Odjel za računarstvo

Područje rada odjela za računarstvo obuhvaća sve vidove teorije, oblikovanja, prakse i primjene metoda i sustava vezanih uz računarstvo i obradu informacija. Djelovanje odjela usmjereno je na znanstvenu, stručnu, obrazovnu i društvenu komponentu. Kroz razmjenu tehničkih informacija i znanstvenih spoznaja, odjel teži unaprjeđenju struke i održavanju visoko profesionalnog položaja među članovima. S druge strane, kroz organizaciju znanstvenih i stručnih predavanja i rasprava te izdavanje tehničkih časopisa, promiče se višedisciplinarna suradnja s drugim strukama i otvorenom društvenom zajednicom.
Vodstvo odjela
Mandat do 31. 12. 2024.

Lucija Petricioli
predsjednica

Hana Ivandić
dopredsjednica

Odjel za računalstvo Hrvatske sekcije IEEE poziva vas na predavanje

"Boosting Verification by Automatic Tuning of Decision Procedures"

koje će održati Domagoj Babić,  u četvrtak, 6. prosinca 2007. u 13:15 sati u Bijeloj vijećnici Fakulteta elektrotehnike i računarstva Sveučilišta u Zagrebu. Predvidivo trajanje predavanja je 45 minuta, te diskusije 15 minuta.

 
Kratak sadržaj predavanja

Parameterized heuristics abound in computer aided-design and
verification, and manual tuning of the respective parameters is
difficult and time-consuming. Very recent results from the
artificial intelligence (AI) community suggest that this tuning
process can be automated, and that doing so can lead to significant
performance improvements; furthermore, automated parameter
optimization can provide valuable guidance during the
development of heuristic algorithms.
Such an AI approach can improve a state-of-the-art decision procedure
for large, real-world bounded model-checking and software verification
instances. The resulting, automatically-derived parameter settings
yielded runtimes on average 4.5 times faster on bounded model checking
instances and 500 times faster on software verification problems than
extensive hand-tuning of the decision procedure. Furthermore, the
availability of automatic tuning influenced the design of the prover,
and the automatically-derived parameter settings provided a deeper
insight into the properties of problem instances.
Paper available at: http://www.cs.ubc.ca/~babic/papers/fmcad07.pdf
O predavaču
Domagoj Babic is a Ph.D. candidate at the University of British
Columbia. His research interests include software verification and
analysis, as well as automated theorem proving and SAT solving.
Domagoj is currently working on a scalable and precise static checker
Calysto, and a bit-vector decision procedure Spear for software
verification. He is planning to graduate in early spring 2008.

Domagoj holds a M.Sc. degree in computer science and a Dipl.Ing.
degree in industrial electronics from the Faculty of Electrical
Engineering and Computing at Zagreb University. Domagoj is a
Microsoft Fellow (2005-2007).
For more information, see http://www.domagoj.info/
 

 

Autor: Aleksandar Szabo
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