The Design and Development of Wireless Communication System through FPGA and DSP

Abstract

In this article, there has been provide a practical way for developing and implementing real-time embedded systems using the Specification and Description Language (SDL) in this work, and how to create a companion kernel for an SDL-based Design Tool (SDT) CASE tool setup in order to develop real-time OS-based pSOS multi-tasking program application by using pre-defined mapping translation rules. Because SDL is a systematic design and portrayal dialect, it may be used in conjunction with the CASE environment's SDT functionality to analyze, simulate, verify, and validate the primary components of a system at an early stage in the development process. The target run-time environment preserves the concurrency caused by numerous concurrent state machines in a system. Because the SDL system uses message-passing, creating a distributed version is relatively simple. At last exhibited the results acquired from pSOS implementation of an SDL approach to emphasize the proposed method without drastically compromising memory and response time (speed). One of the most significant advancements in wireless telecommunication is the creation of privacy barriers among wireless devices. Bluetooth is a narrow, low-power connectivity system that allows gadgets to communicate with each other. With a flexibly configurable circuit stack, this study describes the construction of encrypted wireless networking interfaces (FPGA). This modern security principle set up a safe information delivery method (AES).The suggested approach has been developed and exhibited employing the security codes and their working procedures by providing adaptive security solutions in communication systems by utilizing physical layer security from many perspectives; the suggested technique would enable complete security to assure robust and dependable communication in the presence of attackers.