This paper presents a methodology to combine Transaction Level Modeling and System/Network co-simulation for the design of networked embedded systems. As a result, a new design dimension is added to the traditional TLM refinement process to represent network configuration alternatives. Each network configuration can be used both to drive architecture refinement and exploration and to validate the system after each refinement step. A general criterion to map functionalities to System and Network models is presented. As a case study, the proposed methodology is applied to the design of a Voice-over-IP client
The amazing proliferation of communication technologies for embedded systems opens the way for compl...
International audience<p>In MDE system-level approaches, the design of communication protocols and p...
Transaction-level modeling (TLM) is the most promising technique to deal with the increasing complex...
This article presents a methodology for the design of Networked Embedded Systems (NESs), which exten...
The design of next-generation networked embedded systems requires to take into account the way in wh...
This paper addresses the problem of modeling and simulating large set of heterogeneous networked emb...
Next-generation networked embedded systems pose new challenges in the design and simulation domains....
The design and simulation of next-generation networked embedded systems are a challenging task since...
The design of the network in distributed embedded systems often necessitates the analysis of its HW/...
To validate an embedded network device it is important to insert it in a model of a real system and ...
Design of distributed embedded systems is a challenging task and it requires to raise the level of a...
Today's embedded systems include more and more network capabilities. Verifying these capabilities vi...
The paper addresses the design-space exploration of network alternatives for complex distributed sys...
An emerging approach to embedded system design is to assemble them from a library of hardware and so...
This paper presents a tool for automatic generation of transaction level models (TLMs) in SystemC fo...
The amazing proliferation of communication technologies for embedded systems opens the way for compl...
International audience<p>In MDE system-level approaches, the design of communication protocols and p...
Transaction-level modeling (TLM) is the most promising technique to deal with the increasing complex...
This article presents a methodology for the design of Networked Embedded Systems (NESs), which exten...
The design of next-generation networked embedded systems requires to take into account the way in wh...
This paper addresses the problem of modeling and simulating large set of heterogeneous networked emb...
Next-generation networked embedded systems pose new challenges in the design and simulation domains....
The design and simulation of next-generation networked embedded systems are a challenging task since...
The design of the network in distributed embedded systems often necessitates the analysis of its HW/...
To validate an embedded network device it is important to insert it in a model of a real system and ...
Design of distributed embedded systems is a challenging task and it requires to raise the level of a...
Today's embedded systems include more and more network capabilities. Verifying these capabilities vi...
The paper addresses the design-space exploration of network alternatives for complex distributed sys...
An emerging approach to embedded system design is to assemble them from a library of hardware and so...
This paper presents a tool for automatic generation of transaction level models (TLMs) in SystemC fo...
The amazing proliferation of communication technologies for embedded systems opens the way for compl...
International audience<p>In MDE system-level approaches, the design of communication protocols and p...
Transaction-level modeling (TLM) is the most promising technique to deal with the increasing complex...