Design and Implementation of the Airport Surface Surveillance System Based on GeoTools

Jing Li; Guo Qiang Wang; Pan Zhu

doi:10.4028/www.scientific.net/AMM.496-500.1548

Paper Titles

The Design of New Automatic Loading Control System
p.1531

Multi-Axis Spiral Tool Path Generation for Aviation Blade Numerical Control Machining
p.1535

Optimal Selection of Cutting Parameters in Blade NC Machining Based on BP Neural Network and Genetic Algorithm
p.1539

The Design of Breeding Cotton Growth Management System Based on MMS
p.1543

Design and Implementation of the Airport Surface Surveillance System Based on GeoTools
p.1548

Research on the Technology of RFID Sliding Sleeve
p.1552

Optimal Control of Time-Varying Systems with Multiple Delays for Servo Appplications
p.1556

Two Degree of Freedom Helmet Mounted Sight Testing System
p.1560

Study on the Characteristics of the Automatic Tracking of Multiple Target Tracking
p.1564

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 496-500Design and Implementation of the Airport Surface...

Design and Implementation of the Airport Surface Surveillance System Based on GeoTools

Abstract:

Based on analyzing the existing airport surface surveillance technology, aiming at the defects and new demands to meet the increasing and more complex traffic flow at an aerodrome, a visualized expression and interaction system based on GeoTools of airport surface geographic information is put forward, surveillance of aircraft on surface is realized. Practical operation shows that the system is superior to the traditional method used for monitoring all moving targets on maneuvering area with low cost, and enhances visualized expression and interaction of airport geographic information.