Abstract LTE is a widely used 4G technology defined by 3GPP, capable of realizing Broadband Wireless Access services. The benefits of LTE technology are that it provides same time voice, data and video services on many networks. It uses the handover procedures to ensure uninterrupted delivery of the services in time. We now consider a simulation framework for the realization of... LTE is a widely used 4G technology defined by 3GPP, capable of realizing Broadband Wireless Access services. The benefits of LTE technology are that it provides same time voice, data and video services on many networks. It uses the handover procedures to ensure uninterrupted delivery of the services in time. We now consider a simulation framework for the realization of handover procedure for LTE technology and provide importance to packets. Read More Read Less

Abstract The signals emanating from external sources and individual users tend to interrupt the wireless signals among users and wireless stations. In most cases, the interfering transmitters are not clear and hence, people study this kind of phenomenon. In this work we use a wireless fading channel where useful signal is subject to a-k-u multipath fading, and co- channel a-k-u... The signals emanating from external sources and individual users tend to interrupt the wireless signals among users and wireless stations. In most cases, the interfering transmitters are not clear and hence, people study this kind of phenomenon. In this work we use a wireless fading channel where useful signal is subject to a-k-u multipath fading, and co- channel a-k-u multipath fading. The communication channel we used is addressed using a random process. Since the interference is significant wireless networks, the channel model ignores influence of receiver noise on the system performance. Finally, we analyse the influence of a-k-u multipath fading severity and nonlinearity parameters. Read More Read Less

Abstract We in this paper have provided 6LoWPAN architecture and description of various routing protocols. We have analyzed various routing requirements in the 6LoWPAN networks and also tried to understand the architecture. We have also tried to classify the routing protocols in the 6LoWPAN network and we found that four main groups of protocol could be formulated.... We in this paper have provided 6LoWPAN architecture and description of various routing protocols. We have analyzed various routing requirements in the 6LoWPAN networks and also tried to understand the architecture. We have also tried to classify the routing protocols in the 6LoWPAN network and we found that four main groups of protocol could be formulated. Read More Read Less