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 Posted: Thu 7:08, 16 Dec 2010 Post subject: ed hardy clothing The development of military air |
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The development of military air defense command automation should think of information warfare
Synthesis of a whole,[link widoczny dla zalogowanych], improve the processing date. 2. Technology integration. Detection systems, information transmission systems and information processing systems, comprehensive use of various techniques to improve the perception and the target detection capability, intelligence and information transmission capabilities and near real-time information processing capacity. 3. Module standardization. Joint operations, both the requirements of the overall combat capabilities of the platform integration of information systems, but also requested information platform systems interconnection, interoperability, interoperability, command automation system is bound to a variety of platforms required software and hardware modules of the standard. 4. System intelligent. Either the target detection system can spring soup, etc. 3: the development of military air defense command automation of information warfare should think 33 power, multi-target performance, enhanced data integration capabilities, as well as simulation and artificial intelligence technology, widely used, improve the system to improve decision-making capacity; second goal is to detect and identify many kinds, and to address some of labor can not determine and solve the complex problem and needs to command automation system can not only handle the data and symbols, and capable of logical analysis, reasoning, inductive , so that intelligence has improved continuously. Third meeting, the development of military air defense command Some building automation. China's air defense command automation system after decades of construction and homeland defense test of practice, continuous development and improvement, achieved remarkable results. But with the development of information technology, air strikes increased level of information technology, and I air defense command system has lagged far behind the situation is not optimistic. For example,[link widoczny dla zalogowanych], the limited capacity of air access to information; information transmission, processing equipment behind; air defense electronic warfare capability is weak. Needs in preparation for military struggle traction and support for the development of information technology, the need for speeding up the construction of air defense command automation system,[link widoczny dla zalogowanych], improve early warning detection systems, digital battlefield and air defense command and control systems, comprehensive and balanced development, while, in the construction, We also need to address the following several relationships. (A) lay the foundation for top-level design and construction of air defense command automation is a complex systematic project, which combines command and control, intelligence and reconnaissance, early warning detection, electronic countermeasures, and other operational information support functions in one. Need to succeed in top-level command automation. Establish a unified information standards, so the system will have a unified code and code, various types of software have a common language, the establishment of information standards, based on accumulated data, command automation system will have a firm foundation. Top-level design of science, can guide the basis of the number of information standards and reference: It is well established, and complete information standards and basic data, but also ensures that top-level design goals to achieve as soon as possible. In practice,[link widoczny dla zalogowanych], the idea to establish a whole first, the first top-level design do a good job, good job overall plan for the construction of command automation. On this basis, focusing on information standards and establish a sound basis for the data. Only then can we give full play to the overall efficiency and maintain the development momentum. (B) construction software construction software construction and hardware, often invisible and untouchable. An excellent software, not only needs to rely on the correct design, but also on the accumulation of large amounts of data. Therefore, the quick results often favor the hardware construction, rather than the construction of software for large inputs. In fact, the software construction is the soul of command automation, and hardware equipment to software-traction. As long as the hardware meets the system requirements, enough on the line. In the hardware construction blindly following the trend, fashion, and constantly upgrading the hardware equipment, will inevitably cause a lot of waste of the advanced hardware. Hardware construction to highlight the practical and avoid blindly ahead. Shall be in accordance with the \(C) convenient and practical security and network technology along with the rapid development of national armed forces in their computers and networks containing confidential information, far more than the other contained dense bodies,[link widoczny dla zalogowanych], network security has changed from merely a technical problem, individual conflicts , rose to the top priority of the security and confidentiality. We should recognize the global nature of network security, see the online part of the defect and any weak links, will endanger the security of the entire system, which requires comprehensive protection and centralized management; also should recognize the adversarial nature of network security, See the online attacks and theft is always in fierce confrontations, you need to firmly grasp and offensive and defensive one; should also recognize the technical network security, see the work of network security technology content and technical difficulty, efforts to develop security technology to build secure and reliable network protection system. [1] Wang Fengshan. Introduction to information warfare, air defense [M]. Beijing t Aviation Industry Press, 2002. [2] Chen Hongyou. Air Defense Science [M]. Beijing: PLA Publishing House, 1999. [3] Zhu Xiaoli, Zhao Xiaozhuo. Russian new military revolution [M]. Beijing: Military Science Press, 1996
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