Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  propose a smart compilation chain in which the compiler is no longer limited by a pre-defined instruction set, but can generate application-specific custom instructions and synthesise them in Field-Programmable Logic.  also present a RISC micro-architecture enhanced by a CPLD-based Reconfigurable Functional Unit (RFU) which supports our compiler approach. The main difference beten our smart compiler and similar methods is the ability to encode multiple custom instructions in a single RFU configuration, cross-minimising the logic among them. The objective is to reduce (or eliminate) the reconfiguration overhead and optimise the utilisation of resources. The CPLD core that implements the RFU is based on the Philips XPLA2 architecture.  discuss the advantages of using the XPLA2 instead of conventional FPGAs. Application examples are also presented, which show that our RFU-extended CPU can achieve speed-ups of more than 40% for encryption algorithms, when compared to the standard CPU core alone.
['Bernardo Kastrup', 'A. Bink', 'Jan Hoogerbrugge']
I am writing a research paper on a idea ConCISe: a compiler-driven CPLD-based instruction set accelerator
[{"from": "human", "value": "I am writing a research paper on a idea ConCISe: a compiler-driven CPLD-based instruction set accelerator"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  propose a smart compilation chain in which the compiler is no longer limited by a pre-defined instruction set, but can generate application-specific custom instructions and synthesise them in Field-Programmable Logic.  also present a RISC micro-architecture enhanced by a CPLD-based Reconfigurable Functional Unit (RFU) which supports our compiler approach. The main difference beten our smart compiler and similar methods is the ability to encode multiple custom instructions in a single RFU configuration, cross-minimising the logic among them. The objective is to reduce (or eliminate) the reconfiguration overhead and optimise the utilisation of resources. The CPLD core that implements the RFU is based on the Philips XPLA2 architecture.  discuss the advantages of using the XPLA2 instead of conventional FPGAs. Application examples are also presented, which show that our RFU-extended CPU can achieve speed-ups of more than 40% for encryption algorithms, when compared to the standard CPU core alone."}]