Hardware and software co-design is a design technique which delivers computer systems comprising hardware and software components. A critical phase of the codesign process is to decompose a program into hardware and software.. This paper proposes an algebraic partitioning method whose correctness is verified in the algebra of programs. We introduce the program analysis phase before program partitioning and develop a collection of syntax-based splitting rules, where the former provides information for moving operations from software to hardware and reducing the interaction between components, and the latter supports a compositional approach to program partitioning
This paper presents a new partitioning method for software oriented hardware /software codesign. It ...
Partitioning a system's functionality among interacting hardware and software components is an impor...
Program partitioning is a key step towards automatic program understanding and source code reuse. Tr...
Hardware and software co-design is a design technique which delivers computer systems comprising har...
Hardware and software co-design is a design technique which delivers computer systems comprising har...
Hardware and software co-design is a design technique which delivers computer systems comprising har...
Hardware and software co-design is a design technique which delivers computer systems comprising har...
Hardware and software co-design is a design technique which delivers computer systems comprising har...
We propose in this paper an algebraic approach to hard-ware/software partitioning in Verilog Hardwar...
We propose in this paper an algebraic approach to hardware/software partitioning in Verilog HDL. We ...
We propose in this paper an algebraic approach to hardware/software partitioning in Verilog HDL. We ...
Hardware/software partition is a critical phase in hardware/software co-design. This paper proposes ...
Since the hardware-software partitioning problem is a key aspect of the codesign of digital electron...
We propose in this paper an algebraic approach to hardware/software partitioning in Verilog HDL. We ...
This paper addresses fundamental aspects of system modelling and partitioning algorithms in the area...
This paper presents a new partitioning method for software oriented hardware /software codesign. It ...
Partitioning a system's functionality among interacting hardware and software components is an impor...
Program partitioning is a key step towards automatic program understanding and source code reuse. Tr...
Hardware and software co-design is a design technique which delivers computer systems comprising har...
Hardware and software co-design is a design technique which delivers computer systems comprising har...
Hardware and software co-design is a design technique which delivers computer systems comprising har...
Hardware and software co-design is a design technique which delivers computer systems comprising har...
Hardware and software co-design is a design technique which delivers computer systems comprising har...
We propose in this paper an algebraic approach to hard-ware/software partitioning in Verilog Hardwar...
We propose in this paper an algebraic approach to hardware/software partitioning in Verilog HDL. We ...
We propose in this paper an algebraic approach to hardware/software partitioning in Verilog HDL. We ...
Hardware/software partition is a critical phase in hardware/software co-design. This paper proposes ...
Since the hardware-software partitioning problem is a key aspect of the codesign of digital electron...
We propose in this paper an algebraic approach to hardware/software partitioning in Verilog HDL. We ...
This paper addresses fundamental aspects of system modelling and partitioning algorithms in the area...
This paper presents a new partitioning method for software oriented hardware /software codesign. It ...
Partitioning a system's functionality among interacting hardware and software components is an impor...
Program partitioning is a key step towards automatic program understanding and source code reuse. Tr...