1.
Automatic command system for warship chemical defense based on MAS
基于MAS的舰艇防化指挥自动化系统
2.
The intellectualization of shipborne C2 system is the key factor of improving its command efficiency.
舰艇指控系统的智能化是提高舰艇指挥效能的关键,也是必由之路。
3.
Challenges for Submarine Command Automation System in Hub Battle;
网络中心战对潜艇指挥自动化系统的挑战
4.
Development of Shipboard Automated Command and Control System and Its Tactical Applications
舰载指挥自动化系统和战术应用软件的发展
5.
Application of Visual Programming to Training Simulation System of the Ship Combat Command
可视化编程在舰艇作战指挥训练仿真系统中的应用
6.
military automated command system
军队自动化指挥系统
7.
Analysis for Air Defense Automatic Command Systems of Important Area;
重点区域防空指挥自动化系统分析与研究
8.
Efficiency Evaluation Method of Operation Command System in Surface Ship;
水面舰艇作战指挥系统效能评估方法
9.
Establishment of Effectiveness Index Architecture for C~4ISR System;
指挥自动化系统效能指标体系的构建
10.
In order to be adapted to the demand of information warfare( IW), the command efficiency of shipborne C2 system must be improved.
为适应未来信息化海战场的需要,必须提高舰艇指控系统的指挥效能。
11.
Design of Intelligent Architecture of Command and Control System in Ship Fleet
智能舰艇编队指挥控制系统体系结构设计
12.
Research on Intelligent System of Capability Evaluation and Emergency Repair Plan for Damaged Ship Fire Fighting System
舰艇受损消防系统消防能力评估及抢修决策智能化系统研究
13.
Study on New Technology Application to the New-Generation Command and Control Systems for Surface Ship
水面舰艇新一代指挥控制系统新技术应用研究
14.
Preliminary Design for Warship Combat Command Simulating Training System
舰艇作战指挥模拟训练系统的初步设计
15.
The design of the fire fighting command training system in naval ships based on unified language
基于标准建模的舰艇灭火指挥训练系统设计
16.
automatic system for railway traffic control
铁路行车指挥自动化系统
17.
Design of Automation Command System Based on Web;
基于Web的指挥自动化系统的设计
18.
The Revelation of Command Automatization Systems Development of American;
美军指挥自动化系统发展的几点启示