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3D maps for 5G netwoks Planning
- 1. VISICOM IS A LEADING GLOBAL PROVIDER OF THE WIDE RANGE OF DIGITAL MAPPING PRODUCTS WE PRODUCE 3D/2D MAPS FOR ANY TERRITORY PROVIDING CUSTOMIZED SOLUTIONS FOR EACH CLIENT WE DELIVER THE BEST POSSIBLE DATA FOR REAL-WORLD SIMULATION and EFFECTIVE PLANNING PRECISELY DESIGNED FOR NEXT-GENERATION NETWORKS
- 2. Dense Urban Urban, Suburban • 3D maps • Population maps • 3D maps • 2D maps • 2.5D maps • Population maps • DxM products Rural, Nationwide 3G, 4G, LTE 5G LPWAN IoT VISICOM PRODUCTS • Macro and Micro cell planning • Interference level prediction • Networks optimization OUR PRODUCTS • Deliver in any RF planning tool • Compatible with any propagation models • Applicable for microwave and point-to-multipoint technologies • Contain precise and up-to-date mapping information • Provide extra-accurate 3D building models • Produced from most recent source imagery • Available worldwide
- 3. GEODATA FOR WIRELESS NETWORK DESIGN DELIVERED DATA LAYERS FOR 2D/2.5D/3D MODELS 95 510 Digital Terrain Model Digital Surface Model Clutter/Land Use Model Clutter Height Model Buildings and Vegetation Height Model Otrhoimage Vector Model (Linear Objects) Population Distribution Model
- 4. 3D GEODATA FOR 5G NETWORKS PLANNING A critical component of 5G technologies is the use of cmWave and mmWave frequencies. Using these frequencies it becomes possible to provide a huge amounts of data transmission, but their propagation distance is much shorter than frequencies of 2G/3G/4G networks Any terrain feature, building or tree near the transmitter has dramatic implications on the signal propagation ADVANCED ACCURACY IS REQUIRED BUILDINGS and VEGETATION 3D MODELING
- 5. 1 OR 2 M RESOLUTION MODEL FITTED FOR MMWAVE PLANNING - FUNDAMENTAL INPUT FOR RF DESIGN 3D GEODATA FOR 5G NETWORKS PLANNING 3D BUILDINGS SMALL ROOF DETAILS, 1-2 M ACCURACY IN HEIGHT 3D BRIDGES PRECISE AND DETAILED ENGINEERING CONSTRUCTIONS 3D VEGETATION (3D TREES MODEL) DETAILED VEGETATION WITH ASSIGNED HEIGHT ATTRIBUTES SPECIFICALLY MADE FOR 5G PLANNING DTM 1-2 M HEIGHT ACCURACY IN TERRAIN FEATURES DSM ALL THE TERRAIN FEATURES, EITHER MANMADE OR NATURAL, AS WELL AS BUILDINGS AND TREES CLUTTER/LANDUSE INCLUDES ALL LANDUSE FEATURES AND DETAILED VEGETATION LAYER DATA FORMAT COMPATIBLE WITH ANY RF PLANNING SOFTWARE AND PROPAGATION MODELS 3D geodata shows all any terrain features, as well as buildings and trees. With high-precision geodata microwave engineer can greatly reduce the amount of antennas and improve the efficiency of network quality.
- 6. 3D MODELS PRODUCTION PROCESS SATELLITE IMAGES PROCESSING LAND USE RECOGNITION AND CLASSIFICATION EXTRACTION OF LINEAR FEATURES Boundaries Road networks Railways Engineering constructions Water lines Types of urban areas Hydrography Vegetation Other types of landscape Selection of appropriate images Radiometric and atmospheric correction Georeferensing and geometric correction Orthorectification Image fusion Mosaicing 3D BUILDINGS EXTRACTION Satellite images and air photos with 0.1-0.5 m resolution are used Extraction of buildings outlines by manual collection from stereo pairs of satellite images Building footprints are given with attribute of relative height
- 7. TYPES OF SATELLITE IMAGES WorldView 1-2, 0.5m resolution WorldView 3, 0.3m resolution GeoEye, 0.5m resolution Pleiades, 0.5m resolution WorldView 3 Pleiades
- 8. NEW YORK 3D MAP PREVIEW
- 9. 3D GEODATA FOR 5G NETWORKS PLANNING VEGETATION MODELING: trees and bushes footprints and height extracting Orthorectification of 0.3-0.5 m resolution satellite image Orthoimage segmentation to detect trees/bushes canopy
- 10. VEGETATION MODELING: trees and bushes footprints and heights extracting Applying of photogrammetric algorithm to delineate the above ground vegetation (trees and bushes)
- 11. VEGETATION MODELING: trees and bushes footprints and height extracting EXTRACTION OF DIGITAL SURFACE MODEL (DSM) FROM STEREO IMAGES OF 0.3-0.5 M RESOLUTION CREATION OF VEGETATION VECTOR LAYER – AS POLYGONS WITH ASSIGNED HEIGHT ATTRIBUTES PRODUCTION OF RASTER VEGETATION LAYER – AS MATRIX WITH ASSIGNED HEIGHT ATTRIBUTES TO EACH CELL (1X1 M OR 2X2 M)
- 12. VEGETATION MODELING: trees and bushes footprints and height extracting DIGITAL SURFACE MODEL (DSM) PROCESSING
- 13. VEGETATION MODELING: trees and bushes footprints and height extracting CREATION OF VEGETATION VECTOR LAYER – DEFINING OF ALTITUDE DROP POINTS
- 14. VEGETATION MODELING: trees and bushes footprints and height extracting CREATION OF VEGETATION VECTOR LAYER – AS POLYGONS WITH ASSIGNED HEIGHT ATTRIBUTES Output: Vector/Polygon: 1 height per polygon
- 15. VEGETATION MODELING: trees and bushes footprints and height extracting PRODUCTION OF RASTER VEGETATION LAYER – AS MATRIX WITH ASSIGNED HEIGHT ATTRIBUTES TO EACH CELL (1X1 M OR 2X2 M) Output: Raster: 1 height per pixel
- 16. BUILDING + VEGETATION MULTIPLE POLYGONS
- 17. SAMPLE OF SANTA-CLARA 3D MODEL FITTED TO 5G MODELLING
- 18. VISICOM IN THE WORLD Our team is always in touch to provide you with all necessary information about Visicom products and customer support, to assist you with pre-sales enquiries and commercial offers. VISICOM ADVANTAGES • High quality and accuracy • Highly competitive and flexible prices • Support of all major RF planning tools and GIS formats • Provision of any non-standard solutions • Meeting all customer requirements • Off-the-shelf datasets VISICOM ACHIEVEMENTS • Brand awareness • Good reputation • Stable financial status • Collaboration with major global telecom companies • Long-term partnership with leading operators and vendors • Self-made developments of technological and manufacturing bases VISICOM Headquarters Kyiv, Ukraine Website: https://visicomdata.com Email: [email protected] BOODMOE Americas Representative and Sale Office Seattle, WA Website: http://www.boodmoe.com E-mail: [email protected] Our representatives and sales offices