共查询到20条相似文献,搜索用时 125 毫秒
1.
装备综合保障是为解决主装备及其保障系统同步建设、确保装备部署后尽快形成战斗力而开展的一项管理与技术活动。随着新机研制的日益复杂化,其地位和作用越来越突出,已成为确保新机战斗力尽快生成的关键。美军F/A-22战机在立项论证阶段就将保障性及保障系统作为整个系统的重要部分开始考虑,更说明了综合保障工程在现代武器装备寿命周期中具有重要的地位和作用。 相似文献
2.
阐述了美军装备维护保障的要求,介绍了美军综合保障系统的发展现状,并详细讨论了综合保障系统的发展趋势和关键技术。 相似文献
3.
装备虚拟保障系统的概念及其技术框架 总被引:1,自引:0,他引:1
针对传统的装备保障系统仿真存在的不足,在理解保障系统的物理意义的基础上提出了虚拟保障系统的概念,分析了虚拟保障系统的特点和优点,提出了虚拟保障系统的技术框架,其主要包括保障对象建模、系统任务建模、保障系统建模、离散事件仿真和可视化仿真。在建模过程中考虑了实体的三维模型,包括保障对象和保障系统中的资源实体,构建了保障任务的虚拟设计环境。最后讨论了虚拟保障系统的运行与评价方法,可在装备的研制阶段和使用阶段为保障系统的设计、分析和评价提供技术手段。 相似文献
4.
基于SCM的装备保障系统体系结构研究 总被引:5,自引:4,他引:1
针对装备保障存在着物资供应管理中常见的“牛鞭效应”而严重制约装备保障效能发挥的现象,着重分析了基于供应链管理的装备保障系统的信息流.研究并提出了基于供应链管理的装备保障系统的体系结构。 相似文献
5.
6.
以战备完好性为中心的维修管理 总被引:1,自引:1,他引:0
王立群 《航空标准化与质量》2000,(5):37-40
阐述了以战备完好性为中心的维修管理的涵义 :在装备系统的全寿命中以系统工程的方法优化维修 ,确保装备具有良好的保障特性与保障系统 ,力争维修的高效 ,使能以最少的全寿命费用达到所要求的战备完好性。其要点包括 :确保装备具有良好的保障特性和保障系统 ,提出了于监控对装备进行健壮设计的同时 ,同步进行工艺与硬件设计、改装预案设计 ,贯彻以可靠性为中心的维修等。 相似文献
7.
8.
介绍了国内外装备保障性及维修保障能力评估方法研究现状;依据全面性、合理性、科学性原则,建立了军用飞机系统维修保障能力评估指标体系;应用基于层次分析法(AHP)的模糊多级综合评判方法,建立了评判模型,对两型飞机实施其维修保障方案时维修保障系统的能力进行了评估。结果表明,应用该方法解决保障系统维修保障能力评估问题具有较好的准确性和有效性。 相似文献
9.
装备保障信息化是部队战斗力的重要因素之一。以直升机交互式电子维修保障系统为例,介绍了IETM技术在直升机维修保障领域的应用。 相似文献
10.
11.
12.
牛惊雷 《郑州航空工业管理学院学报(管理科学版)》2014,(1):103-107
战勤保障作为经济基础与灭火救援部队之间的桥梁,其能力水平的高低直接关系着灭火救援成败。而战勤保障各分队的协同作战是现场保障主要形式。协同作战要求各协同要素按照一定的方式相互作用、协调配合,避免内耗,提高要素协同作战效能,产生互补效应,从而实现战勤保障系统的整体协同效应。 相似文献
13.
Logistics support of a long duration space station will dictate a high degree of space flight activity to rotate personnel and transport supplies and equipment. Systems characteristics and mission requirements for space station logistics have been analyzed within the context of a broad spectrum of space missions. Preliminary concepts for a space shuttle system (space transportation) have been developed. This system can support not only a space station program, but a wide variety of space missions for both NASA and the DOD. 相似文献
14.
15.
