About Luminous ETS Objective of NLRMP Proposed Methodology GIS in NLRMP Luminous ETS Projects NLRMP Tech Fair 2009 © 2009 Luminous Engineering

About Luminous ETS Objective of NLRMP Proposed Methodology GIS in NLRMP Luminous ETS Projects

NLRMP Tech Fair 2009 © 2009 Luminous Engineering & Technology Services (P) Ltd.


Luminous Engineering & Technology (LETS) is part of SAR Group having HQ in New Delhi, India

Direct presence in India, USA, Canada and Europe while presence through associates in Australia, Middle East and Far East

Luminous ETS’s state-of-the-art conversion techniques and methodologies provide one-stop services in GEOMATICS like:

GIS

Remote Sensing

Photogrammetry

Application Development


Multi-disciplinary Engineering Design

Civil Engineering

Structural Engineering

MEP

TransportationParent Company: Luminous Power Technology Pvt. Ltd.

SAR Group’s Flagship company

Provides End-to-End Solutions in Enterprise-wide

- Power & Connectivity Solutions

Associates: Vandana Aviation & Aviotronics (P) Ltd.

Empanelled as an Aerial Photographic Agency by MoD, GOI

First in India to Introduce ‘Airborne Laser Terrain Mapping’ & ‘Digital Photography’




Develop a Modern, Comprehensive and Transparent Land Records Management System in the Country



Scope of Work: Divided into 4 phases

› Phase-I:Creation of Ortho Rectified Aerial Photographs

› Phase-II : Creation of Preliminary Land record database (it is core GIS activity)

› Phase-III : Creation of Secondary LRDB (it is core GIS activity)

› Phase-IV : Creation of Final LRDB and in consultation with DOLR & Title owner (it is core GIS activity)





GIS is a major component of this program

Going to play very vital role in NLRMP

GIS Work includes

Creation of soft copy maps of land records

Attachment of ownership mutation data to each Khasra

(Plot)

Updation of land records both spatially and Textually

Two Major Components1. Creation of land record

boundaries Map from Ortho Aerial Imagery Boundary capturing from their

actual position Accurate classification of

Land parcels Other features will be

extracted as per their actual shape like Road, rail network, Water body and reserved areas

Topology creation, Labeling and dimensioning of all sides

2. Creation of ROR data from existing textual records ROR (Records of rights)

database created by existing textual and Mutation Records

Linking of Land Record database with ROR Database





Data Completeness Check

Topological / Geometric Checks

Visual check / Logical Checks

Report Generation Comparison with ROR Records

- If Error Limit is more than Allowable Limit, Then Ground Verification Can be Done


Seamless Land Record Database with ROR data Linked in the form of Preliminary LRDB covering the AOI

Report tables of the land records with their dimensions (beyond the allowable limits); such data shall be highlighted for ground verification or resolution in consultation with DoLR authorities

The detailed soft copy as well as hard copy examination and Quality Control (QC) reports carried out by the team leaders shall be handed over to DOLR for verifications.


Seamless Land Record Database with ROR data Linked in the form of Preliminary LRDB covering the AOI

BONGDA

SURUA

PIMPI

KISNI


Comparison of Land Records with ROR in ALL aspects› Dimensions (Both Length & Width)› Area

Error Limit is within limits – No Issue

More than Allowable Limit › 2nd Round of Ground Verification will be Done


The objective of this phase is to validate the features extracted during the Phase-II› Parcel having errors in

dimension beyond the allowable limits shall be verified by:

Field Survey Collected data to be

Verified Updation of Corrected

features ROR database will be

updated with ground reality

Link between Secondary LRDB and ROR database will be confirmed

Topological and Logical checks will be validated on Updated data


Data in GIS Environment

Roads

Property

Plots



Field Surveyed Data Checks:› Check to ensure all required information from Field is validated and corrected information is

captured in required format.› Check to ensure that all mandatory fields attribute data is collected.› Collected information is logically correct in terms of their relevance with features.› Complete check to ensure the connectivity and adjacency of the features after proposed

corrections.

