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» Controlling Requirements Evolution: An Avionics Case Study
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TNN
2008
124views more  TNN 2008»
13 years 7 months ago
Just-in-Time Adaptive Classifiers - Part II: Designing the Classifier
Aging effects, environmental changes, thermal drifts, and soft and hard faults affect physical systems by changing their nature and behavior over time. To cope with a process evolu...
Cesare Alippi, Manuel Roveri
QUESTA
2010
93views more  QUESTA 2010»
13 years 2 months ago
Towards an Erlang formula for multiclass networks
Consider a multiclass stochastic network with state dependent service rates and arrival rates describing bandwidth-sharing mechanisms as well as admission control and/or load bala...
Matthieu Jonckheere, Jean Mairesse
ENTCS
2006
231views more  ENTCS 2006»
13 years 7 months ago
SaveCCM: An Analysable Component Model for Real-Time Systems
Component based development is a promising approach for embedded systems. Typical for embedded software is the presence of resource constraints in multiple dimensions. An essentia...
Jan Carlson, John Håkansson, Paul Pettersson
ENTCS
2002
107views more  ENTCS 2002»
13 years 7 months ago
Monitoring, Checking, and Steering of Real-Time Systems
The MaC system has been developed to provide assurance that a target program is running correctly with respect to formal requirements specification. This is achieved by monitoring...
Moonjoo Kim, Insup Lee, Usa Sammapun, Jangwoo Shin...
HYBRID
1998
Springer
13 years 12 months ago
Formal Verification of Safety-Critical Hybrid Systems
This paper investigates how formal techniques can be used for the analysis and verification of hybrid systems [1,5,7,16] -- systems involving both discrete and continuous behavior....
Carolos Livadas, Nancy A. Lynch