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TACTICAL UNMANNED GROUND VEHICLE (TUGV)

机译:战术无人机(Tugv)

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The TUGV program is built upon a solid technology base which can be traced back to the early 1980's. Milestone I documentation is complete and is awaiting a formal Milestone I review. The ORD has been staffed and is at TRADOC headquarters awaiting approval. The COEA has been approved. A DEM/VAL phase is tentatively scheduled to begin summer 1995. The products of the DEM/VAL phase of the program will be a focusing of the broad requirements into A-level system performance specification which will tend to eliminate unfruitful system concepts and validate the best technical approach. The result of a definitive best technical approach will also serve to lay the foundation for cost realism and a revised baseline cost estimate. As we progress towards delivery of first generation TUGVs for production, we fully recognize that technology will continue to evolve. In order to capture this technology, the Advanced Research Projects Agency (ARPA) continues to push advanced technology for future insertion into the TUGV system. Thus, we envision a requirement to modernize our fielded systems much like we do today for our tanks. Some current technologies being investigated by ARPA that have potential TUGV applications are navigation methods/algorithms, computer aided driving, obstacle avoidance and detection techniques, automatic target detection/recognition, mission planning, stereo FLIR, digital map, multi-sensor fusion, RSTA on the move, and satellite communication data link exchange and control.
机译:TuGV程序建立在稳固的技术基础上,可以追溯到20世纪80年代初。我记录的里程碑完整,正在等待我审查的正式里程碑。 ord已经有人人员,正在等待批准的Tradoc总部。冰淇淋已获批准。 DEM / VAL阶段暂时预定于1995年夏季开始。该计划的DEM / VAL阶段的产品将把广泛要求的重点关注,进入A级系统性能规范,这将倾向于消除未核系统概念并验证最好的技术方法。最终最佳技术方法的结果也将用于为成本现实主义和修订的基线成本估算奠定基础。随着我们走向第一代TuGV的生产,我们充分认识到技术将继续发展。为了捕捉这项技术,先进的研究项目机构(ARPA)继续推动先进技术,以便将来插入TUGV系统。因此,我们设想了要求尽可能多地为我们的坦克做出现代系统的现代化。由ARPA调查的一些目前的技术,具有潜在的TuGV应用是导航方法/算法,计算机辅助驾驶,障碍物避免和检测技术,自动目标检测/识别,任务规划,立体声FLIR,数字地图,多传感器融合,RSTA移动,卫星通信数据链路交换和控制。

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