The TERAFLUX project is a Future and Emerging Technologies (FET) Large-Scale Project funded by the European Union. TERAFLUX is at the forefront of major research challenges such as programmability, manageable architecture design, reliability of many-core or 1000+ core chips. In the near future, new computing systems will consist of a huge number of transistors - probably 1 Tera or 1000 billions by 2020: we name such systems as Teradevices. In this project, the aim is to solve the three challenges at once by using the dataflow principles wherever they are applicable or make sense in the general economy of the system. An Instruction Set Extension (ISE) for the x86-64 is illustrated. This ISE supports the dataflow execution of threads
The high parallelism of future Teradevices, which are going to contain more than 1,000 complex cores...
Large synchronization and communication overhead will become a major concern in future extreme-scale...
The path towards future high performance computers requires architectures able to efficiently run mu...
The TERAFLUX project is a Future and Emerging Technologies (FET) Large-Scale Project funded by the E...
Abstract-Thanks to the improvements in semiconductor technologies, extreme-scale systems such as ter...
Thanks to the improvements in semiconductor technologies, extreme-scale systems such as teradevices ...
The improvements in semiconductor technologies are gradually enabling extreme-scale systems such as ...
Abstract — Thanks to the improvements in semiconductor technologies, extreme-scale systems such as t...
The number of cores per chip keeps increasing in order to improve performance while controlling the ...
AbstractThe number of cores per chip keeps increasing in order to improve performance while controll...
Recent Silicon advances promise to keep Moore s Forecast true for at least this decade. In numbers...
Abstract The design of new computer systems always requires a strong simulation effort in order to e...
The high parallelism of future Teradevices, which are going to contain more than 1,000 complex cores...
Large synchronization and communication overhead will become a major concern in future extreme-scale...
The path towards future high performance computers requires architectures able to efficiently run mu...
The TERAFLUX project is a Future and Emerging Technologies (FET) Large-Scale Project funded by the E...
Abstract-Thanks to the improvements in semiconductor technologies, extreme-scale systems such as ter...
Thanks to the improvements in semiconductor technologies, extreme-scale systems such as teradevices ...
The improvements in semiconductor technologies are gradually enabling extreme-scale systems such as ...
Abstract — Thanks to the improvements in semiconductor technologies, extreme-scale systems such as t...
The number of cores per chip keeps increasing in order to improve performance while controlling the ...
AbstractThe number of cores per chip keeps increasing in order to improve performance while controll...
Recent Silicon advances promise to keep Moore s Forecast true for at least this decade. In numbers...
Abstract The design of new computer systems always requires a strong simulation effort in order to e...
The high parallelism of future Teradevices, which are going to contain more than 1,000 complex cores...
Large synchronization and communication overhead will become a major concern in future extreme-scale...
The path towards future high performance computers requires architectures able to efficiently run mu...