军事指挥系统 meaning in English
military command system
Examples
- 3 ) the construction and function of martial intelligence analysis , and its status
3 )军事情报分析系统的构成及功能,及其在军事指挥系统中的位置。 - The government that is founded in the base area attaches to the military conducting system of the party and is in the same structure of the party
在根据地建立的政府，附属于党的军事指挥系统，与党一家。党在这一时期形成一元化体制。 - Corba , an omg industry standard , is a very effective and high performance framework for distributed application integration within heterogeneous environment . but with the development of applications , a growing class of large scale scenarios requires real - time support , such as military command and control system , telecommunication monitor system and multimedia system
Corba中间件的研究与发展为开发分布式应用提供了有效的支持，但随着应用的深入，在许多分布式系统中，比如军事指挥系统、电信监管系统、多媒体系统等等都对提出了对实时的需求。 - Frequency - hopping ( fh ) is a novel spread spectrum communication technique , which develops very fast in military field due to its lpi / lpd ( low probability of intercept / detection ) properties and immunity against interferences , the extensive application of hf / vhf ( high frequency / very high frequency ) frequency - hopping radios in military has greatly enhanced the ability of military equipments against jamming and interception and ensure the safety and validity of chain of military command
跳频技术是扩频技术的一种，是80年代以来出现的一种新的通信方式。跳频通信具有良好的抗干扰性，低截获概率及组网能力，因此跳频技术的一出现，便在军事领域得到了极大的发展。采用跳频技术的短波超短波电台在军事通信中得到了广泛应用，极大地提高了军事装备的抗截获和抗干扰能力，保证了军事指挥系统的安全和有效性。 - With the quick development of science and technology , the extensive apply of information handling , computer communicating , robot controlling , and productive process automating , the systems that people meet are large scale , abundant content and complex phenomenon . a lot of man - made systems have appeared which reflect science and technology trend in the area such as communication , manufacture , traffic , military and productive process . it ' s not convenient to describe these systems with differential equations or difference equations
在通信、制造、交通、军事、生产过程等领域相继出现了一批反映技术发展方向的人造系统，例如通信和计算机网络、计算机集成制造系统( cims ) 、现代交通系统、军事指挥系统、工业生产的控制与调度系统等，这些系统不便于用微分方程或差分方程描述。