lidar technology - ceinsys · lidar technology lidar is an innovative mapping solution that...

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LiDAR TECHNOLOGY LiDAR is an innovative mapping solution that incorporates the most advanced LiDAR sensors, cameras and position/navigation to collect survey-quality point data quickly and accurately. This non-invasive method of surveying can be operated day or night, with efficient acquisition of millions of 3-D design points per minute. LiDAR provides data density of up to 150 points per square foot (dependent on system settings for the project), allowing for faster coordinate acquisition compared with all other survey methods. BENEFITS OF LiDAR SCANNING INCLUDE: Cost savings: Advanced 3D mapping technology gathers all required data point measurements in one pass, eliminating the need for additional mobilization costs. Time savings: LiDAR gives the ability to collect up to 1,000,000 points per second, compared to one point every few minutes with traditional survey technologies. Enhanced data: The system provides designers with a more "complete" picture of the project with survey accurate point measurements and the ability to locate inaccessible features Increased safety: The system also provides increased safety for project personnel and the general public because data can be collected remotely and day or night. APPLICATIONS: Corridor project work, including roadway and rail Utility Mapping Irrigation Airport design and layout plans Coastal mapping Mining Urban Planning LiDAR Data acquisition and Processing Activity LiDAR Data Acquisition Pre-Processing of Point Cloud Post-Processing Road Side feature Mapping and Providing Drawing file in .DWG format Delivering Point Mesh with Regular Grid Contour Generation DTM 0.5 m Resolution L-Section and Cross Section in DWG format Mining Volume Calculation:

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Page 1: LiDAR TECHNOLOGY - Ceinsys · LiDAR TECHNOLOGY LiDAR is an innovative mapping solution that incorporates the most advanced LiDAR sensors, cameras and position/navigation to collect

LiDARTECHNOLOGY

LiDARisaninnovativemappingsolutionthatincorporatesthemost

advancedLiDARsensors,camerasandposition/navigationtocollect

survey-quality point data quickly and accurately. This non-invasive

method of surveying can be operated day or night, with efficient

acquisitionofmillionsof3-Ddesignpointsperminute.LiDARprovides

datadensityofupto150pointspersquarefoot(dependentonsystem

settings for the project), allowing for faster coordinate acquisition

comparedwithallothersurveymethods.

BENEFITSOFLiDARSCANNINGINCLUDE:

Cost savings:Advanced3Dmapping technologygathers all requireddatapointmeasurements inonepass, eliminating theneed for

additionalmobilizationcosts.Timesavings: LiDARgives theability to collectup to1,000,000pointsper second, compared toonepoint every fewminuteswith

traditionalsurveytechnologies.Enhanceddata:Thesystemprovidesdesignerswithamore"complete"pictureoftheprojectwithsurveyaccuratepointmeasurementsand

theabilitytolocateinaccessiblefeaturesIncreasedsafety:Thesystemalsoprovidesincreasedsafetyforprojectpersonnelandthegeneralpublicbecausedatacanbecollected

remotelyanddayornight.

APPLICATIONS:

Corridorprojectwork,includingroadwayandrail UtilityMapping Irrigation Airportdesignandlayoutplans Coastalmapping Mining UrbanPlanning

LiDARDataacquisitionandProcessingActivity

LiDARDataAcquisition Pre-ProcessingofPointCloud Post-Processing RoadSidefeatureMappingandProvidingDrawingfilein.DWGformat DeliveringPointMeshwithRegularGrid ContourGeneration DTM0.5mResolution L-SectionandCrossSectioninDWGformat

MiningVolumeCalculation:

Page 2: LiDAR TECHNOLOGY - Ceinsys · LiDAR TECHNOLOGY LiDAR is an innovative mapping solution that incorporates the most advanced LiDAR sensors, cameras and position/navigation to collect

TERRESTRIALLASERSCANNINGOFNAGARDHANFORT

Summary

CeinsyshassuccessfullycarriedoutaPilotProjectonNagardhanfort3Dmodeling

usingLaserScanning.PurposeofthisProjectwastochecktheaccuracyandefficiencyofLiDAR

scanningandtopreparea3DmodelofNagardhanFort.Theprojectwascarriedoutintwophases

TLSsurveyandDataProcessing.TLSSurveywascarriedoutintwodaysandfurtheronedayfor

dataprocessing.Thefinalresultsweregeneratedoveraperiodof60manhours.

TechnologyAdopted:

TerrestrialLi-DAR:FAROLaserScannerFocus3D

Specifications:

•Distanceaccuracyupto±2mm•Rangefrom0.6mupto130m•HDRphotooverlay•HDphotoresolutionupto165megapixelcolor.

ProjectOutcome

AftersuccessfulcompletionofthepilotwelearnedthefollowingaboutLasertechnology:

•LiDARtechnologycanbeimplementedforHeritagesitespreservationprojects.

•3Ddatacanbeeasilyconvertedto2DDrawings.

•DataAcquisitionandDataProcessingisfasterandsavestime.

•ArchitecturalSignificancecanbehighlighted.

•IntegrationwithCADtogeneratemap.

•DayandnightoperationofLiDARisanaddedadvantage.

•Datacanbepreservedforalongtimesinceitisavailableindigitalformat.

RegisteredOffice:CeinsysTechLtd,10/5ITParkNagpur-440022(M.S)(India)|Website:www.ceinsys.com