
Luís Miguel Silveira
INESC - Systems and Computers Research Institute
Av. Alves Redol, 9, 339A
1000 Lisboa, Portugal
Tel: (351) - 1 - 3100337
Fax: (351) - 1 - 3523401
Associate Professor, Electronics section, Department of Electrical and Computer Engineering, teaching courses in Simulation and Verification of Electronic Circuits and basic Electronics.
Research at INESC, member of the Optimization and Simulation Algorithms Group (ALGOS) and the Electronic Systems Design Automation Group (ESDA). Conducts research in the areas of Circuit Simulation, namely in numerical methods for the solution of high complexity problems, algorithms for extraction and modeling of interconnect and packaging structures in advanced technologies for electronic production.
Founding member and researcher of the Cadence European Laboratories
Research in the are of numerical methods with application in massively parallel computer architectures and parallel algorithms for the simulation of integrated circuits dedicated to robotic vision. Development of a Connection Machine based circuit simulator, CMVSIM, optimized for the simulation of analog circuit mapped onto bi-dimensional arrays.
Research Assistant in the VLSICAD Group of the Research Laboratory for Electronics (RLE). Developed research work in numerical algorithms for timing and circuit simulation, with emphasis to techniques applicable to parallel computer architectures.
Assistant/Lecture of the Electronics Section of the Department of Electrical and Computer Engineering.
Researcher at INESC, studied architectures and algorithms for parallel processing with emphasis on the application to problems in the area of computer simulation and verification of electronic circuits. Developedžin the context of European ESPRIT programsžaccelerated and parallel version of a timing simulation tool.
Summer student in the EP Division. Developed computer tools to be used in the design and verification of the Aleph experiment to be conducted in the particle accelerator LEP.
Teaching Assistant in the Electronics Section of the Department of Electrical and Computer Engineering.
Teaching Assistant in the Analysis and Algebra Section of the Mathematics Department.
Ph.D in Electrical Engineering and Computer Science, May 1994.
Thesis title: ``Model Order Reduction Algorithms for Circuit Simulation''.
Study of techniques and methodologies to allow the development of algorithmic of device models with reduced complexity for inclusion in circuit simulation tools. Study of guaranteed stable algorithms for interpolating data describing a device in the frequency domainžand generation of a numerical model that enables the simulation of such devices in the time domain.
Thesis adviser: Professor Jacob K. White.
Minor requirements in the area of Design of VLSI Circuits.
Courses Cumulative GPA: 5.0/5.0.
S.M. in Electrical Engineering and Computer Science, June 1990
Thesis title: ``Circuit Simulation on Massively Parallel Processors''
Study of the various aspects involved in the development and implementation of a electrical circuit simulator in a massively parallel computer architecture. Development of a simulation environment for the design of integrated circuit arrays based on a bidimensional mapping with application in signal processing and robotic vision.
Thesis advisor: Professor Jacob K. White.
E.E. in Electrical Engineering and Computer Science subsequently awarded in the same topic, September 1991.
Master of Science in Electrical and Computer Engineering, August 1989
Implementation of an event-driven based electrical circuit simulator in an MIMD parallel computer architecture. Study of numerical integration algorithms based on exponential-fitting explicit methods, and asynchronous algorithms for the control of parallel simulation. Parallelism was researched both at the data and functional levels.
Thesis advisor: Professor Luís M. Vidigal.
Licenciatura, summa cum laude (distinção e louvor) in Electrical and Computer Engineering, June 1986.
Five-year Curricula in Systems and Computers Engineering includes courses in VLSI Design, Control Theory, Operating Systems, Artificial Intelligence, Circuits and Signals Theory, Electronics, Applied Mathematics, Microcomputer-based Logic Design, Mathematical Analysis, Physics, Economics, etc.
Cumulative GPA: 19/20.
12o ano, High School
Cumulative GPA: 19/20.
High School Diploma.
Cumulative GPA: 18/20.