Transmission Reconnaissance Radar Effectiveness Evaluation

The research is based on the see-through surveillance radar shape of the pilot project started. Effectiveness’evaluation for equipment pre-research, production and transformation stages are important, this paper aims to assess the performance tests applied to the shape of weapons to go.See-through as a new radar reconnaissance radar, the target living body to detect the heartbeat, breathing and body movement, the radar performance assessment study and daily application of the approval test are important. By analyzing the characteristics of see-through surveillance radar, the target will be assessed a reasonable index system; designed performance test method, a combination of objective and subjective assessment of overall equipment effectiveness. ADC method and using the AHP Combination of radar detection performance of the see-through assessment, performance assessment methods is the classic life-detection equipment in the performance assessment of a try.In this paper, the ADC method and AHP Combination of the two models, through the see-through surveillance radar availability, reliability and inherent ability to calculate, to measure the overall performance of see-through surveillance radar. The inherent capacity assessment, given the relative importance of the indicator test method, the performance objective to get value for the relative subjective indicators using expert scoring method to get the performance value, the final weighted and based on the way to get the inherent ability to calculate the value of the final performance results show that the model is feasible and effective assessment. The assessment methods used in classic enduring, universal reference, as long as established by analyzing other types of life-detection equipment performance evaluation system, through a simple test can accurately and quickly to these life-detection equipment for performance evaluation .This paper presents the performance evaluation methods, and equipment for optimal decision-making, research and test innovative approaches proposed, the ultimate result of the equipment after application, the transformation has some reference.