In this paper, we present an exact approach to the Simple Offset Assignment problem arising in the domain of address code generation for digital signal processors. It is based on transformations to weighted Hamiltonian cycle problems and integer linear programming. To the best of our knowledge, it is the first approach capable to solve all instances of the established OffsetStone benchmark set to optimality within reasonable time. Therefore, it enables to evaluate the quality of several heuristics relative to the optimum solutions for the first time. Further, using the same transformations, we present a simple and effective improvement heuristic. In addition, we include an existing heuristic into our experiments that has so far not been eva...
This paper presents DSP code optimization techniques, which originate from dedicated memory address ...
Reducing address arithmetic operations by optimization of address offset assignment greatly improves...
This paper presents a new approach to solving the DSP address assignment problem. A minimum cost cir...
International audienceIn digital signal processors (DSPs) variables are accessed using k address reg...
We present an exact approach to the General Offset Assignment problem arising in the domain of addre...
International audienceIn digital signal processors (DSPs), variables are accessed using k address re...
We present an exact approach to the General Offset Assign- ment problem arising in the domain of add...
This manuscript presents exact approaches to the general offset assignment problem arising in the ad...
The increasing demand for more functionality in embedded systems applications nowadays requires effi...
A number of different algorithms for optimized offset assignment in DSP code generation have been de...
peer-reviewedProducing efficient and compact code for embedded DSP processors is very important for...
DSP processors have address generation units that can perform address computation in parallel with o...
One important part of generating code for DSP processors is to make good use of the address generati...
Many embedded architectures support indirect addressing mode with autoincrement/autodecrement. By ma...
Embedded applications are constantly increasing in size, which has resulted in increasing demand on ...
This paper presents DSP code optimization techniques, which originate from dedicated memory address ...
Reducing address arithmetic operations by optimization of address offset assignment greatly improves...
This paper presents a new approach to solving the DSP address assignment problem. A minimum cost cir...
International audienceIn digital signal processors (DSPs) variables are accessed using k address reg...
We present an exact approach to the General Offset Assignment problem arising in the domain of addre...
International audienceIn digital signal processors (DSPs), variables are accessed using k address re...
We present an exact approach to the General Offset Assign- ment problem arising in the domain of add...
This manuscript presents exact approaches to the general offset assignment problem arising in the ad...
The increasing demand for more functionality in embedded systems applications nowadays requires effi...
A number of different algorithms for optimized offset assignment in DSP code generation have been de...
peer-reviewedProducing efficient and compact code for embedded DSP processors is very important for...
DSP processors have address generation units that can perform address computation in parallel with o...
One important part of generating code for DSP processors is to make good use of the address generati...
Many embedded architectures support indirect addressing mode with autoincrement/autodecrement. By ma...
Embedded applications are constantly increasing in size, which has resulted in increasing demand on ...
This paper presents DSP code optimization techniques, which originate from dedicated memory address ...
Reducing address arithmetic operations by optimization of address offset assignment greatly improves...
This paper presents a new approach to solving the DSP address assignment problem. A minimum cost cir...