兵工自动化
兵工自動化
병공자동화
ORDNANCE INDUSTRY AUTOMATION
2014年
2期
43-46
,共4页
张会奇%陈春良%毕占东%刘峻岩%张咏清
張會奇%陳春良%畢佔東%劉峻巖%張詠清
장회기%진춘량%필점동%류준암%장영청
面向任务%装甲装备%主动式保障%HTPN%过程建模
麵嚮任務%裝甲裝備%主動式保障%HTPN%過程建模
면향임무%장갑장비%주동식보장%HTPN%과정건모
mission faced%armored equipment%autonomic logistics%HTPN%process modeling
为实现装甲装备主动式保障、促进装甲装备保障模式转变,对面向任务的装甲装备主动式保障系统进行建模。应用UML用例图构建装甲装备主动式保障系统概念模型,分析面向任务的装甲装备主动式保障过程,得到面向任务的装甲装备主动式保障的主要活动及其时序关系;应用 HTPN 建模方法,构建面向任务的主动式保障过程逻辑时序模型,通过对模型输入数据测算,得到面向任务的装甲装备主动式保障过程时效性指标,并进行实例分析。分析结果证明:该模型能得到某型装甲车辆驾驶训练任务主动式保障过程时效性指标,为定量研究装备主动式保障提供了有效方法。
為實現裝甲裝備主動式保障、促進裝甲裝備保障模式轉變,對麵嚮任務的裝甲裝備主動式保障繫統進行建模。應用UML用例圖構建裝甲裝備主動式保障繫統概唸模型,分析麵嚮任務的裝甲裝備主動式保障過程,得到麵嚮任務的裝甲裝備主動式保障的主要活動及其時序關繫;應用 HTPN 建模方法,構建麵嚮任務的主動式保障過程邏輯時序模型,通過對模型輸入數據測算,得到麵嚮任務的裝甲裝備主動式保障過程時效性指標,併進行實例分析。分析結果證明:該模型能得到某型裝甲車輛駕駛訓練任務主動式保障過程時效性指標,為定量研究裝備主動式保障提供瞭有效方法。
위실현장갑장비주동식보장、촉진장갑장비보장모식전변,대면향임무적장갑장비주동식보장계통진행건모。응용UML용례도구건장갑장비주동식보장계통개념모형,분석면향임무적장갑장비주동식보장과정,득도면향임무적장갑장비주동식보장적주요활동급기시서관계;응용 HTPN 건모방법,구건면향임무적주동식보장과정라집시서모형,통과대모형수입수거측산,득도면향임무적장갑장비주동식보장과정시효성지표,병진행실례분석。분석결과증명:해모형능득도모형장갑차량가사훈련임무주동식보장과정시효성지표,위정량연구장비주동식보장제공료유효방법。
In order to realize armored equipment autonomic logistics and advance the transformation of the armored equipment support mode, the models of the armored equipment autonomic logistic system mission faced are established. The conception model of the armored equipment autonomic logistics system is constructed applying the UML using case chart, and the process of the armored equipment autonomic logistics is analyzed, got the main activities as well as the sequence relation of the armored equipment autonomic logistics mission faced. Applying the HTPN modeling method, the logic and sequence model of the armored equipment autonomic logistics process mission faced is established. By means of calculating the input data of the model, the time indexes of the armored equipment autonomic logistics process mission faced are gained, and the analysis of the instance is given. The analysis result proves that the model could be used for the calculation of the armored vehicle driving training mission autonomic logistics process time indexes, which provides an available method for researching the armored equipment autonomic logistics process.