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Travelled to:
1 × Australia
1 × Austria
1 × Croatia
1 × Czech Republic
1 × Finland
1 × France
1 × Germany
1 × Greece
1 × Italy
1 × USA
2 × Canada
Collaborated with:
F.Plasil P.Hnetynka I.Gerostathopoulos J.Keznikl M.Kit M.Malohlava D.Skoda ∅ R.A.Ali T.Pop V.Matena O.Kovac M.Outly P.Hosek S.Sentilles A.Vulgarakis J.Carlson I.Crnkovic S.Kugele C.Segler A.Knoll S.García P.Pelliccione C.Menghi T.Berger A.Knauss J.Kofron Md Rakibul Alam C.Prehofer Alessandro Attanasi A.Hujecek N.Hoch
Talks about:
system (10) compon (10) physic (5) cyber (5) architectur (4) smart (4) adapt (4) base (4) ensembl (3) model (3)

♂ Person: Tomás Bures

DBLP DBLP: Bures:Tom=aacute=s

Facilitated 3 volumes:

QoSA 2014Ed
CBSE 2009PrCh
ECSA 2019Ed

Contributed to:

CBSE 20152015
ECSA 20152015
CBSE 20142014
ECSA 20142014
WICSA 20142014
CBSE 20132013
CBSE 20122012
WICSA/ECSA 20122012
CBSE 20102010
SAC 20092009
CBSE 20082008
ASE 20192019
SLE 20192019
ECSA 20162016
WICSA 20162016
ICSA 20192019

Wrote 18 papers:

CBSE-2015-KitPMBK #communication #component #optimisation
Employing Domain Knowledge for Optimizing Component Communication (MK, FP, VM, TB, OK), pp. 59–64.
ECSA-2015-Gerostathopoulos #adaptation #cyber-physical
Meta-Adaptation Strategies for Adaptation in Cyber-Physical Systems (IG, TB, PH, AH, FP, DS), pp. 45–52.
CBSE-2014-Bures #cyber-physical #development
Development of smart cyber-physical systems (TB), pp. 189–190.
CBSE-2014-BuresHP #architecture #continuation #modelling #product line #runtime
Strengthening architectures of smart CPS by modeling them as runtime product-lines (TB, PH, FP), pp. 91–96.
ECSA-2014-BuresGHKKP #component #cyber-physical
Gossiping Components for Cyber-Physical Systems (TB, IG, PH, JK, MK, FP), pp. 250–266.
WICSA-2014-AliBGKP #adaptation #architecture #estimation
Architecture Adaptation Based on Belief Inaccuracy Estimation (RAA, TB, IG, JK, FP), pp. 87–90.
CBSE-2013-BuresGHKKP #component #named
DEECO: an ensemble-based component system (TB, IG, PH, JK, MK, FP), pp. 81–90.
CBSE-2013-KezniklBPGHH #component #design #invariant #refinement
Design of ensemble-based component systems by invariant refinement (JK, TB, FP, IG, PH, NH), pp. 91–100.
CBSE-2012-PopPOMB #co-evolution #component #network
Property networks allowing oracle-based mode-change propagation in hierarchical components (TP, FP, MO, MM, TB), pp. 93–102.
WICSA-ECSA-2012-KezniklBPK #component #towards
Towards Dependable Emergent Ensembles of Components: The DEECo Component Model (JK, TB, FP, MK), pp. 249–252.
CBSE-2010-HosekPBHM #comparison #component #embedded #framework #realtime
Comparison of Component Frameworks for Real-Time Embedded Systems (PH, TP, TB, PH, MM), pp. 21–36.
SAC-2009-BuresHM #component #product line #using
Using a product line for creating component systems (TB, PH, MM), pp. 501–508.
CBSE-2008-SentillesVBCC #component #distributed #embedded
A Component Model for Control-Intensive Distributed Embedded Systems (SS, AV, TB, JC, IC), pp. 310–317.
ASE-2019-Gerostathopoulos #automation #evaluation
Automated Trainability Evaluation for Smart Software Functions (IG, SK, CS, TB, AK), pp. 998–1001.
SLE-2019-GPMBB #multi #specification
High-level mission specification for multiple robots (SG, PP, CM, TB, TB), pp. 127–140.
ECSA-2016-Gerostathopoulos #adaptation #architecture #cyber-physical #self
Architectural Homeostasis in Self-Adaptive Software-Intensive Cyber-Physical Systems (IG, DS, FP, TB, AK), pp. 113–128.
WICSA-2016-BuresHKAS #approach #architecture #physics #statistics
Statistical Approach to Architecture Modes in Smart Cyber Physical Systems (TB, PH, JK, RAA, DS), pp. 168–177.
ICSA-2019-AlamGPAB #detection #framework
A Framework for Tunable Anomaly Detection (MRA, IG, CP, AA, TB), pp. 201–210.
Bibliography of Software Language Engineering in Generated Hypertext (BibSLEIGH) is created and maintained by Dr. Vadim Zaytsev.
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