SystemC and SystemC-AMS

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Table of contents

1 Introduction 
1.1 Context
1.2 Objective
1.3 Thesis organization
2 Related work 
2.1 SystemC and SystemC-AMS
2.2 SoCLib
2.3 SystemC-MDVP and timed-CPNs
2.4 TTool
2.5 SystemC-AMS graphical interface and platform generation in TTool
3 Integration of SystemC-AMS and SoCLib components 
3.1 Development of the GPIO2VCI SoCLib component
3.2 Integration of SystemC-AMS modules with a pedagogic SoCLib model
3.3 Integration of SystemC-AMS modules with a full SoCLib model
4 Time synchronization between TDF and DE MoCs 
4.1 Detection of time synchronization issues
4.1.1 Access to input converter port before an access to output converter port
4.1.2 Access to output converter port before an access to input converter port
4.1.3 Access to output converter port before an access to another output converter port
4.1.4 Access to input converter port before an access to another input converter port
4.1.5 Preliminary conclusions
4.2 Avoidance of time synchronization issues
4.3 Proposal for detection and avoidance of time synchronization issues
5 Integration of SystemC-AMS and SoCLib modules into TTool 
5.1 Integration decisions to augment the graphical interface of TTool
5.2 Integration of SystemC-AMS and the SoCLib modules in TTool
5.3 Synchronization of SystemC-AMS and SoCLib modules in TTool
6 Case studies and comparison between TTool, SystemC-AMS and SystemC-MDVP 64
6.1 Case studies
6.1.1 Introduction
6.1.2 Case study 1: Rover
6.1.3 Case study 2: Vibration sensor
6.2 Comparison between TTool, SystemC-AMS and SystemC-MDVP simulators
6.2.1 Model 1
6.2.2 Model 2
6.2.3 Model 3
7 Conclusion and perspectives
7.1 Conclusion
7.2 Perspectives