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The subject matter of the article is the process of the system of recovery of armored weapons and equipment functioning in the performance of tasks for the purpose in modern conditions. The goal of the study is to create a decision support system for the recovery of armored weapons and equipment under the interactive analysis of temporal and spatial indicators of warfare based on the use of “electronic cloud " technology. The tasks to be solved are: to formulate tasks effectiveness will increase in the decision support system; to develope structural and functional-logical scheme of the system, the list of external, calculation and control modules; to determinate the volume and format of input and output information for each structural unit and information buses of the system; to define the format of protocols for information exchange, the content of “survey ” cards. General scientific and special methods of scientific knowledge are used. On the basis of a systematic analysis of the existing of armored weapons and military equipment recovery system, the main conditions and factors affect its functioning in modern armed conflicts were determined. The following results are obtained. The synthesis of the structural and logical scheme of the decision support system “virtual headquarters” in the form of software with modular architecture was carried out. Conclusions. Today, not only the process of positioning forces and means of technical support and their rational placement relative to military units, but also rapid response to changes in the technical situation is complicated. Improving the quality of the of weapons and military equipment recovery system is possible by creating a decision support system "Virtual headquarters". The main idea of creating the system is the processing of incoming and outgoing information in interactive mode, operational and optimal management of information flows and visualization of the solution for the recovery of weapons and military equipment. The proposed modular system architecture provides a list of external, design and management modules; the scope and format ofinput and output information for every business unit and information system buses. The information space, where the system resources will be located, is proposed to be built using the "electronic cloud" technology.

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