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1996年9月27日,两个工业小组向美国海军战区防空计划执行办公室递交了有关舰载先进综合电子战系统(AIEWS)的最终研究合同,研究结果到手后,美国海军将使AIEWS在1997年进入工程与制造研制(EMD)阶段.这两份价值7.5万美元的研究合同发布于1995年12月,合同规定两个工业小组要确定关键威胁并给AIEWS确定作战系统要求.AIEWS是海军为将来的和现有水面舰只酝酿已久的下一代电子战系统.海军还特别要求要对AIEWS关键的ES和EA子系统的下述方面进行全面审查,包括:有希望的系统和子系统概念的建议和技术要求,造价、性能和进度风险,以及一个分阶段的研制计划.这两个工业小组的牵头公司分别为休斯雷达与通信系统公司(包括ITT航空电子设备公司、特拉科/AEL和洛克希德马丁战术数据系统公司)和洛克希德马丁海洋、雷达与传感器系统公司(包括桑德斯公司、利顿阿麦康与计算机科学公司).研究结果仍然由海军牢牢掌握,海军再根据这些研究结果草拟一份请求建议草案.据悉,报告中罗列了许多可行的能力:先进接收机技术,包括信道化接收机和特殊辐射源识别;为提高辐射源定位精度的精确到达角测量;远距离态势了解与增强的战斗识别能力;新型射频干扰子系统;以及“创新的”红外对抗措施.其中的某些能力将从几个并行的研制
On September 27, 1996, two industrial groups submitted a final research contract to the Executive Office of the US Naval Theater Air Defense Program about the Advanced Integrated Electronic Warfare System (AIEWS) on board the ship. After the results of the study were reached, the U.S. Navy will bring AIEWS into operation in 1997 Entered the engineering and manufacturing development (EMD) phase of the two $ 75,000 worth of research contracts issued in December 1995, the contract provides that the two industrial groups to determine the key threats and to determine AIEWS operational system requirements.AIEWS is the Navy for the future And the next generation of electronic warfare systems that have been brewing for long periods on existing surface ships and the Navy has specifically called for a comprehensive review of the following aspects of the AIEWS critical ES and EA subsystems including: promising system and subsystem concepts; Technical requirements, cost, performance and schedule risk, and a phased development plan led by two industrial groups, Hughes Radar and Communications Systems Inc (including ITT Avionics, Traktor / AEL and Locke Sidd Martin Tactical Data Systems) and Lockheed Martin Marine, Radar and Sensor Systems Inc (including Sanders, Eaton, Acomcon) Machine science company.) The results are still firmly in the hands of the Navy, and the Navy drafts a request for proposals on the basis of these findings. It is reported that the report lists many viable capabilities: advanced receiver technology including channelized receivers and special Radiation Source Identification; Accurate Angle of Arrival Measurement to Improve Radiation Source Positioning Accuracy; Long Range Situation Understanding and Enhanced Combat Identification Capability; New RF Interference Subsystem; and “Innovative” Infrared Countermeasure Some of these capabilities will range from a few A parallel development