Add to ORKGIn this presentation we will describe transport triggered architecture (TTA) related sequential processor architecture research committed at VTT. The short description and status of our TTA project is given. The advantages and problems of TTA are discussed. Minimal Pipeline Architecture (MPA) is introduced to address the problems of TTA. The results of evaluation of MPA are given. Finally, open research problems are listed
Soft cores are used as flexible software programmable components in FPGA designs. Transport-Triggere...
This thesis studies processor architectures suitable for embedded processors. This includes Transpor...
With the growing importance of energy efficiency, heterogeneous computing has become more popular in...
As superscalar processors are becoming more and more complex due to dynamic scheduling of instructio...
In this paper we propose the usage of Transport Triggered Architectures (TTAs) as a template for the...
A common approach to enhance the performance of processors is to increase the number of function uni...
Graphics processing is an application area with high level of parallelism at the data level and at t...
This paper describes a new approach in the high level design and test of transport-triggered archite...
Processors used in embedded systems have specific requirements which are not always met by off-the-s...
Most power dissipation in Very Large Instruction Word (VLIW) processors occurs in their large, multi...
Transport-triggered architecture (TTA) processors provide an efficient middle-ground in creating in...
The objective of this thesis work was to construct a VHDL simulation model of a Transport Triggered ...
Transport Triggered Architecture is a processor design philosophy where the datapath is visible for ...
In previous ASCI papers ([1], [2]), a processor development framework for Transport Triggered Archit...
Application specific processors offer a great trade-off between cost and performance. They are far m...
Soft cores are used as flexible software programmable components in FPGA designs. Transport-Triggere...
This thesis studies processor architectures suitable for embedded processors. This includes Transpor...
With the growing importance of energy efficiency, heterogeneous computing has become more popular in...
As superscalar processors are becoming more and more complex due to dynamic scheduling of instructio...
In this paper we propose the usage of Transport Triggered Architectures (TTAs) as a template for the...
A common approach to enhance the performance of processors is to increase the number of function uni...
Graphics processing is an application area with high level of parallelism at the data level and at t...
This paper describes a new approach in the high level design and test of transport-triggered archite...
Processors used in embedded systems have specific requirements which are not always met by off-the-s...
Most power dissipation in Very Large Instruction Word (VLIW) processors occurs in their large, multi...
Transport-triggered architecture (TTA) processors provide an efficient middle-ground in creating in...
The objective of this thesis work was to construct a VHDL simulation model of a Transport Triggered ...
Transport Triggered Architecture is a processor design philosophy where the datapath is visible for ...
In previous ASCI papers ([1], [2]), a processor development framework for Transport Triggered Archit...
Application specific processors offer a great trade-off between cost and performance. They are far m...
Soft cores are used as flexible software programmable components in FPGA designs. Transport-Triggere...
This thesis studies processor architectures suitable for embedded processors. This includes Transpor...
With the growing importance of energy efficiency, heterogeneous computing has become more popular in...