| Project Description
The increasing popularity of computer-based systems in safety-critical
applications in the information society pushed industry to need hardware
designers and software engineers with new knowledge and skills, which enable
them to able to face the problems posed by the implementation and verification
of these systems. This demand occurs in the context of accelerated change,
booming markets and shrinking time-to-market requirements. Furthermore,
industries demand new techniques for introducing suitable mechanisms for
guaranteeing the fault tolerance in the systems they produce, and for verifying
their correct design and implementation. Although fault tolerant design
is a rather old research and application area, its application to low-cost
and high-volume products (e.g., in the automotive, biomedical, or telecommunication
areas) makes most of the existing techniques simply not applicable, due
to their high cost and long time for design and verification. The mobility
supported by the network aims at providing the network institutions with
the resources to train and update their young engineers and researchers
in this area.
Project Partners:
|
Politecnico di Torino, Dipartimento
di Automatica e Informatica, Electronic CAD & Reliability Group
(Project Coordinator) |
|
Instituto Superior Técnico (IST),
Instituto de Engenharia de Sistemas e Computadores (INESC) |
|
Institut National Polytechnique de Grenoble
(INPG), Laboratoire TIMA |
|
Pontifícia Universidade
Católica do Rio Grande do Sul (PUCRS), Departamento de Engenharia
Elétrica |
|
Universidad de la República,
Facultad de Ingeniería, Instituto de Ingeniería Eléctrica
(IIE) |
|
Universidad Nacional De
La Plata, Facultad de Ingenieria, Laboratorio de Electronica Industrial,
Control e Instrumentacion (LEICI) |
Beginning of the Activity
Duration
Meetings
Workshops
Seminars
Documents
Published Papers
Tasks
-
VHDL Analysis and Manipulation for Fault Tolerance
-
Fault Tolerance Validation through Fault Injection
-
Fault Tolerance Validation through Irradiation
-
Fault Modeling on VHDL descriptions
Related Pages
|
Project Objectives
The
rapidly increasing adoption of electronic systems for safety-critical applications
even in low-cost and high-volume products demands for a new class of researchers
and highly-skilled designers. The project aims at supporting the researcher
mobility among a net of European and Latin-American Universities with well-recognized
skills in this domain, and to increase the mobility of young researchers
among the participating institutions. Thanks to the complementary experience
of the network members, and to the novelty of problems and proposed solutions,
the training activities will boost the diffusion of fault-tolerant design
techniques in the interested countries, and will reinforce technology-transfer
to industry. |