Abstract This paper describes a compiler which converts from Verilog to C. The output is then compiled to machine native code and tends to execute faster than native mode Verilog simulation because the compiler preserves only the synthesis semantics, not the simulation semantics, of Verilog and also performs logic minimisation. Busses of up to 32 or 64 bits can be modelled as C integers whereas larger busses are automatically split. We describe the motivation, method and quality of the results
Using only the internal program and data memory of a microcontroller can save large costs in embedde...
Until today every compiler has been developed by the idea to modify source code in such a way the ha...
There is today an ever-increasing demand for more computational power coupled with a desire to minim...
We present v2c, a tool for translating Verilog to C. The tool accepts synthesizable Verilog as input...
We present v2c, a tool for translating Verilog to C. The tool accepts synthesizable Verilog as input...
MANY TECHNIQUES for synthesizing digital hardware from C-like languages have been proposed, but none...
Abstract—While FPGA-based hardware accelerators have repeatedly been demonstrated as a viable option...
A common approach to decreasing embedded application execution time is creating a homogeneous parall...
A common approach to decreasing embedded application execution time is creating a homogeneous parall...
The next decade of computing will be dominated by embedded systems, information appliances and appli...
We explain how programs specified in a sequential programming language can be translated automatical...
Abstract—While FPGA-based hardware accelerators have re-peatedly been demonstrated as a viable optio...
Designs are becoming bigger in size, faster in speed and larger in complexity with the emergence of ...
There is currently no big link between creation of compilers and processor design and their instruct...
software co-design The Streams-C compiler ([5]) synthesizes hardware cir-cuits for recongurable FPGA...
Using only the internal program and data memory of a microcontroller can save large costs in embedde...
Until today every compiler has been developed by the idea to modify source code in such a way the ha...
There is today an ever-increasing demand for more computational power coupled with a desire to minim...
We present v2c, a tool for translating Verilog to C. The tool accepts synthesizable Verilog as input...
We present v2c, a tool for translating Verilog to C. The tool accepts synthesizable Verilog as input...
MANY TECHNIQUES for synthesizing digital hardware from C-like languages have been proposed, but none...
Abstract—While FPGA-based hardware accelerators have repeatedly been demonstrated as a viable option...
A common approach to decreasing embedded application execution time is creating a homogeneous parall...
A common approach to decreasing embedded application execution time is creating a homogeneous parall...
The next decade of computing will be dominated by embedded systems, information appliances and appli...
We explain how programs specified in a sequential programming language can be translated automatical...
Abstract—While FPGA-based hardware accelerators have re-peatedly been demonstrated as a viable optio...
Designs are becoming bigger in size, faster in speed and larger in complexity with the emergence of ...
There is currently no big link between creation of compilers and processor design and their instruct...
software co-design The Streams-C compiler ([5]) synthesizes hardware cir-cuits for recongurable FPGA...
Using only the internal program and data memory of a microcontroller can save large costs in embedde...
Until today every compiler has been developed by the idea to modify source code in such a way the ha...
There is today an ever-increasing demand for more computational power coupled with a desire to minim...