Add to ORKGA new Global Resource-constrained Percolation (GRiP) scheduling technique is presented for exploiting instruction level parallelism. Other techniques that have been proposed either have been prohibitively expensive in terms of computation or have limited parallelism. The GRiP technique has been implemented and simulation results are presented
(eng) We deal with the problem of partitioning and mapping uniform loop nests onto physical processo...
We consider the resource-constrained project scheduling problem. The purpose of this paper is to dir...
We deal with the problem of partitioning and mapping uniform loop nests onto physical processor arra...
This paper presents a new approach to resource-constrained compiler extraction of fine-grain paralle...
Percolation Scheduling (PS) is a new technique for compiling programs into parallel code. It attemp...
Percolation Scheduling, a technique for compile-time code parallelization, has proven very successfu...
Abstract. We present a method for optimal whole-procedure instruction scheduling for machines with u...
Previous results solving the resource-constrained project scheduling problem through the paralleliz...
For resource-constrained embedded real-time systems, resource-efficient approaches are very importan...
Resource efficient approaches are of great importance for resource constrained embedded systems. In ...
This thesis investigates parallelism and hardware design trade-offs of parallel and pipelined archit...
In the high-level synthesis of ASICs or in the code generation for ASIPs, the presence of conditiona...
Scheduling problems are essential for decision making in many academic disciplines, including operat...
Percolation Scheduling (PS) is a new technique for compiling programs into parallel code. It attemp...
Nowadays a large number of scheduling algorithms for the use in distributed computing en-vironments....
(eng) We deal with the problem of partitioning and mapping uniform loop nests onto physical processo...
We consider the resource-constrained project scheduling problem. The purpose of this paper is to dir...
We deal with the problem of partitioning and mapping uniform loop nests onto physical processor arra...
This paper presents a new approach to resource-constrained compiler extraction of fine-grain paralle...
Percolation Scheduling (PS) is a new technique for compiling programs into parallel code. It attemp...
Percolation Scheduling, a technique for compile-time code parallelization, has proven very successfu...
Abstract. We present a method for optimal whole-procedure instruction scheduling for machines with u...
Previous results solving the resource-constrained project scheduling problem through the paralleliz...
For resource-constrained embedded real-time systems, resource-efficient approaches are very importan...
Resource efficient approaches are of great importance for resource constrained embedded systems. In ...
This thesis investigates parallelism and hardware design trade-offs of parallel and pipelined archit...
In the high-level synthesis of ASICs or in the code generation for ASIPs, the presence of conditiona...
Scheduling problems are essential for decision making in many academic disciplines, including operat...
Percolation Scheduling (PS) is a new technique for compiling programs into parallel code. It attemp...
Nowadays a large number of scheduling algorithms for the use in distributed computing en-vironments....
(eng) We deal with the problem of partitioning and mapping uniform loop nests onto physical processo...
We consider the resource-constrained project scheduling problem. The purpose of this paper is to dir...
We deal with the problem of partitioning and mapping uniform loop nests onto physical processor arra...