3 D NoC Wireless Nano-Sensor Network Modeling
Khaldia Benahmed, Mostefa Belarbi · International Journal of Reconfigurable and Embedded Systems (IJRES) · 2021
The domain of generations of wireless networks is becoming more and more demanding in terms of response time the communication rate by cause of the convergence of data and see and the interoperability of the applications. Moreover, this convergence makes prototyping very slow and expensive. We propose specific context which consists of architecture of interference cancellation algorithms for cellular communications in existing hardware platforms based on FPGA-type commercial processors and proposing architectures optimized for implementation of MIMO-OFDM receivers using software / hardware co-design. Therefore we suggest several 3D NoC layers which may integrate different technologies of devices. The proposed architecture is based on the Router adopting a routing algorithm and allowing to carry the information packets generated by the antenna blocks. The domain of generations of wireless networks is becoming more and more demanding in terms of response time the communication rate by cause of the convergence of data and see and the interoperability of the applications. Moreover, this convergence makes prototyping very slow and expensive. We propose specific context which consists of architecture of interference cancellation algorithms for cellular communications in existing hardware platforms based on FPGA-type commercial processors and proposing architectures optimized for implementation of MIMO-OFDM receivers using software / hardware co-design. Therefore we suggest several 3D NoC layers which may integrate different technologies of devices. The proposed architecture is based on the Router adopting a routing algorithm and allowing to carry the information packets generated by the antenna blocks.