A Network on Chip (NoC) with end-to-end flow control is modelled by a cyclo-static dataflow graph. Using the proposed model together with existing analysis algorithms, we size the buffers in the network interfaces. We show, for a range of NoC designs, that buffer sizes are determined with a run time comparable to existing analytical methods, and results comparable to exhaustive simulation
The network on chip (NoC) design process requires an adequate characterization of the application ru...
A key step in the design of cyclo-static real-time systems is the determination of buffer capacities...
The Kalray MPPA2-256 processor integrates 256 processing cores and 32 management cores on a chip. Th...
A Network on Chip (NoC) with end-to-end flow control is modelled by a cyclo-static dataflow graph. U...
A Network on Chip (NoC) with end-to-end flow control is modelled by a cyclo-static dataflow graph. U...
A growing number of applications, often with real-time requirements, are integrated on the same syst...
none6Buffers in on-chip networks constitute a significant proportion of the power consumption and ar...
When designing a System-on-Chip (SoC) using a Network-on- Chip (NoC), silicon area and power consump...
In this paper we discuss the problem of choosing the buffer size in the Network-on-Chip routers. Thi...
This tutorial reviews four popular mathematical formalisms – dataflow analysis, schedulability analy...
Buffers in on-chip networks constitute a significant proportion of the power consumption and area of...
Moore's prediction has been used to set targets for research and development in semiconductor indust...
Performance analysis and design space exploration of bufferless Networks-on-Chip is done mainly thro...
Commercial high-level synthesis tools typically produce statically scheduled circuits. Yet, effectiv...
Executing a dataflow program on a parallel platform requires assigning to each buffer a given size s...
The network on chip (NoC) design process requires an adequate characterization of the application ru...
A key step in the design of cyclo-static real-time systems is the determination of buffer capacities...
The Kalray MPPA2-256 processor integrates 256 processing cores and 32 management cores on a chip. Th...
A Network on Chip (NoC) with end-to-end flow control is modelled by a cyclo-static dataflow graph. U...
A Network on Chip (NoC) with end-to-end flow control is modelled by a cyclo-static dataflow graph. U...
A growing number of applications, often with real-time requirements, are integrated on the same syst...
none6Buffers in on-chip networks constitute a significant proportion of the power consumption and ar...
When designing a System-on-Chip (SoC) using a Network-on- Chip (NoC), silicon area and power consump...
In this paper we discuss the problem of choosing the buffer size in the Network-on-Chip routers. Thi...
This tutorial reviews four popular mathematical formalisms – dataflow analysis, schedulability analy...
Buffers in on-chip networks constitute a significant proportion of the power consumption and area of...
Moore's prediction has been used to set targets for research and development in semiconductor indust...
Performance analysis and design space exploration of bufferless Networks-on-Chip is done mainly thro...
Commercial high-level synthesis tools typically produce statically scheduled circuits. Yet, effectiv...
Executing a dataflow program on a parallel platform requires assigning to each buffer a given size s...
The network on chip (NoC) design process requires an adequate characterization of the application ru...
A key step in the design of cyclo-static real-time systems is the determination of buffer capacities...
The Kalray MPPA2-256 processor integrates 256 processing cores and 32 management cores on a chip. Th...