HOW TO CREATE THE BEST GEODATA FOR 5G PLANNING?

Dear Friends, Partners, Customers, Employees, our thoughts are with each of you and your teams at this time. We wish all of you, above all else, health and safety.

During this difficult and dangerous time for the world's population, we must work together to overcome not only the consequences of COVID-19, but also the global economic crisis, which, as many experts say, will come after it or simultaneously.

What can we do? Just continue doing our job and be careful.
5G, due to the application of AI, IoT, Edge will play a crucial role in the global recovery from the COVID-19 pandemic. Therefore, we have provided a remote workplace for each of our employees and our company is still working.

To see the situation with COVID-19 on the planet generally and in each country separately, below we provide a few links to the maps with actual data reflecting the current status of affairs:

Global maps (from here ) :
• Coronavirus COVID-19 global cases (Johns Hopkins)
• Novel coronavirus (COVID-19) outbreak timeline map (HealthMap)
• Novel coronavirus infection map (University of Washington)
• COVID-19 surveillance dashboard (University of Virginia)
• Novel coronavirus (COVID-19) situation dashboard (WHO)
• Coronavirus disease 2019 (COVID-19) in the US (CDC)
• Geographical distribution of COVID-19 cases worldwide (ECDC)
• COVID-19 coronavirus tracker (Kaiser Family Foundation)
• COVID-19 coronavirus oubreak (Worldometer)
• Coronavirus: the new disease Covid-19 explained (South China Morning Post)
• Mapping the Wuhan coronavirus outbreak (Esri StoryMaps)

Ukraine only (newest information):
• Ukraine COVID-19

We contribute to the growth of the mobile network in Canada

High-resolution geospatial 3D data are vitally important to realize the benefits of the cellular network. Due to the high sensitivity of mmWaves from all obstacles, successful propagation signal setup requires very accurate and detailed obstruction representation including building construction small details and precise 3D canopy.
Telecommunication operators now are on the stage of signal propagation planning and defining the optimal locations of antennas. 3D Project for Canadian cities for telecom network planning process in the largest population center in Canada includes:

• 3D City model of Toronto covers 114 sq.km
• Ottawa – 84 sq.km
• Edmonton – 76 sq.km
• Calgary – 133 sq.km
• Vancouver – 221 sq.km

3D models of cities meet the requirements of LOD2 quality.
3D model resolution: 5m.
3D geodata accuracy – 3-4 m in x,y,z.

Usually delivered layers:

• ✅ Digital Terrain Model (DTM)
• ✅ Digital Surface Model (DSM)
• ✅ Highly accurate 3D building vectors
• ✅ Clutter/Land Use
• ✅ 3D Obstacles
• ✅ Vegetation
• ✅ Road networks, water bodies, coastline
• ✅ Solar Energy or Green roof planning

☑ More information about 3D geodata for 5G planning.
☑ Our geodata catalogue includes over 1500 cities across 120 + countries.
✉ Contact us to receive a free sample of the 3D city Model.

3D MODEL OF CIUDAD REAL WITH HEIGHTS ATTRIBUTE SLOPED ROOFS

In urban areas with fewer propagation distances, dense and high-rise buildings, relief, the accurate 3D geodata is an essential component of RF design: accurate simulation to support deployment, operation and optimization of mobile networks. Also, this quality and heights set of geodata can be used in Solar energy planning and Solar Cadastre.

3D City model of Ciudad Real (Spain) covers the old part of the city. We use recent vintage stereo imagery of 0.3 m resolution to create 2 m high-resolution geodata in the most accurate quality LOD2. 3D geodata accuracy – 2-3 m in x,y,z.

Digital Surface Model (DSM), Digital Terrain Model (DTM) and Digital Elevation Model (DHM) were produced based on 3D terrain features, which were derived from overlapping satellite imagery is taken from two different locations (stereo imagery).

The highly accurate building vectors with associated height values as attributes are captured through three-dimensional feature extraction in the photogrammetric apps.

Clutter/Land Use/Land Cover describes the surface and built-up features, which influence on radio wave propagation. They are classed into different classes: classes of built-up areas, water classes, classes of landscape and vegetation. Urban Land Use map is produced from multispectral satellite imagery by the method of automatic classification with subsequent manual photo-interpretation and modification.

Download the booklet about the project "3D model and RF map of Ciudad Real (Spain)" to see more details.

Usually outside the areas of 3D city coverage, operators still require geodata for RF planning and optimization in suburbs. We propose 2D Urban Model, 2.5D Urban Models, 2D Regional Models with clutter height with 5, 10, 20 m resolution, with DTM, clutter (land use) and vector layers. Our geodata catalog includes over 4000 cities and 60+ countries.

Applications:

• Environmental Management and Modeling
• Urban Planning
• Building Information Modelling
• WEB-Applications
• Virtual Games
• Territorial Marketing
• Tourism
• Planning of Utility Networks
• Real Estate
• Marketing
• Disaster Risk Management
• Wireless Networks Planning
• mm-wave Planning (5G Planning)
• Smart Cities
• Solar Smart Energy Planning and Solar Cadastre
  

Send us the request for more information