Qatar Mobility Innovation Center (QMIC), Doha, Qatar;
access protocols; body sensor networks; error statistics; mobile radio; performance evaluation; personal area networks; radio links; BER computation; IEEE 802.15.6; LOS; MAC protocol; NLOS; PER computation; SNR calculation; bit error rate; channel models; dynamic distances; intra-body communication; line of sight; mobility enhancement; nonline of sight; packet error rate; pathloss model; performance evaluation; physical layer parameters; radio link modeling; real-time motion capture trace; signal to noise ratio; space-time;
机译:高移动性干扰场景的混合IEEE 802.15.6无线人体局域网干扰缓解模型
机译:IEEE 802.15.6可穿戴无线传感器网络中最佳MAC参数调整的策略
机译:基于高移动性的IEEE 802.15.6无线人体局域网的自适应簇头选择方案
机译:使用时空相关无线电链路模型的可穿戴人体传感器网络的IEEE 802.15.6 MAC性能评估
机译:IEEE 802.15.6无线人体局域网的基于动态Eap的媒体访问控制协议
机译:无线体域网中启用信标的IEEE 802.15.6 MAC协议中RTS / CTS方案的性能评估
机译:Hybrid IEEE 802.15.6无线体积网络高移动性干扰场景的干扰缓解模型