HASLab

High-Assurance Software Laboratory

Overview


News

  • New Paper: José N. Oliveira, Miguel A. Ferreira, "Alloy Meets the Algebra of Programming: A Case Study," IEEE Transactions on Software Engineering, vol. 39, no. 3, pp. 305-326, March 2013, doi:10.1109/TSE.2012.15
  • New Paper: Nuno Macedo and Alcino Cunha: Implementing QVT-R Bidirectional Model Transformations using Alloy. Accepted at FASE'13
  • New Paper: Shin-Cheng Mu, J.N. Oliveira. Programming from Galois connections. The Journal of Logic and Algebraic Programming 81 (2012) 680–704 (DOI 10.1016/j.jlap.2012.05.003)
  • New Position: Hugo Macedo is since this month (Jan. 2013) a post-doct at Deducteam in Paris.
  • New Paper: J.N. Oliveira. Towards a Linear Algebra of Programming. Formal Aspects of Computing (2012) 24: 433–458 (DOI 10.1007/s00165-012-0240-9)

                        (more...)

DI » FMHAS » WebHome

Welcome to HASLab

Our Motto

"Improving Practice Through Theory"

Overview

Software technology is pre-scientific in its lack of an effective basis for predicting computers' behaviour. HASLab research aims at improving scientific standards in software design through rigorous methods and mathematical techniques.

HASLab researchers have a long tradition of linking their research to national and international industry partners, and a deep involvement in the department's teaching activities, at both the undergraduate and the postgraduate level.

Regular group's activities include a research seminar that provides a stimulating meeting opportunity for the whole team, including post-grad (Ph.D and M.Sc) students.

The HASLab "Tripod"

  • Formal methods
  • Dependable Distributed Systems
  • Cryptography & Information security

Research Topics

  • High-assurance Model-driven Software Engineering
  • Foundations for architectural design (service certification, dynamic reconfiguration and self-adaptability)
  • Formal verification of real-time Systems
  • Secure embedded systems (static ckecking of embedded systems against safety policies)
  • Theoretical Cryptography / Provable Security
  • Implementation, Verification, and Analysis of Cryptographic Software
  • Dependability of interactive systems (model checking-based analysis of interactive systems)

r75 - 10 Apr 2013 - 14:17:54 - JoseNunoOliveira
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