Travelled to:1 × Australia
1 × Canada
1 × Denmark
1 × France
1 × Ireland
1 × Jamaica
1 × Japan
1 × United Kingdom
16 × USA
2 × China
2 × Germany
Collaborated with:∅ A.S.Gokhale J.White L.E.Druffel O.Othman B.Natarajan W.Otte C.O'Ryan A.A.Porter G.Deng F.Buschmann R.Cytron P.Stephenson W.Wu D.Benavides E.Wuchner J.Balasubramanian D.Brunsch T.H.Harrison D.L.Levine D.F.Box T.Suda R.A.Wagner C.Yilmaz A.M.Memon J.Willemsen J.H.Hill H.A.Turner J.R.Edmondson B.Dougherty S.Fritsch A.Senart S.Clarke A.Nechypurenko L.W.Dowdy P.Gore I.Pyarali M.Spivak R.W.Selby J.Berney P.Trinidad A.R.Cortés G.T.Edwards A.Nagarajan J.Gray T.Bapty S.Neema K.Czarnecki C.Wienands G.Lenz L.Fiege N.Shankaran G.Biswas P.J.Lardieri E.Mulholland T.Damiano A.S.Krishna Y.Krishnamurthy V.Kachroo D.A.Karr C.Rodrigues J.P.Loyall R.E.Schantz
Talks about:system (12) distribut (10) model (9) develop (8) design (8) time (7) real (6) middlewar (5) configur (5) softwar (5)
♂ Person: Douglas C. Schmidt
DBLP: Schmidt:Douglas_C=
Facilitated 10 volumes:
Ed
PrCoPrCoPrCo
EdEdPrCo
EdPrCo
EdContributed to:
20112011
20092009
20082008
200720072006
20062005200520042004200420032003
20011997
19971997
1995
19921991
1976197519741972Wrote 34 papers:
- CBSE-2011-OtteGS #component #deployment #distributed #embedded #enterprise #predict #realtime
- Predictable deployment in component-based enterprise distributed real-time and embedded systems (WO, ASG, DCS), pp. 21–30.
- GPCE-2011-OtteGSW #component #development #framework
- Infrastructure for component-based DDS application development (WO, ASG, DCS, JW), pp. 53–62.
- ICST-2009-HillTES #component #distributed #non-functional #testing
- Unit Testing Non-functional Concerns of Component-based Distributed Systems (JHH, HAT, JRE, DCS), pp. 406–415.
- SPLC-2009-WhiteDSB #automation #feature model #multi #problem #reasoning
- Automated reasoning for multi-step feature model configuration problems (JW, BD, DCS, DB), pp. 11–20.
- ICSE-2008-FritschSSC #adaptation #bound
- Time-bounded adaptation for automotive system software (SF, AS, DCS, SC), pp. 571–580.
- SPLC-2008-WhiteSBTC #automation #fault #feature model #modelling #product line
- Automated Diagnosis of Product-Line Configuration Errors in Feature Models (JW, DCS, DB, PT, ARC), pp. 225–234.
- EDOC-2007-WhiteSCWLWF #automation #enterprise #java #modelling
- Automated Model-Based Configuration of Enterprise Java Applications (JW, DCS, KC, CW, GL, EW, LF), pp. 301–312.
- SPLC-2007-WhiteSWN #automation #mobile #product line
- Automating Product-Line Variant Selection for Mobile Devices (JW, DCS, EW, AN), pp. 129–140.
- ICSE-2006-DengSG #aspect-oriented #deployment #development #distributed #embedded #modelling #realtime
- Addressing crosscutting deployment and configuration concerns of distributed real-time and embedded systems via aspect-oriented & model-driven software development (GD, DCS, ASG), pp. 811–814.
- SAC-2006-ShankaranBSBLMD #component #distributed #embedded #framework #realtime
- A framework for (re)deploying components in distributed real-time and embedded systems (NS, JB, DCS, GB, PJL, EM, TD), pp. 737–738.
- ICSE-2005-YilmazKMPSGN #assurance #distributed #evolution #monitoring #performance #process #quality
- Main effects screening: a distributed continuous quality assurance process for monitoring performance degradation in evolving software systems (CY, ASK, AMM, AAP, DCS, ASG, BN), pp. 293–302.
- MoDELS-2005-Schmidt #development #distributed #embedded #modelling #realtime
- Model Driven Development for Distributed Real-Time and Embedded Systems (DCS), p. 1.
