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NASA Operational Simulator (NOS) for VV of Complex Systems

机译:用于复杂系统V&V的NASA操作模拟器(NOS)

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This paper describes the development, capabilities and utility of the NASA Operational Simulator (NOS), a generic software-only simulation architecture developed for NASA missions. NOS was developed by the NASA's Independent Verification and Validation (IV&V) Independent Test Capability (ITC) team and is primarily utilized by software developers and (independent) testers to verify the functionality of a spacecraft's flight software from a system-wide perspective. NOS was initially developed in support of a software-only simulator for the Global Precipitation Measurement (GPM) mission to support verification and validation activities for NASA's IV&V Program. Due to the successes of the GPM simulator (GO-SIM), the NOS architecture is being reused to develop a simulation environment in support of the James Webb Space Telescope (JWST). While NOS has primarily been utilized on NASA missions, its generic architecture can be easily applied across domains to support V&V of complex systems.
机译:本文介绍了NASA作战模拟器(NOS)的开发,功能和实用程序,这是一种为NASA任务开发的仅软件通用的模拟架构。 NOS由NASA的独立验证和验证(IV&V)独立测试能力(ITC)团队开发,主要由软件开发人员和(独立)测试人员用来从整个系统的角度验证航天器飞行软件的功能。 NOS最初是为了支持全球降水测量(GPM)任务的纯软件模拟器而开发的,以支持NASA IV&V计划的验证和确认活动。由于GPM仿真器(GO-SIM)的成功,NOS体系结构被重用于开发仿真环境,以支持James Webb空间望远镜(JWST)。尽管NOS主要用于NASA任务,但其通用架构可以轻松地跨域应用,以支持复杂系统的V&V。

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