Rule Chaining in Marvel: Dynamic Binding of Parameters. - George T. Heineman; Gail E. Kaiser; Naser S. Barghouti; Israel Ben-Shaul (IEEE Expert, 1992)

A transaction manager component for cooperative transaction models. - George T. Heineman (CASCON, 1993)

An Architecture for Multi-User Software Development Environments. - Israel Ben-Shaul; Gail E. Kaiser; George T. Heineman (Comput. Syst., 1993)

Automatic translation of process modeling formalisms. - George T. Heineman (CASCON, 1994)

Process Modelling with Cooperative Agents. - George T. Heineman (EWSPT, 1994)

Incremental Process Support for Code Reengineering. - George T. Heineman; Gail E. Kaiser (ICSM, 1994)

Integrating groupware and process technologies in the Oz environment. - Israel Ben-Shaul; George T. Heineman; Steven S. Popovich; Peter D. Skopp; Andrew Z. Tong; Giuseppe Valetto (ISPW, 1994)

Graphical Support for Code-Level Software Understanding. - Peter G. Selfridge; George T. Heineman (KBSE, 1994)

Emerging Technologies that Support a Software Process Life Cycle. - George T. Heineman; John E. Botsford; Gianluigi Caldiera; Gail E. Kaiser; Marc I. Kellner; Nazim H. Madhavji (IBM Syst. J., 1994)

An Architecture for Integrating Concurrency Control into Environment Frameworks. - George T. Heineman; Gail E. Kaiser (ICSE, 1995)

A 3-level Atomicity Model for Decentralized Process-Centered Software Engineering Environments. - Israel Ben-Shaul; George T. Heineman (EWSPT, 1996)

On the yellow brick road to component-based product lines. - Gail E. Kaiser; Peter D. Skopp; Jack Jingshuang Yang; George T. Heineman (ISPW, 1996)

A three-level atomicity model for decentralized workflow management systems. - Israel Ben-Shaul; George T. Heineman (Distributed Syst. Eng., 1996)

The CORD Appraoch to Extensible Concurrency Control. - George T. Heineman; Gail E. Kaiser (ICDE, 1997)

Composition and interfaces within software architecture. - Helgo M. Ohlenbusch; George T. Heineman (CASCON, 1998)

Adaptation and software architecture. - George T. Heineman (ISAW@FSE, 1998)

Architectural Evolution of Legacy Systems. - Alok Mehta; George T. Heineman (COMPSAC, 1999)

ROVER: A Framework for the Evolution of Relationships. - Kajal T. Claypool; Elke A. Rundensteiner; George T. Heineman (ER, 2000)

Evolving the Software of a Schema Evolution System. - Kajal T. Claypool; Elke A. Rundensteiner; George T. Heineman (FMLDO, 2000)

Component-based software engineering and the issue of trust. - George T. Heineman; William T. Councill; Janet S. Flynt; Alok Mehta; John R. Speed; Mary Shaw (ICSE, 2000)

A model for designing adaptable software components. - George T. Heineman (ACM SIGSOFT Softw. Eng. Notes, 2000)

Evolving Legacy Systems Features Using Regression Test Cases and Components. - Alok Mehta; George T. Heineman (IWPSE, 2001)

The Content Manager: A Tool to Develop Multilingual and Multi-Preference Web Sites. - Alok Mehta; Piedad Rodriguez; Ricardo Rodriguez; George T. Heineman (WSE, 2001)

ROVER: flexible yet consistent evolution of relationships. - Kajal T. Claypool; Elke A. Rundensteiner; George T. Heineman (Data Knowl. Eng., 2001)

COTS workshop: continuing collaborations for successful COTS development. - John C. Dean; Patricia A. Oberndorf; Mark R. Vigder; Chris Abts; Hakan Erdogmus; Neil A. M. Maiden; Michael Looney; George T. Heineman; Michael Guntersdorfer (ACM SIGSOFT Softw. Eng. Notes, 2001)

Evolving legacy system features into fine-grained components. - Alok Mehta; George T. Heineman (ICSE, 2002)

