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The operation of the military, whether located on the front line of the implementation of the task or internal management, must rely on the logistics unit of various important supports. The diet is the foundation of military operating, so the efficiency of process it produced is quite important. In response to the national military qualified policies, improving kitchen operating efficiency in limited budges and the most appropriate manpower would be the main issue of this research. If the the operation can be more robust and efficient, the military must be much stable. When it comes to the kitchen operating process, it includes the use of food budget, menu making, food ingredients, distribution and food processing cooking. In this research, the above steps are divided into mechanical and non-mechanical steps. The use of food budget and menu making are mechanical steps because of the characteristics of repetitive operation. Combining the reviews of production efficiency theory, management theory and decision theory to discuss the various possibilities behind the gain, this research start to make mechanical steps be automatic to replace traditional manpower operations. There are several basic appeals for the program, including the ease of reading and convenience of the menu, avoiding the errors in the calculation of materials, the system price analysis and the feedback of the information to establish the system. The research results of the system, which is closed network, and use EXCEL as a database and operating interface, VBA programs as a supplementary tool for a system. Its main structure includes menu database, material database, inventory database, simulation billing system. Through the operation of the system, it can avoid the time-consuming traditional manpower-based working. If the amount of food procurement has changed, the system can also do a quick calculation, to prevent repeated manual statistics. In addition, the flow of personnel in military affairs is inevitable. In view of the establishment of the system, the operation of the present study can improve the fluency of handover and reduce the possible human error in the traditional manual operation. In summary,this system makes preliminary improvement, but still limited by some constraints. Therefore, in the future study, it is expected to be fixed into different situations and have the opportunity to get a better upgrade.
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