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The rapid raise of embedded systems design complexity and size has emphasized the importance of high-performance simulation models. This has resulted in emergence of design methodologies at the higher levels of abstraction such as Electronic System Level (ESL) and Transaction Level Modelling (TLM) and SystemC language as the main instrument. In practice, system architects and system integrators often...
This paper presents an original development methodology for the use of SystemC to compare two different networks at the system level. A single cluster of a single channel network based on CSMA and multi-channel network cluster based on non-overlapping channels available for each node have been developed. In both network configurations a noiseless (error-free) channels are used, since the focus in...
This paper introduces the integration of communication modelling into design modelling during the early stages of system development. It presents the modelling of flocking behaviour system in SystemC, which is emerging as a suitable language for designing and modelling. SystemC provides a consistent methodology for the design and refinement of complex digital systems. In this paper, a demonstrator...
SystemC is established as a suitable design and modelling language. It provides a consistent methodology for the design and refinement of complex digital systems. This paper focuses on how wireless features can be incorporated into existing SystemC design methodology in order to use this methodology to model wireless systems. The SystemC modelling language currently lacks a standard framework that...
Biological pathways consisted of different elements (actions and reactors) which interact together simultaneously. Because of being closer to the nature of such processes, Concurrent Simulation will result in a much more precise simulation. In this paper, we came up with a new method for parallel processing of biological networks which is based on IEEE STD 1666-2005 standard and uses SystemC for concurrent...
The current SystemC modelling language lacks a standard framework that supports the modelling of wireless communication systems. This research investigates how wireless features can be incorporated into existing SystemC design methodology. The components to be investigated in order to achieve this target are divided into three parts: developing a system-level model of a digital wireless communication...
This paper presents an original development methodology for the use of SystemC to model an executable model of a wireless network system. SystemC methodology allows the model to be reconfigurable for extensive early architectural analysis and easy re-mapping to new wireless standards and applications at numerous levels of abstraction. On the other hand network protocols have many complex concurrent...
In this paper, a new method to model and simulate a wireless communication system based on system on chip design methodology will be presented. The network performance effected by the amount of detail in the simulation model. Hence there is a need to develop suitable abstractions that maintain the accuracy of the simulation while keeping the computational resource requirements low. The integration...
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