- MoDELS-2005-WhiteSG #case study #development #enterprise #java #modelling
- Simplifying Autonomic Enterprise Java Bean Applications Via Model-Driven Development: A Case Study (JW, DCS, ASG), pp. 601–615.
- EDOC-2004-BalasubramanianSDO #middleware #performance
- Evaluating the Performance of Middleware Load Balancing Strategies (JB, DCS, LWD, OO), pp. 135–146.
- GPCE-2004-EdwardsDSGN #component #deployment #middleware #modelling
- Model-Driven Configuration and Deployment of Component Middleware Publish/Subscribe Services (GTE, GD, DCS, ASG, BN), pp. 337–360.
- ICSE-2004-MemonPYNSN #assurance #distributed #named #quality
- Skoll: Distributed Continuous Quality Assurance (AMM, AAP, CY, AN, DCS, BN), pp. 459–468.
- GPCE-2003-GrayBNSGN #approach #aspect-oriented #domain model #modelling
- An Approach for Supporting Aspect-Oriented Domain Modeling (JG, TB, SN, DCS, ASG, BN), pp. 151–168.
- ICSE-2003-Schmidt #architecture #distributed
- Pattern-Oriented Distributed System Architectures (DCS), p. 750.
- ICSE-2003-SchmidtB #framework #middleware
- Patterns, Frameworks, and Middleware: Their Synergistic Relationships (DCS, FB), pp. 694–704.
- LCTES-OM-2001-BrunschOS #corba #design #performance #scalability
- Designing an Efficient and Scalable Server-side Asynchrony Model for CORBA (DB, CO, DCS), pp. 223–229.
- LCTES-OM-2001-GoreCSO #corba #design #optimisation #scalability
- Designing and Optimizing a Scalable CORBA Notification Service (PG, RC, DCS, CO), pp. 196–204.
- LCTES-OM-2001-KrishnamurthyKKRLSS #distributed #integration #middleware
- Integration of QoS-Enabled Distributed Object Computing Middleware for Developing Next-Generation Distributed Application (YK, VK, DAK, CR, JPL, RES, DCS), pp. 230–237.
- LCTES-OM-2001-OthmanS #adaptation #design #middleware
- Issues in the Design of Adaptive Middleware Load Balancing (OO, DCS), pp. 205–213.
- LCTES-OM-2001-PyaraliSCS #concurrent #corba #optimisation #realtime #thread
- Evaluating and Optimizing Thread Pool Strategies for Real-Time CORBA (IP, MS, RC, DCS), pp. 214–222.
- OOPSLA-1997-HarrisonLS #design #performance #realtime
- The Design and Performance of a Hard Real-Time Object Event Service (THH, DLL, DCS), pp. 184–200.
- TOOLS-ASIA-1997-Schmidt97b #communication #design pattern #framework #object-oriented #using
- Using Design Patterns and Frameworks to Develop Object-Oriented Communication Systems (DCS), pp. 422–423.
- TOOLS-PACIFIC-1997-Schmidt #communication #design pattern #framework #object-oriented #using
- Using Design Patterns and Frameworks to Develop Object-Oriented Communication Systems (DCS), pp. 361–362.
- ECOOP-1995-SchmidtS #communication #design pattern #experience #platform #using
- Experience Using Design Patterns to Evolve Communication Software Across Diverse OS Platforms (DCS, PS), pp. 399–423.
- HPDC-1992-SchmidtBS #adaptation #architecture #flexibility #lightweight #multi #named #network #performance #protocol
- ADAPTIVE: A Flexible and Adaptive Transport System Architecture to Support Lightweight Protocols for Multimedia Applications on High-Speed Networks (DCS, DFB, TS), pp. 174–186.
- ICSE-1991-SelbyPSB #analysis #development #empirical #feedback #metric
- Metric-Driven Analysis and Feedback Systems for Enabling Empirically Guided Software Development (RWS, AAP, DCS, JB), pp. 288–298.
- DAC-1976-WuS #algorithm #float
- A new routing algorithm for two-sided boards with floating vias (WW, DCS), pp. 151–160.
- DAC-1975-SchmidtD #algorithm
- An iterative algorithm for placement and assignment of integrated circuits (DCS, LED), pp. 361–368.
- DAC-1974-DruffelSW #automation #design #performance
- A simple, efficient design automation processor (LED, DCS, RAW), pp. 127–136.
- DAC-1972-Schmidt #composition #network
- Gate for gate modular replacement of combinational switching networks (DCS), pp. 331–340.