交通运输系统工程与信息
交通運輸繫統工程與信息
교통운수계통공정여신식
JOURNAL OF COMMUNICATION AND TRANSPORTATION SYSTEMS ENGINEERING AND INFORMATION
2015年
1期
130-136
,共7页
杨甫勤%齐二石%刘洪伟%朱明珠
楊甫勤%齊二石%劉洪偉%硃明珠
양보근%제이석%류홍위%주명주
系统工程%出动能力%排队网络%多机种%平均值分析
繫統工程%齣動能力%排隊網絡%多機種%平均值分析
계통공정%출동능력%배대망락%다궤충%평균치분석
systems engineering%sortie generation rate%closed queueing network%multi-types aircraft%mean value analysis
飞机多机种出动架次率是衡量飞机作战效能的重要指标,本文对空军场站军用飞机多机种(型)出动架次率进行了研究。通过对飞机出动回收过程的描述,基于排队理论建立多服务器多服务率的飞机多机种(型)出动回收网络模型,并采用扩展后的平均值分析对飞机出动能力进行了求解。通过解析计算,给出飞机多机种(型)出动架次率曲线,分析架次率与飞机数量之间的关系,并结合平均队长、利用率等系统性能指标,识别出制约飞机多机种(型)出动架次率提高的因素。最后通过蒙特卡洛仿真对构建的回收网络模型的计算结果进行验证。验证结果表明,飞机多机种(型)出动网络模型及其算法适合应用于实践中,并且有助于对空军场站飞机多机种(型)出动能力的研究。
飛機多機種齣動架次率是衡量飛機作戰效能的重要指標,本文對空軍場站軍用飛機多機種(型)齣動架次率進行瞭研究。通過對飛機齣動迴收過程的描述,基于排隊理論建立多服務器多服務率的飛機多機種(型)齣動迴收網絡模型,併採用擴展後的平均值分析對飛機齣動能力進行瞭求解。通過解析計算,給齣飛機多機種(型)齣動架次率麯線,分析架次率與飛機數量之間的關繫,併結閤平均隊長、利用率等繫統性能指標,識彆齣製約飛機多機種(型)齣動架次率提高的因素。最後通過矇特卡洛倣真對構建的迴收網絡模型的計算結果進行驗證。驗證結果錶明,飛機多機種(型)齣動網絡模型及其算法適閤應用于實踐中,併且有助于對空軍場站飛機多機種(型)齣動能力的研究。
비궤다궤충출동가차솔시형량비궤작전효능적중요지표,본문대공군장참군용비궤다궤충(형)출동가차솔진행료연구。통과대비궤출동회수과정적묘술,기우배대이론건립다복무기다복무솔적비궤다궤충(형)출동회수망락모형,병채용확전후적평균치분석대비궤출동능력진행료구해。통과해석계산,급출비궤다궤충(형)출동가차솔곡선,분석가차솔여비궤수량지간적관계,병결합평균대장、이용솔등계통성능지표,식별출제약비궤다궤충(형)출동가차솔제고적인소。최후통과몽특잡락방진대구건적회수망락모형적계산결과진행험증。험증결과표명,비궤다궤충(형)출동망락모형급기산법괄합응용우실천중,병차유조우대공군장참비궤다궤충(형)출동능력적연구。
The sortie generation rate of multi-types military aircraft is one of the important indicators to measure aircraft combat effectiveness of air force air-station. This paper researches the sortie generation rate of multi-types military aircraft further. According to the process description of the aircraft sortie generation cycle, and on the basis of the queueing network, a closed queueing network model of the sortie generation cycle with multiple server FCFS service centers and multiple constant unit rate servers is set up. The sortie generation rate model of multi-types military aircraft is calculated by the extended mean value analysis. In terms of the analytic calculation, the sortie generation rate curve is worked out and the relationship between the sortie generation rate and the quantity of aircraft is analyzed. Combining with the performance measures including the mean queue length, resource utilizations and so on, the bottleneck factors are identified in increasing the sortie generation rate. At last, the calculated results from the closed queueing network model are proved by Monte Carlo simulation. Therefore the closed queueing network model and algorithm of the sortie generation cycle can be applied into the practice, and be helpful for the research on the sortie generation rate of multi-types aircraft.