Airborne Collision Avoidance System Of Multi-machine Conflict Consulting Algorithm Research And Consulting To Display Simulation Design

For recent years, with the rapid development of economy in our country, there is a significant growth of air traffic flow. The incidents of air traffic have increased for recent years because of this. In order to assure flight security, the research on the technologies and arithmetic of conflict detect and conflict resolution is the key to improve flight security and benefit.this paper analyzes the algorithms of the conflict detection and advisory for airboren system on the baisis of the air traffic collision avoidance technology of the TCASII airborne collision avoidance system, also works on the simulation design the traffic advisory display of the Airborne collision avoidance system and the the specific application of the embedded technology in the traffic advisory display of air traffic monitoring system.In view of the above discussion subject, the main content of this paper is divided into the following parts:It has discussed the conflict between the two aircraft, and analyzed the the airborne conflict survey and the consultation production of the aircraft-borne collision avoidance system and established a model of conflict and post-conflict detection model.It has discussed the resolution advisory of the airborne collision avoidance system on the conflict between two aircraft, established a relief model of conflict, and detailed description the algorithm of the vertical maneuver resolution adviory production as well as choice and processing logic.Take the TCASII's pair-wise strategy as the representatives of the technology of the conflict-relief, this paper analyzes the principles of multi-aircraft conflict processing, focuses on the processing functional module of the multi-aircraft conflict, and describes the algorithm of the Multi-aircraft modeling and evaluation, and also analyzes the algorithm processes of the Multi-aircraft resolution optimization, specifically. Through the document test, this paper has made the living description on above various part of algorithmic analysis.This paper aslo makes a simulated design of the traffic advisory display of the airborne collision avoidance system, and analyzes the WindML graph tool's characteristic briefly. It also focuses on how to use of WindML 2-D API functions in the design of the traffic advisory display. This paper introduces how to solve the problem in the bitmap drawing, the jitter in the animation update and refresh, and the design of the paly of the audio files.For the above algorithmic analysis and the simulation design, it has maken many tests in the use of the test document, and given the test result. As the analysis object, the aircraft-borne collision avoidance system has been successfully developed and debugging in a military plant to the actual production, and will soon use in the building of our country's national defense.