Embedded system designs and simulations become tedious and time consuming due to the complexity of modern applications. Thus, languages allowing high level description, such as Sy...
J. Vennin, S. Penain, Luc Charest, Samy Meftali, J...
This paper explores the suitability of UML techniques for defining hierarchical relationships in AMS (analogue and mixed-signal) circuit blocks, and XML for storing soft AMS IP de...
Ian O'Connor, Faress Tissafi-Drissi, G. Revy, Fr&e...
We present an original method for generating monitors that capture the occurrence of events, specified by logical and temporal properties under the form of assertions in declarati...
In today’s electronic system-level (ESL) design processes, an early analysis of a system’s communication and nce characteristics is becoming a key challenge. The availability ...
Axel G. Braun, Joachim Gerlach, Wolfgang Rosenstie...
To address performance limitations and expand their applications range, emerging and mature display technologies rely on the design of novel display controllers. Under current mod...
David Antonio-Torres, Paul F. Newbury, Paul F. Lis...
This paper presents work in progress to explore the possibility of combining model-driven and domain modeling techniques to facilitate support for reuse and automation. The approa...
In the field of real-time control applications, validation relies on a precise knowledge of the temporal characteristics of the used data such as delays and loss rates. These data...
Heterogeneous system specifications implicitly assume parallel execution of their components that rely on supporting platform architectures and operating systems. Unfortunately, c...
A concept of linearly graded statistical models for analogue performance evaluation is proposed and a suitable technique for automatic generation of analogue performance models us...