The ship-based multifunction radar is required toadapt to changes of a combat model, an environment and combat tasks.

Effectiveness evaluation of shipboard radar based on entropy technology and AHP;

Research on the Detecting Efficiency Probability for Shipboard Radar

Research on shipboard radar anti noise frequency modulation jamming based on envelope filtering

A study on a new method of anti-submarine detection made by shipborne radars;

Quantitative algorithm of detection probability for single shipborne radar and the functional simulation;

The environmental test and the application of reliability technologies for shipborne radar equipment;

This paper analyses the following aspects: Aegis combat system抯 structure, computer system抯 structure, commercial off-shelf technics (COTS), multi-function radar and so on.

Factors which determine the design of operating modes of tactical multi-function radar are analyzed and different design methods for the radar under searching mode and tracking mode are also discussed specifically, proposed how to optimize the operating mode in every conditions, and design methods and rules for system are given.

An Application of MFAR in Land-based Weapon System;