SystemC is likely to become more and more important for the design of digital circuits from
the specification down to the RT-level. Complex systems often contain analog components …

This paper presents and discusses the foundations on which the analog and mixed-signal
extensions of SystemC, named SystemC-AMS, will be developed. First, requirements from …

In this article, a denotational definition of a synchronous subset of SystemC is proposed. The
subset treated includes modules, processes, threads, wait statement, ports and signals. We …

This paper presents the past, present, and perspectives of the SystemC AMS standard as
well as several commercial and academic frameworks gravitating around it that have been …

This chapter proposes a methodology for extending SystemC to mixed-signal systems,
aimed at allowing the reuse of analog models and to the simulation of heterogeneous …

SystemC supports a wide range of Models of Computation (MoC) and is very well suited for
the design and refinement of HW/SW-systems from functional downto register transfer level …

Multiplayer games are representative of a large class of distributed applications that suffer
from redundant communication, bottlenecks, single points of failure and poor reactivity to …

Recently a first version of a SystemC-AMS library is public available. This library is an
extension of SystemC which allows modeling of analogue mixed signal behavior in addition …

For the rapid prototyping of mixed-signal systems in the automotive industry, tools such as
MatrixX or Simulink permit the validation of control concepts. However, the physical …

SystemC-AMS is an extension of SystemC which provides additional language constructs
for modeling analog mixed signal behavior. The currently available version of SystemC-AMS …