management

GIS SCADA FLEET MAINTENANCE SAP

DGPS SURVEY DGPS Survey for Satellite Image based Mapping

1)

Grid generation of size 2x2 sq.km.

2)

Overlaid on WorldView-2 Satellite image tiles.

3)

Print outs taken for field.

4)

Establishing one permanent Marker

5)

using DGPS survey per grid to get precise locations.

6)

Use of DGPS points to georeference satellite Image tiles

Project Area: Dewas, M.P. Total Area: 78 sq km

SURVEY OF EXISTING STEEL PIPELINE (55 Km)

Fea eatur ure e Extracti raction

• n an

and B d Bas ase e Map ap Pr Prep epar arat ation ion

Buildin lding Footprint int Extractio ion Road ad Netw etwork Extraction tion

Referen renced ed Satellit llite e Image ge

Grids finalized for Door to Door Survey and CGD Networking (35 sq.km)

AUTOMATION through SYSTEMS to achieve:

1. Assured system diagnostics 2. Assured Real Time Behavior 3. Assured directive Functionality 4. Assured Repeatability 5. Assured Action Reaction ability 6. Assured Annunciation 7. Assured Reliability, Flexibility and Accuracy. 8. Assured Remote Control Capability. 9. Assured Communication Capability. 10. Assured interoperability with Events Management

• 11. ASSURED LOCATION INDICATION

the characteristic or condition to be controlled the sensor the comparator the activator THE LOCATION

FOR FURTHER INFORMATION PLEASE

Thank you

Collection of Data from Ground Survey

• Survey of each residential society as well as commercial establishments for

identifying the existing customers (domestic/commercial) as well as the potential customers.

• Survey of length of existing Gas Pipelines.
• Property Survey: Collecting data regarding building details, ownership details,

plot details, gas connection details, telephone number, locality and road name along with photo of the same (Non-spatial data)

• Creating CAD drawings for the proposed network design for Mother Station,

Pipeline (Steel and MDPE line), Valve, DSR, SR and Kitchen locations (Spatial data) Door to Door Survey DGPS Survey CGD Network Design

Accura uracy: cy: Accuracy is the measurement tolerance Sensitivi nsitivity ty: Resistance NON RELEVANCE. Nois ise: e: An undesired input signal is known as noise. Stability: ility: Bounde ded d output t and Inp nput Bandwidth: dwidth: An operating frequency range decides the bandwidth of control system. Speed: eed: It is the time taken by control system to achieve its stable output. Oscilla llati tion:

• n: constant oscillation of output for system to be stable.