《航空与军事装备情报文献》1985年6月20日报道:据西门子公司透露,西德计划总共采购115套“罗兰特”系统,以加强阵地防御,其中95套用来保卫美国空军和西德空军所属的机场,另外20套则用来保卫属于联邦德国海军的机场。为了使罗兰特系统...《航空与军事装备情报文献》1985年6月20日报道:据西门子公司透露,西德计划总共采购115套“罗兰特”系统,以加强阵地防御,其中95套用来保卫美国空军和西德空军所属的机场,另外20套则用来保卫属于联邦德国海军的机场。为了使罗兰特系统能达到最佳部署,每个防御阵地将另外配备一个罗兰特 AA 拦截控制站(FRG)。FRG 的主要任务是:1.搜索空中情况;2.标示空中情况;3.作战行动:1)确定防御形势;2)分析威胁性质;展开更多
Natural disaster or large-scale unexpected events easily make the terrestrial network overloaded,paralyzed, or totally destroyed. It is highly demanded to build an emergency network which can be deployed rapidly, offe...Natural disaster or large-scale unexpected events easily make the terrestrial network overloaded,paralyzed, or totally destroyed. It is highly demanded to build an emergency network which can be deployed rapidly, offer high data rate and wide coverage. The emergence of aerial platforms especially the low altitude platforms(LAPs) indicates a stable and reliable direction for the development of emergency network. Hybrid satellite-aerial-terrestrial(HSAT) networks have the ability to provide effective services rather than traditional infrastructures during the emergency situation. In this paper, the aerial platforms and the HSAT networks are surveyed and the key technologies are discussed from several aspects. The challenges of the HSAT networks are also outlined finally.展开更多
文摘《航空与军事装备情报文献》1985年6月20日报道:据西门子公司透露,西德计划总共采购115套“罗兰特”系统,以加强阵地防御,其中95套用来保卫美国空军和西德空军所属的机场,另外20套则用来保卫属于联邦德国海军的机场。为了使罗兰特系统能达到最佳部署,每个防御阵地将另外配备一个罗兰特 AA 拦截控制站(FRG)。FRG 的主要任务是:1.搜索空中情况;2.标示空中情况;3.作战行动:1)确定防御形势;2)分析威胁性质;
基金supported by the National 863 Project under Grant No.2015AA015701National Nature Science Foundation of China under Grant No. 61421061
文摘Natural disaster or large-scale unexpected events easily make the terrestrial network overloaded,paralyzed, or totally destroyed. It is highly demanded to build an emergency network which can be deployed rapidly, offer high data rate and wide coverage. The emergence of aerial platforms especially the low altitude platforms(LAPs) indicates a stable and reliable direction for the development of emergency network. Hybrid satellite-aerial-terrestrial(HSAT) networks have the ability to provide effective services rather than traditional infrastructures during the emergency situation. In this paper, the aerial platforms and the HSAT networks are surveyed and the key technologies are discussed from several aspects. The challenges of the HSAT networks are also outlined finally.
