In this chapter, an overview is made on the limitations of the nowadays OS support for multicore systems, when applied to the future and emerging many-core, massively parallel and distributed platforms. Also, an overview is done of the most promising approaches which have been proposed to deal with such platforms. The discussion is strongly focused on the kernel architecture models and kernel-level mechanisms and the needed interface(s) toward user-level code
Operating System (OS) kernels have been under research and development for decades, mainly assuming ...
The industry wide shift to multicore architectures presents the software development community with ...
Modern multicore and manycore systems enjoy the benefits of technology scaling and promise impressiv...
In this chapter, an overview is made on the limitations of the nowadays OS support for multicore sy...
This chapter surveys state-of-the-art manycore platforms. It discusses the historical evolution of c...
This chapter surveys state-of-the-art manycore platforms. It discusses the historical evolution of c...
Abstract. Number, variety, and organization of the on-chip processing elements of many-core processo...
Ever increasing demand for more processing power, coupled with problems in designing higher frequenc...
Technological advancements enable to integrate more and more processing cores on single chips. After...
Currently we can see an increasing adoption of multi-core platforms in the area of embedded systems....
The advent of multi-core architecture rises many challenges, issues and opportunities. Multicores ha...
Computing has moved away from a focus on performance-centric serial computation, instead towards ene...
Abstract—Current trends in computer architecture encourage rethinking of the system software design ...
General purpose operating systems such as Linux are rea-sonably suited for managing massively parall...
This thesis is part of the European MANY project. The goal of MANY is to provide developers with too...
Operating System (OS) kernels have been under research and development for decades, mainly assuming ...
The industry wide shift to multicore architectures presents the software development community with ...
Modern multicore and manycore systems enjoy the benefits of technology scaling and promise impressiv...
In this chapter, an overview is made on the limitations of the nowadays OS support for multicore sy...
This chapter surveys state-of-the-art manycore platforms. It discusses the historical evolution of c...
This chapter surveys state-of-the-art manycore platforms. It discusses the historical evolution of c...
Abstract. Number, variety, and organization of the on-chip processing elements of many-core processo...
Ever increasing demand for more processing power, coupled with problems in designing higher frequenc...
Technological advancements enable to integrate more and more processing cores on single chips. After...
Currently we can see an increasing adoption of multi-core platforms in the area of embedded systems....
The advent of multi-core architecture rises many challenges, issues and opportunities. Multicores ha...
Computing has moved away from a focus on performance-centric serial computation, instead towards ene...
Abstract—Current trends in computer architecture encourage rethinking of the system software design ...
General purpose operating systems such as Linux are rea-sonably suited for managing massively parall...
This thesis is part of the European MANY project. The goal of MANY is to provide developers with too...
Operating System (OS) kernels have been under research and development for decades, mainly assuming ...
The industry wide shift to multicore architectures presents the software development community with ...
Modern multicore and manycore systems enjoy the benefits of technology scaling and promise impressiv...