Co-Simulation

Embedded Linux Co-simulation

The augmentation of number of gates on chip makes SOC design more difficult. So we have to work on SOC design tools to make designer work easier and manage all the available gates. We propose an embedded Linux co-simulation with hardware simulation at a high level of abstraction (TLM) to verify the system very early in the design flow. This will allow to avoid return behind in the design flow.

A Standardized Co-simulation Backbone

In the field of co-simulation, the construction of a bridge between different simulators and the solution of problems like synchronization and data translation are some of the main challenges. This paper discusses the advantages of the HLA (High Level Architecture) standard to solve these problems and presents a generic architecture to support environments for geographically distributed co-simu...

Cooperative Co-Evolving Neural Networks for Robosoccer Simulation

Co-modelling and Co-simulation in Embedded Systems Design

This chapter introduces the first basic concepts of co-modelling and co-simulation, including notions of system, model and co-model, simulation and co-simulation, etc. It also describes the ways in which co-modelling and co-simulation can be integrated with established development processes such as IEEE 15288 (Systems and Software Engineering—System Life Cycle Processes, [45]) and IEEE 12207 (S...

Co-synthesis and co-simulation of control-dominated embedded systems

This paper presents a methodology for hardware/software co-design with particular emphasis on the problems related to the concurrent simulation and synthesis of hardware and software parts of the overall system. The proposed approach aims at overcoming the problem of having two separate simulation environments by defining a VHDL-based modeling strategy for software execution, thus enabling the ...