Using System Generator and Simulink , you can create a seamless simulation - to - implementation FPGA design flow
نویسنده
چکیده
GSM (Global System for Mobile) is the most widely-used cellular phone technology. Having begun mostly as a European standard, it has spread throughout the world to become ubiquitous. GSM was one of the first digital cellular systems, and as such, represented another level of magnitude in terms of complexity, with support for growth features such as GPRS (General Packet Radio Service), which provides data capabilities to GSM phones. In this context, designing a GSM system is a complex task and could benefit from advanced design flow techniques where initial system simulation phases can be seamlessly carried over to the implementation phases. In this article, we’ll describe such a design flow for GSM development, starting from research and model simulation/implementation in The MathWorks MATLABTM to FPGA implementation through simulation phases in The MathWorks SimulinkTM and Xilinx® System Generator.
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