In this paper, we study some new systems of generalized quasi-variational inclusion problems in FC-spaces without convexity structure.By applying an existence theorem of maximal elements of set-valued mappings due to ...In this paper, we study some new systems of generalized quasi-variational inclusion problems in FC-spaces without convexity structure.By applying an existence theorem of maximal elements of set-valued mappings due to the author, some new existence theorems of solutions for the systems of generalized quasi-variational inclusion problems are proved in noncompact FC-spaces. As applications, some existence results of solutions for the system of quasi-optimization problems and mathematical programs with the systems of generalized quasi-variational inclusion constraints are obtained in FC-spaces.展开更多
随着航天器数目的增加,仅利用传统的地基测控与通信(Tracking,Telemetry and Command,TT&C)网对成百上千卫星火箭等航天器目标同时进行跟踪测量,将面临测控资源紧缺的难题,无法满足高精度导航的需求,而扩充地基测控资源的建设和维...随着航天器数目的增加,仅利用传统的地基测控与通信(Tracking,Telemetry and Command,TT&C)网对成百上千卫星火箭等航天器目标同时进行跟踪测量,将面临测控资源紧缺的难题,无法满足高精度导航的需求,而扩充地基测控资源的建设和维护成本又非常高。全球卫星导航系统(Global Navigation Satellite System,GNSS)通过提供高精度定位、导航和授时(Positioning Navigation and Timing,PNT)服务,已成为航天测控不可或缺的技术手段,作为地基测控网的有益补充,可以在不大幅增加任务成本的前提下,进一步提升空间飞行器导航的可靠性和精度。探讨了GNSS在航天测控系统中的应用,分析了其面临的机遇与挑战。梳理了GNSS在近地空间航天器测控、地月空间及深远空间航天器测控和地面测控站中的应用进展情况。进一步提出了GNSS支持航天测控领域的重点难点和关键技术,包括时空基准传递和统一技术、高灵敏度接收机和高增益天线技术、海量多源异构数据弹性自适应融合处理技术等,并给出了相应的启示和建议,为GNSS在航天测控领域的进一步开发利用提供了参考。展开更多
基金supported by the Scientific Research Fun of Sichuan Normal University(09ZDL04)the Sichuan Province Leading Academic Discipline Project(SZD0406)
文摘In this paper, we study some new systems of generalized quasi-variational inclusion problems in FC-spaces without convexity structure.By applying an existence theorem of maximal elements of set-valued mappings due to the author, some new existence theorems of solutions for the systems of generalized quasi-variational inclusion problems are proved in noncompact FC-spaces. As applications, some existence results of solutions for the system of quasi-optimization problems and mathematical programs with the systems of generalized quasi-variational inclusion constraints are obtained in FC-spaces.
文摘随着航天器数目的增加,仅利用传统的地基测控与通信(Tracking,Telemetry and Command,TT&C)网对成百上千卫星火箭等航天器目标同时进行跟踪测量,将面临测控资源紧缺的难题,无法满足高精度导航的需求,而扩充地基测控资源的建设和维护成本又非常高。全球卫星导航系统(Global Navigation Satellite System,GNSS)通过提供高精度定位、导航和授时(Positioning Navigation and Timing,PNT)服务,已成为航天测控不可或缺的技术手段,作为地基测控网的有益补充,可以在不大幅增加任务成本的前提下,进一步提升空间飞行器导航的可靠性和精度。探讨了GNSS在航天测控系统中的应用,分析了其面临的机遇与挑战。梳理了GNSS在近地空间航天器测控、地月空间及深远空间航天器测控和地面测控站中的应用进展情况。进一步提出了GNSS支持航天测控领域的重点难点和关键技术,包括时空基准传递和统一技术、高灵敏度接收机和高增益天线技术、海量多源异构数据弹性自适应融合处理技术等,并给出了相应的启示和建议,为GNSS在航天测控领域的进一步开发利用提供了参考。