Database Updation checks:› Check to ensure all information captured in survey validation and correction will be

updated in secondary LRDB› Check to ensure mandatory dimensions and fields attribute should not be blank› Random check to ensure error free final data.


Corrected Seamless Land Record Database with ROR data Linked in the form of Secondary LRDB covering the AOI

The detailed soft copy as well as hard copy examination and Quality Control (QC) reports carried out by the team leaders

Generation of ROR along with location map for distribution to the Title owner for his verification of title and its dimensions


The objective of this phase is to create an accurate land record map in consultation with DoLR by resolving the disputes of Title ownerships with the involvement of actual owners as per the ROR datasets and there by creating the final LRDB › Distribution of ROR data for

verification› Correcting in case of

discrepancy in consultation with DOLR Authority

› Creation of Final DB by incorporating all the corrections


Complete check to ensure the completeness, adjacency and

correctness of the features

Check to ensure all required information from ROR database is linked properly


› Digital Records are Created› Digital Records are Easy to update› Clear cut idea on current Land-use/Land-cover› Easy to retrieve› Information available at a click of mouse› Use this record for all type of future planning› Various query could be run


About Luminous ETS Objective of NLRMP Proposed Methodology GIS in NLRMP Luminous ETS-Projects


Extraction of DTM, DSM & Contours› Digital Terrain Model› Digital Surface Model› Contours Classification of LiDAR Data› Classification

Roads Vegetation Industrial \Commercial Bridges


Digital Terrain ModelDigital Surface Model




Ortho Photo› 1008 Sq Km› GSD 10 cm› Accuracy

- X, Y: +/- 0.5m› Deliverables

- Geotiff- Quality Report



Types of Job› Ortho-photo Generation› Mosaic Creation› Color Balancing› Tiling

No. & Types of Images› 2136› Both RGB & CIR


Study Area Details North – 2,676 Acre South – 8,845 Acre

Location: IndiaState: JharkhandDistrict: Ranchi

Latitude: 22° 58’ to 22° 48’NLongitude: 84° 55’ to 85° 03” E

No. of villages: 14 Nos


Geo-Reference Toposheet

LISS-IV – 5.8M

CARTOSAT 2.5M

Merge Image 2.5M

QC

QC

Digitization Parcel ID

QC

Lu/Lc Clutter Map

Base Layer

Hab Capture

Road & Water

Classification

Compilation

Subset

Refinement/QC

QA

Raster to Vector

Creation of Updated

Land Records

Acc

Rej

Parcel Map Mosaic Parcel Map

Acc

Acc

Rej

AccRej

Acc

Rej

GIS Based Query

Data Base Linking

Rej

Collection of Village Sabak Map

Collection of ROR Data

Rectified Parcel Map

Satellite Based DEM

Shipment

Acc

Ortho-Rectified Merged Image

QA



Legend

!R Village

Torpa_S ite

LULC_UNIT

A g ricu ltu re

A g ricu ltu re F a llo w L and

A g ricu ltu re F a llo w L and P erm anent

F orest

G ra ss La nd

In land W ater

O pen/B are

R ailw a y

R ive r

R oad

S e ason al W ater B odies

Village/Tow n

W aste Lan d



No. of Parcels – 200K + No. of Projects – 10 Team Size – 15 Software Used:

AutoCAD Map, Arc Info, Arc GIS

AIM:Constructing Parcel Maps & linking ownership database

TAT 2-3 Months per Project


No. of Buildings – 170K + No. of Projects – 2 Team Size – 10 Software Used: AutoCAD

Map, Arc GIS AIM:

Constructing Building Foot Print & Linking with Parcel ownership database



No. of Parcels – 400K + No. of Projects – 5 Team Size – 17 Software Used:

AutoCAD Map, Arc GIS AIM:

Improving the Positional accuracy of existing maps of parcels in different format





Documents

About Luminous ETS Objective of NLRMP Proposed Methodology GIS in NLRMP Luminous ETS Projects NLRMP Tech Fair 2009 © 2009 Luminous Engineering