TERSE: A tool for evaluating software reliability models. - Mei-Hwa Chen; Michael K. Jones; Aditya P. Mathur; Vernon Rego (ISSRE, 1993)

A case study to investigate sensitivity of reliability estimates to errors in operational profile. - Mei-Hwa Chen; Aditya P. Mathur; Vernon Rego (ISSRE, 1994)

Tools and techniques for testing-based software reliability estimation - Mei-Hwa Chen (1994)

An empirical study of the correlation between code coverage and reliability estimation. - Mei-Hwa Chen; Michael R. Lyu; W. Eric Wong (IEEE METRICS, 1996)

Effect of class testing on the reliability of object-oriented programs. - Mei-Hwa Chen; Howard M. Kao (ISSRE, 1997)

Incorporating Code Coverage in the Reliability Estimation for Fault-Tolerant Software. - Mei-Hwa Chen; Michael R. Lyu; W. Eric Wong (SRDS, 1997)

Software Architecture Analysis-A Case Study. - Wen-Li Wang; Mei-Huei Tang; Mei-Hwa Chen (COMPSAC, 1999)

Testing object-oriented programs - an integrated approach. - Mei-Hwa Chen; Howard M. Kao (ISSRE, 1999)

Regression testing on object-oriented programs. - Ye Wu; Mei-Hwa Chen; Howard M. Kao (ISSRE, 1999)

An Empirical Study on Object-Oriented Metrics. - Mei-Huei Tang; Ming-Hung Kao; Mei-Hwa Chen (IEEE METRICS, 1999)

An Architecture-Based Software Reliability Model. - Wen-Li Wang; Ye Wu; Mei-Hwa Chen (PRDC, 1999)

Techniques of Maintaining Evolving Component-based Software. - Ye Wu; Dai Pan; Mei-Hwa Chen (ICSM, 2000)

Techniques for Testing Component-Based Software. - Ye Wu; Dai Pan; Mei-Hwa Chen (ICECCS, 2001)

Effect of code coverage on software reliability measurement. - Mei-Hwa Chen; Michael R. Lyu; W. Eric Wong (IEEE Trans. Reliab., 2001)

Heterogeneous Software Reliability Modeling. - Wen-Li Wang; Mei-Hwa Chen (ISSRE, 2002)

Measuring OO Design Metrics from UML. - Mei-Huei Tang; Mei-Hwa Chen (UML, 2002)

UML-Based Integration Testing for Component-Based Software. - Ye Wu; Mei-Hwa Chen; Jeff Offutt (ICCBSS, 2003)

Server directed file domain allocation for noncontiguous file access. - Bin Jia; Mei-Hwa Chen; W. Maniatty (CCGRID, 2004)

Dataflow analysis and testing of software components. - Yajuan Pan; Mei-Hwa Chen (IASTED Conf. on Software Engineering and Applications, 2004)

Slicing Component-Based Systems. - Yajuan Pan; Dai Pan; Mei-Hwa Chen (ICECCS, 2005)

Architecture-based software reliability modeling. - Wen-Li Wang; Dai Pan; Mei-Hwa Chen (J. Syst. Softw., 2006)

Maintaining Multi-Tier Web Applications. - Xiaoyu Zheng; Mei-Hwa Chen (ICSM, 2007)

Automatic Test Generation for Database-Driven Applications. - Zhenyu Dai; Mei-Hwa Chen (SEKE, 2007)

Automatic Test Case Generation for Multi-tier Web Applications. - Zhenyu Dai; Mei-Hwa Chen (WSE, 2007)

Clustering and Tailoring User Session Data for Testing Web Applications. - Xingmin Luo; Fan Ping; Mei-Hwa Chen (ICST, 2009)

Progressive Reliability Forecasting of Service-Oriented Software. - Andrew G. Liu; Ewa Musial; Mei-Hwa Chen (ICWS, 2011)

Effect of Data Validity on the Reliability of Data-centric Web Services. - Ewa Musial; Mei-Hwa Chen (ICWS, 2012)

