A Network on Chip (NoC) with end-to-end flow control is modelled by a cyclo-static dataflow graph. Using the pro-posed model together with state-of-the-art dataflow analysis algorithms, we size the buffers in the network interfaces. We show, for a range of NoC designs, that buffer sizes are de-termined 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...
This paper presents a new approach to buffer dimensioning for dynamic dataflow implementations. A no...
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...
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...
Moore's prediction has been used to set targets for research and development in semiconductor indust...
Buffers in on-chip networks constitute a significant proportion of the power consumption and area of...
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...
This paper presents a new approach to buffer dimensioning for dynamic dataflow implementations. A no...
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...
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...
Moore's prediction has been used to set targets for research and development in semiconductor indust...
Buffers in on-chip networks constitute a significant proportion of the power consumption and area of...
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...
This paper presents a new approach to buffer dimensioning for dynamic dataflow implementations. A no...