Feb 11, 2013 · Physical models utilize mathematical equations to model physical systems like airway mechanics, neuron networks, or chemical reactions.

ABSTRACT. Physical models utilize mathematical equations to model physical systems like airway mechanics, neuron networks, or chemical reactions.

This work introduces an approach for implementing physical models on FPGAs that applies graph theoretic techniques to make use of a physical model's natural ...

We also present a simulated annealing approach with custom cost and neighbor functions that can map any physical model onto an FPGA with low wire costs. Average ...

We also present a simulated annealing approach with custom cost and neighbor functions that can map any physical model onto an FPGA with low wire costs. Average ...

The embedding approach typically produces a circuit whose frequency is limited by the FPGA clock instead of routing. Additionally, complex models that could not ...

Bibliographic details on Embedding-based placement of processing element networks on FPGAs for physical model simulation.

A second phase maps the structured virtual PE graph to physical PE regions on an FPGA using graph embedding theory. We also present a simulated annealing ...

Dec 15, 2014 · The embedding approach typically produces a circuit whose frequency is limited by the FPGA clock instead of routing. Additionally, complex ...

The second phase defines physical PE regions on the FPGA, onto which virtual PEs may be mapped, and then finds the actual placement using a graph embedding ...