Civil Aviation

Building | Restriction | System

Urban planning and building permits monitoring system around airports, runways and airways. In compliance with ICAO/FAA regulations.

Flight Safety

Urban Planing

Work Process Optimization

Unified Database

FLIGHT SAFETY

Controls and restricts the environment near airports, runways and low altitude flight path to ensure the highest level of the flight safety.

Urban Planing

Planning and building permits tracking system adjacent to civil aviation restriction area

work Process Optimization

Automation and optimization
of plans review process

Documents and schemes production

Permits and other response production to the general public building applications

Unified Database

Flight GIS information

Up to date obstacle database

Expose GIS API to external use

GENERAL FEATURES

Advance GIS visualization based on latest technology
Centralized Geodatabase
Advance user and system management

Web and rich client developed utilizing advanced technology for high level usability
System security complying with the highest standards
Advance 3D visualization

PUBLIC APPLICATIONS MANAGEMENT

Public building applications creation
Events management during the application time span
Client response management
Tools for geodata queries and
system reports production

TESTING CRITERIA

Height restriction
Noise zones restriction
Bird zones restriction
Obstacle prohibition clearways

Pre-planning information

Provide vital restriction information to the structure planner

Building
permits

Town plans and land use coverage

High voltage electricity pillars and cables

Narrow obstacle

Antennas, cranes, drilling rigs, wind turbines, statues etc.

Long objects

Rails, roads, bridges, terrain
infrastructure lines and conduits

Supported INPUT formats

Support 3D input from multiple file formats: AutoCAD (.dwg), Excel (.xlsx,.xls), ESRI (.shp)
Manual input option
Can connect to custom external API

DWG output file to engineers

Checked element printout

OUTPUT AUTOMATION

Geographical information:
1. Obstacles
2. Aerial information publication
3. Engineering information
Application and permit information for applicants

decision making tools

Surface intersection calculation | 3D visualization | Aerial Maps | Terrain Modeling

UAV Route Optimizer

A meta-heuristic based three-dimensional path planning environment for unmanned aerial vehicles

Introduction

UAV is becoming a standard multifunctional tool in various industries: delivery, monitoring, photography, surveillance, etc.
Recently autonomous freight carrying UAV are in use
In urban environment every route requires regulatory permit
The obstacles in the operation area frequently modified which requires re-planning
Routes must be coordinated between each other to avoid collisions

Route Optimization objectives

Plan the autonomous UAV route in urban environment
Avoid main obstacles
Comply with regulations

Optimize the cost factor

Shortest rout
Lowest maintenance cost
Longest operation distance/time
Replacing regular vehicles and enormous saving for roads construction and maintenance.

Environment Modeling

Collect 2D/3D GIS data in the required area
Load external layers
Create and model restricted areas
Add regulation restrictions

Modify cost parameters
Normalize and cleans the data
Create graph model that represents the 3D space and cost

Optimization Technologies

Heuristic algorithm based on graph theory
The method is used in solving modern 3D routing problems such as infrastructure planning and vehicle routing
Big data optimization and modeling for GIS Inputs
Cluster computing to enhance speed in optimization calculation