MJoin: a metadata-aware stream join operator. - Luping Ding; Elke A. Rundensteiner; George T. Heineman (DEBS, 2003)

Component Technology and QoS Management. - George T. Heineman; Joseph P. Loyall; Richard E. Schantz (CBSE, 2004)

Component-Based Dynamic QoS Adaptations in Distributed Real-Time and Embedded Systems. - Praveen Kaushik Sharma; Joseph P. Loyall; George T. Heineman; Richard E. Schantz; Richard Shapiro; Gary Duzan (CoopIS/DOA/ODBASE (2), 2004)

Joining Punctuated Streams. - Luping Ding; Nishant K. Mehta; Elke A. Rundensteiner; George T. Heineman (EDBT, 2004)

Dynamic Plan Migration for Continuous Queries Over Data Streams. - Yali Zhu; Elke A. Rundensteiner; George T. Heineman (SIGMOD Conference, 2004)

Managing End-to-End QoS in Distributed Embedded Applications. - Praveen Kaushik Sharma; Joseph P. Loyall; Richard E. Schantz; Jianming Ye; Prakash Manghwani; Matthew Gillen; George T. Heineman (IEEE Internet Comput., 2006)

Guest Editorial. - Ivica Crnkovic; George T. Heineman; Heinz W. Schmidt; Judith A. Stafford; Kurt C. Wallnau (J. Syst. Softw., 2007)

Assessment of Contemporary Modularization Techniques - ACoM'07: workshop report. - Alessandro Garcia 001; Phil Greenwood; George T. Heineman; Robert J. Walker; Yuanfang Cai; Hong Yul Yang; Elisa L. A. Baniassad; Cristina Videira Lopes; Christa Schwanninger; Jianjun Zhao 001 (ACM SIGSOFT Softw. Eng. Notes, 2007)

Algorithms in a nutshell - a desktop quick reference. - George T. Heineman; Gary Pollice; Stanley M. Selkow (O'Reilly, 2009)

Unit Testing of Software Components with Inter-component Dependencies. - George T. Heineman (CBSE, 2009)

Combinatory Synthesis of Classes Using Feature Grammars. - Jan Bessai; Boris Düdder; George T. Heineman; Jakob Rehof (FACS, 2015)

Synthesizing type-safe compositions in feature oriented software designs using staged composition. - Boris Düdder; Jakob Rehof; George T. Heineman (SPLC, 2015)

Towards migrating object-oriented frameworks to enable synthesis of product line members. - George T. Heineman; Armend Hoxha; Boris Düdder; Jakob Rehof (SPLC, 2015)

Modular synthesis of product lines (ModSyn-PL). - Jakob Rehof; George T. Heineman (SPLC, 2015)

ModSyn-PP: Modular Synthesis of Programs and Processes Track Introduction. - Boris Düdder; George T. Heineman; Jakob Rehof (ISoLA (1), 2016)

A Long and Winding Road Towards Modular Synthesis. - George T. Heineman; Jan Bessai; Boris Düdder; Jakob Rehof (ISoLA (1), 2016)

Covariant Conversions (CoCo): A Design Pattern for Type-Safe Modular Software Evolution in Object-Oriented Systems. - Jan Bessai; George T. Heineman; Boris Düdder (ECOOP, 2021)

Covariant Conversions (CoCo): A Design Pattern for Type-Safe Modular Software Evolution in Object-Oriented Systems (Artifact). - Jan Bessai; George T. Heineman; Boris Düdder (Dagstuhl Artifacts Ser., 2021)

Enhancing Auto-scoring of Student Open Responses in the Presence of Mathematical Terms and Expressions. - Sami Baral; Karthik Seetharaman; Anthony F. Botelho; Anzhuo Wang; George T. Heineman; Neil T. Heffernan (AIED (1), 2022)

Improved Lower Bounds on the Expected Length of Longest Common Subsequences. - George T. Heineman; Chase Miller; Daniel Reichman 001; Andrew Salls; Gábor Sárközy; Duncan Soiffer (CoRR, 2024)