"一带一路"背景下工程物流企业面临的最大挑战是如何提升自身的物流服务水平,而物流服务水平的提升离不开持续的物流服务创新.基于TRIZ理论及服务蓝图法等构建国际工程物流服务创新模型,借助服务蓝图工具描绘国际工程物流的服务流程.针对工程物流服务流程中存在的冲突及矛盾,运用服务冲突矩阵和TRIZ理论的创新原理对其进行改进,从... 相似文献
16.
随着科学技术的飞速发展,信息化支持下的体系作战将是未来战争的一种主要样式,"基于感知-判断-决策-行动(OODA)以快吃慢"成为未来战争的重要制胜机理。由于战场环境日趋复杂、对抗多域多维,从战场态势到作战策略的映射关系复杂,给OODA环快速解算带来了新的挑战。为确保OODA环解算满足任务需求,将人工智能(AI)技术赋能OODA各环节,驱动各环节高效运行,缩短环路解算时间,为打赢战争提供关键支撑。首先综述了人工智能在军事领域的应用进展,分析了导弹OODA智能化赋能面临的挑战,初步提出了智能赋能OODA环涉及的相关技术的思考,以支撑导弹智能化的发展。 相似文献
17.
Hamlen R.P. Christopher H.A. Gilman S. 《Aerospace and Electronic Systems Magazine, IEEE》1995,10(6):30-33
The purpose of this paper is to describe the needs of the U.S. Army for silent portable power sources, both in the near and longer term future. As a means of doing this, the programs of the Power Sources Division of the Army Research Laboratory are discussed. In carrying out these programs, the personnel of the Power Sources Division work closely with the Battery Management Office of the Army Materiel Command, which is located in the Logistics and Readiness Directorate of the Communication-Electronics Command (CECOM). We are also closely integrated with the Army Research Office, and the fuel cell personnel of the CECOM Research Development and Engineering Center (RDEC), and the battery personnel of the RDECs for the Tank and Automotive Command and the Missile Command. The six program areas discussed in which the Power Sources Division is engaged are: primary batteries, rechargeable batteries, reserve/fuze batteries, pulse batteries and capacitors, fuel cells, and thermophotovoltaic power generation 相似文献
18.
This project is to demonstrate and refine a computer programming concept known as Generalized Data Management as exemplified by the Advanced Data Management (ADAM) System developed by the MITRE Corporation for the Electronic Systems Division/MITRE Systems Design Laboratory. ADAM is designed to provide generalized routines for functions common to a large class of command and management problems. Although earlier implementations of the Generalized Data Management concept have been demonstrated, ADAM has not been demonstrated in an operational application. The Air Force Logistics Command has provided an application (Category I and IIR Consumption Item Requirements Computation System) with which to test ADAM. The Requirements System provides Logistics Command managers with information concerning stock items to buy, procurement contracts to terminate, items to repair, and budgets. ADAM implementation will provide an on-line real-time information system; the present Requirements System operates in a non-real-time batch processing mode. The usefulness of providing an on-line system, which can be easily modified, will be evaluated. 相似文献
19.
时间应用的广泛性以及授时战的提出,使国家更加重视授时服务体系的完备性以及灵活性。为顺应授时战要求,从我国整体授时体系出发,简单介绍授时系统的工作原理,从多方面对比各类授时系统;主要分析了我国陆基无线电授时系统的发播程序以及信号格式等,对BPM短波呼号以及时码结构进行补充与修正,并讲解对陆基无线电授时信号的解算过程,利用实际试验验证解算方法的可行性;最后根据我国目前授时体系的现状以及授时战的要求,给出应对授时战的技术路线,对未来我国授时体系发展方向提出建议。 相似文献
20.
The proposed KAAD (knowledge-based automated air defense) system demonstrates a man-machine environment for airspace defense systems. When the unknown aircraft is hostile, a threat rating and response methods are generated by the system. It serves as a double-check decision-making system for a war control center. In addition to this application, the KAAD system can also be a useful tool as a training program for the war controller. The capabilities of the system are limited due to the shortage of knowledge resources. It requires communications among war controllers and air fighter pilots to organize a practical knowledge base. It is shown that the KAAD system can be combined with an automated ATC (air traffic control) system to become a practical system for air defense applications 相似文献