The goal of this chapter is to ease simulation and validation of smart systems. In this context, it provides a taxonomy of abstraction level/design domain, to highlight challenges and tools available for each domain. This allows to identify a precise role in the design flow for co-simulation and simulation scenarios, and thus to outline the possible strategies for gaining correct simulation of smart system. The two complementary approaches are compared with the goal of showing respective strengths and weaknesses
Simulation systems need to be able to serve the need of a large domain of users with varying require...
This chapter provides a brief overview of modelling and simulation approaches for smart grid systems...
With the ever-increasing density of electronics, whether at a system, sub-system or device level, mo...
Design of smart systems needs to cover a wide variety of domains, ranging from analogue to digital, ...
Design of smart systems needs to cover a wide variety of domains, ranging from analogue to digital, ...
Design of smart systems needs to cover a wide variety of domains, ranging from analogue to digital, ...
This work provides a taxonomy of abstraction levels and design domains of a smart system, for analyz...
This book-presents new methods and tools for the integration and simulation of smart devices. The de...
Smart Systems represent a broad class of intelligent, miniaturized systems incorporating functionali...
Technology and market evolutions in smart-systems call for a new design paradigm which is focused on...
Smart Systems represent a broad class of intelligent, miniaturized systems incorporating functionali...
This chapter presents SMAC, a structured approach for the modeling, simulation and validation of sma...
This book-presents new methods and tools for the integration and simulation of smart devices. The de...
This paper proposes a meet-in-the-middle approach for the modeling and simulation of heterogeneous s...
Smart Systems represent a broad class of systems defined as intelligent, miniaturizeddevices incorpo...
Simulation systems need to be able to serve the need of a large domain of users with varying require...
This chapter provides a brief overview of modelling and simulation approaches for smart grid systems...
With the ever-increasing density of electronics, whether at a system, sub-system or device level, mo...
Design of smart systems needs to cover a wide variety of domains, ranging from analogue to digital, ...
Design of smart systems needs to cover a wide variety of domains, ranging from analogue to digital, ...
Design of smart systems needs to cover a wide variety of domains, ranging from analogue to digital, ...
This work provides a taxonomy of abstraction levels and design domains of a smart system, for analyz...
This book-presents new methods and tools for the integration and simulation of smart devices. The de...
Smart Systems represent a broad class of intelligent, miniaturized systems incorporating functionali...
Technology and market evolutions in smart-systems call for a new design paradigm which is focused on...
Smart Systems represent a broad class of intelligent, miniaturized systems incorporating functionali...
This chapter presents SMAC, a structured approach for the modeling, simulation and validation of sma...
This book-presents new methods and tools for the integration and simulation of smart devices. The de...
This paper proposes a meet-in-the-middle approach for the modeling and simulation of heterogeneous s...
Smart Systems represent a broad class of systems defined as intelligent, miniaturizeddevices incorpo...
Simulation systems need to be able to serve the need of a large domain of users with varying require...
This chapter provides a brief overview of modelling and simulation approaches for smart grid systems...
With the ever-increasing density of electronics, whether at a system, sub-system or device level, mo...