M
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Last name: MBAREK
First name: O.
International audience
In this paper, an early validation of efficient management strategies of multiple power domains is addressed as a new use case of Transaction-Level virtual prototypes. A generic methodology for adding power features to existing virtual platforms is proposed and a set of requirements to be met when applying it is listed. Added power features...
National audience
National audience
Building efficient and correct system power management strategies relies on efficient power architecture decision-making as well as respecting structural dependencies induced by such architecture. Transaction Level Modeling allows a rapid exploration, verification and evaluation of alternative power management architectures and strategies. This...
Building efficient and correct system power-management strategies relies on efficient power architecture decisionmaking as well as respecting structural dependencies induced by such architecture. Transaction level modelling allows a rapid exploration, verification and evaluation of alternative power-management architectures and strategies. This...
National audience
Low power design and verification at the Electronic System Level (ESL) have recently emerged as a challenging research field. This work presents a reliable solution to add such capabilities to Transaction-Level virtual prototypes composed of black-box hardware Intellectual Properties (IPs). This solution relies on a wrapper-based approach in...
Defining low power design intent for a system-on-chip (SoC) consists in specifying its power management architecture and strategy according to specific low power techniques such as power gating and multi-voltage scaling requirements. Choosing the most-energy efficient power intent for a final system contributes widely to reduce its overall...
National audience
International audience