The availability of parallel processing hardware and software presents an opportunity and a challenge to apply this new computation technology to solve power system problems. The allure of parallel processing is that this technology has the potential to be cost effectively used on computationally intense problems. The objective of this paper is to define the state of the art and identify what we see to be the most fertile grounds for future research in parallel processing as applied to power system computation. As always, such projections are risky in a fast changing field, but we hope that this paper will be useful to the researchers and practitioners in this growing area.7262963
The transition towards net-zero emissions is inevitable for humanity’s future. Of all the sectors, e...
published_or_final_versionElectrical and Electronic EngineeringDoctoralDoctor of Philosoph
Future SOCs will have tens or even hundreds of processing elements. It is not trivial how the co-ope...
The power system expansion and the integration of technologies, such as renewable generation, distri...
. This paper presents a review of the research activities developed in recent years in the field of ...
The desire for faster computation has motivated the application of parallel processing to power syst...
This paper gives an overview of models for hydro power scheduling and market simulation developed at...
PC clusters are parallel processing systems which consist of commodity PCs and high speed networks. ...
The evolution of parallel processing over the past several decades can be viewed as the development ...
AbstractThis paper gives an overview of models for hydro power scheduling and market simulation deve...
Efficient multiprocessing approaches to the execution of digital computer programs, which analyse po...
Parallel processing is becoming a dominant way in which very high performance is being achieved in m...
Abstract Computer simulation is a versatile and commonly used tool for the design and evaluation of ...
There is considerable interest in speeding up the dynamic simulation of power systems for on-line se...
This paper looks at the power-performance implications of running parallel applications on chip mult...
The transition towards net-zero emissions is inevitable for humanity’s future. Of all the sectors, e...
published_or_final_versionElectrical and Electronic EngineeringDoctoralDoctor of Philosoph
Future SOCs will have tens or even hundreds of processing elements. It is not trivial how the co-ope...
The power system expansion and the integration of technologies, such as renewable generation, distri...
. This paper presents a review of the research activities developed in recent years in the field of ...
The desire for faster computation has motivated the application of parallel processing to power syst...
This paper gives an overview of models for hydro power scheduling and market simulation developed at...
PC clusters are parallel processing systems which consist of commodity PCs and high speed networks. ...
The evolution of parallel processing over the past several decades can be viewed as the development ...
AbstractThis paper gives an overview of models for hydro power scheduling and market simulation deve...
Efficient multiprocessing approaches to the execution of digital computer programs, which analyse po...
Parallel processing is becoming a dominant way in which very high performance is being achieved in m...
Abstract Computer simulation is a versatile and commonly used tool for the design and evaluation of ...
There is considerable interest in speeding up the dynamic simulation of power systems for on-line se...
This paper looks at the power-performance implications of running parallel applications on chip mult...
The transition towards net-zero emissions is inevitable for humanity’s future. Of all the sectors, e...
published_or_final_versionElectrical and Electronic EngineeringDoctoralDoctor of Philosoph
Future SOCs will have tens or even hundreds of processing elements. It is not trivial how the co-ope...