Travelled to:1 × Belgium
1 × China
1 × Denmark
1 × France
1 × Germany
1 × Hungary
1 × Norway
1 × Portugal
1 × South Africa
1 × Switzerland
2 × Canada
2 × Italy
6 × USA
Collaborated with:N.Esfahani H.Bagheri N.Medvidović R.Jabbarvand A.Sadeghi C.Seo M.Hammad E.Yuan K.Razavi G.Edwards J.Garcia E.Kouroshfar ∅ H.Gomaa D.A.Menascé B.R.Schmerl D.Garlan J.Gennari R.Mahmood N.Mirzaei K.R.Canavera A.M.Elkhodary J.Lin E.Kang D.Jackson D.Cooray R.Roshandel D.Kilgore N.Ghorbani K.Hashimoto M.Kim J.P.Sousa S.Ravula B.Petrus M.Mirakhorli L.Xiao Y.Cai J.Cámara
Talks about:softwar (15) architectur (13) system (11) android (9) adapt (6) self (6) analysi (5) framework (4) distribut (4) energi (4)
♂ Person: Sam Malek
DBLP: Malek:Sam
Facilitated 1 volumes:
PrCoContributed to:
2015
2015
2015
2014
20142013
20132012
2011
2010
201020102010
2010
20092008
2008200720072007201620172018201920162016
2017Wrote 31 papers:
- FM-2015-BagheriKMJ #android #bound #design #detection #protocol #verification
- Detection of Design Flaws in the Android Permission Protocol Through Bounded Verification (HB, EK, SM, DJ), pp. 73–89.
- ICSE-v2-2015-SadeghiBM #analysis #android #security #using
- Analysis of Android Inter-App Security Vulnerabilities Using COVERT (AS, HB, SM), pp. 725–728.
- MSR-2015-KouroshfarMBXMC #architecture #case study #evolution #quality
- A Study on the Role of Software Architecture in the Evolution and Quality of Software (EK, MM, HB, LX, SM, YC), pp. 246–257.
- FASE-2014-SadeghiEM #analysis #mining #repository #security
- Mining the Categorized Software Repositories to Improve the Analysis of Security Vulnerabilities (AS, NE, SM), pp. 155–169.
- FSE-2014-MahmoodMM #android #named #testing
- EvoDroid: segmented evolutionary testing of Android apps (RM, NM, SM), pp. 599–609.
- ICSE-2013-EsfahaniMR #architecture #named #nondeterminism
- GuideArch: guiding the exploration of architectural solution space under uncertainty (NE, SM, KR), pp. 43–52.
- QoSA-2013-YuanMSGG #architecture #self
- Architecture-based self-protecting software systems (EY, SM, BRS, DG, JG), pp. 33–42.
- FSE-2012-CanaveraEM #adaptation #execution #mining
- Mining the execution history of a software system to infer the best time for its adaptation (KRC, NE, SM), p. 18.
- FSE-2012-EsfahaniRM #architecture #nondeterminism
- Dealing with uncertainty in early software architecture (NE, KR, SM), p. 21.
- ESEC-FSE-2011-EsfahaniKM #adaptation #nondeterminism #self
- Taming uncertainty in self-adaptive software (NE, EK, SM), pp. 234–244.
- ASE-2010-CoorayMRK #configuration management #reliability
- RESISTing reliability degradation through proactive reconfiguration (DC, SM, RR, DK), pp. 83–92.
- ECSA-2010-EsfahaniM #adaptation #architecture #middleware #on the #platform
- On the Role of Architectural Styles in Improving the Adaptation Support of Middleware Platforms (NE, SM), pp. 433–440.
- FSE-2010-ElkhodaryEM #adaptation #framework #named #self
- FUSION: a framework for engineering self-tuning self-adaptive software systems (AME, NE, SM), pp. 7–16.
- ICSE-2010-EsfahaniM #adaptation #network #paradigm #pervasive #self #social
- Social computing networks: a new paradigm for engineering self-adaptive pervasive software systems (NE, SM), pp. 159–162.
- SAC-2010-GomaaHKMM #adaptation #architecture
- Software adaptation patterns for service-oriented architectures (HG, KH, MK, SM, DAM), pp. 462–469.
- MoDELS-2009-EsfahaniMSGM #composition #modelling
- A Modeling Language for Activity-Oriented Composition of Service-Oriented Software Systems (NE, SM, JPS, HG, DAM), pp. 591–605.
- CBSE-2008-SeoMM #component #distributed #energy #estimation
- Component-Level Energy Consumption Estimation for Distributed Java-Based Software Systems (CS, SM, NM), pp. 97–113.
- WICSA-2008-Malek #architecture #aspect-oriented #effectiveness
- Effective Realization of Software Architectural Styles with Aspects (SM), pp. 313–316.
- WICSA-2008-SeoEMM #architecture #distributed #energy #framework #impact analysis
- A Framework for Estimating the Impact of a Distributed Software System’s Architectural Style on its Energy Consumption (CS, GE, SM, NM), pp. 277–280.
- ASE-2007-SeoMM #distributed #energy #framework
- An energy consumption framework for distributed java-based systems (CS, SM, NM), pp. 421–424.
- FASE-2007-EdwardsMM #architecture #distributed #dynamic analysis
- Scenario-Driven Dynamic Analysis of Distributed Architectures (GE, SM, NM), pp. 125–139.
- ICSE-2007-MalekSRPM #architecture #concept #embedded #product line
- Reconceptualizing a Family of Heterogeneous Embedded Systems via Explicit Architectural Support (SM, CS, SR, BP, NM), pp. 591–601.
- FSE-2016-BagheriM #alloy #analysis #evolution #named #performance #specification
- Titanium: efficient analysis of evolving alloy specifications (HB, SM), pp. 27–38.
- ESEC-FSE-2017-GarciaHGM #android #automation #communication #component #generative
- Automatic generation of inter-component communication exploits for Android applications (JG, MH, NG, SM), pp. 661–671.
- ESEC-FSE-2017-JabbarvandM #android #energy #framework #mutation testing #named #testing
- µDroid: an energy-aware mutation testing framework for Android (RJ, SM), pp. 208–219.
- ESEC-FSE-2017-SadeghiJM #android #named #testing #user interface
- PATDroid: permission-aware GUI testing of Android (AS, RJ, SM), pp. 220–232.
- ASE-2018-HammadGM #android #communication #component #self
- Self-protection of Android systems from inter-component communication attacks (MH, JG, SM), pp. 726–737.
- ASE-2019-LinJM #mobile #semantics
- Test Transfer Across Mobile Apps Through Semantic Mapping (JWL, RJ, SM), pp. 42–53.
- ECSA-2016-SchmerlGSBMCG #analysis #android #architecture #modelling #security
- Architecture Modeling and Analysis of Security in Android Systems (BRS, JG, AS, HB, SM, JC, DG), pp. 274–290.
- WICSA-2016-YuanM #architecture #component #detection #interactive #mining #security
- Mining Software Component Interactions to Detect Security Threats at the Architectural Level (EY, SM), pp. 211–220.
- ICSA-2017-HammadBM #android #architecture
- Determination and Enforcement of Least-Privilege Architecture in Android (MH, HB, SM), pp. 59–68.