HYBRID-D2D-MIMO (HDM) Network Architecture and Hybrid Data Distributing Strategy (HDDS)

With the advent of the 5G, the data transmission has begun moving toward a high data volume transfer and a low delay rate, making the related technologies and applications of IoT possible to increase. The new operating system (OS) and IoT information service system (ISS) that carry the future massive terminal devices have become a hot topic for researchers. In addition, as the key technology of the system architecture, the information service network (ISN) architecture and data transferring strategy (DTS) can determine the performance of the system. Based on the research of hybrid development technology and DSP heterogeneous information processing system, this paper proposes a HYBRID-D2D-MIMO (HDM) network architecture and hybrid data distributing strategy (HDDS) based on the high efficient DSP of HDDS in hybrid technology. The ISN and related DDS have the function to integrate into the Internet application ecosystem, and to simplify the operation of terminal device access to the network and to improve information transmission efficiency. The experimental results show that the data indicators perform well after combining with the HDM+HDDS, and the system has value for research and utilization.