Dept. of Electr. Eng., Univ. of South Florida, Tampa, FL, USA;
cellular radio; cognitive radio; disasters; emergency services; error statistics; floods; radio networks; radiofrequency interference; signal detection; RSS-based location awareness; detection error rate; emergency case; environment-based service; first responder location estimation; frequency spectrum; intelligence feature; interoperability aspect; learning feature; location sensing method; natural disasters; noise floor estimation procedure; public safety cognitive radio technology; public safety communication; robu;
机译:认知无线电网络的能量感知频谱决策框架:具有能量感知的认知无线电网络频谱决策框架
机译:在认知无线电IOT系统中使用基于空间调制的位置感知波束成形避免干扰
机译:多用户认知无线电系统的资源分配策略:位置感知频谱访问
机译:基于RSS的公共安全认知收音机的位置意识
机译:位置感知认知无线电网络中的资源管理。
机译:工业多无线电环境中自主车辆的位置感知切换的可行性
机译:关于地点感知公共安全认知收音机的宽带感应和方向的框架