Making Collective Progress Visible for Sustained Knowledge Building. - Mei-Hwa Chen; Jianwei Zhang 004; Jiyeon Lee (CSCL (1), 2013)

Computer-Supported Metadiscourse to Foster Collective Progress in Knowledge-Building Communities. - Jianwei Zhang 004; Mei-Hwa Chen; Jingping Chen; Teresa Ferrer Mico (CSCL (2), 2013)

General Transit Feed Specification data visualization. - Tianchi Zhang 002; Mei-Hwa Chen; Catherine T. Lawson (Geoinformatics, 2014)

Online reliability computing of composite services based on program invariants. - Zuohua Ding; Mei-Hwa Chen; Xiaoxue Li (Inf. Sci., 2014)

Fostering Sustained Knowledge Building through Metadiscourse Aided by the Idea Thread Mapper. - Jianwei Zhang 004; Mei-Hwa Chen; Dan Tao; Yanqing Sun; Jiyeon Lee; Darlene Judson (CSCL, 2015)

Future Learning Spaces for Learning Communities: New Directions and Conceptual Frameworks. - Yotam Hod; Elizabeth S. Charles; Alisa Acosta; Dani Ben-Zvi; Mei-Hwa Chen; Koun Choi; Michael Dugdale; Yael Kali; Kevin Lenton; Scott McDonald; Tom Moher; Rebecca M. Quintana; et al. (ICLS, 2016)

A heuristic transition executability analysis method for generating EFSM-specified protocol test sequences. - Ting Shu; Zuohua Ding; Mei-Hwa Chen; Jinsong Xia (Inf. Sci., 2016)

Making a Difference: Analytics for Quality Knowledge-Building Conversations. - Frank de Jong; Joan Van den Ende; Hennie van Heijst; Yoshiaki Matsuzawa; Paul A. Kirschner; Jianwei Zhang 004; Mei-Hwa Chen; Feng Chen 001; Carolyn P. Rosé; Erick Velazquez Godinez; Sylvie Ratté; Bodong Chen; et al. (CSCL, 2017)

Toward a Multi-Level Knowledge Building Innovation Network. - Marlene Scardamalia; Carl Bereiter; Thérèse Laferrière; Katerine Bielaczyc; Shaoming Chai; Carol K. K. Chan; Bodong Chen; Mei-Hwa Chen; Frank de Jong; Fernando Diaz del Castillo; Kai Hakkarainen; Yoshiaki Matsuzawa; et al. (CSCL, 2017)

Effective online software anomaly detection. - Yizhen Chen; Ming Ying; Daren Liu; Adil Alim; Feng Chen 001; Mei-Hwa Chen (ISSTA, 2017)

Idea Thread Mapper: Designs for Sustaining Student-Driven Knowledge Building Across Classrooms. - Jianwei Zhang 004; Mei-Hwa Chen (CSCL, 2019)

Cross-boundary Interaction for Sustaining Idea Development and Knowledge Building With Idea Thread Mapper. - Guangji Yuan; Jianwei Zhang 004; Mei-Hwa Chen (CSCL, 2019)

Using Digital Textbooks as Knowledge Base to Detect Student Idea Development in Collaborative Discourse. - Jiuning Zhong; Guangji Yuan; Jianwei Zhang 004; Mei-Hwa Chen (iTextbooks@AIED, 2020)

Enhancing Knowledge Building Discourse with Automated Feedback on Idea Complexity. - Jianwei Zhang 004; Guangji Yuan; Jiuning Zhong; Sam Pellino; Mei-Hwa Chen (ICLS, 2020)

Context-Aware Regression Test Selection. - Yizhen Chen; Ninad Chaudhari; Mei-Hwa Chen (APSEC, 2021)

Cross-community knowledge building with idea thread mapper. - Guangji Yuan; Jianwei Zhang 004; Mei-Hwa Chen (Int. J. Comput. Support. Collab. Learn., 2022)

Online Reliability Prediction for Web Applications: An Adaptive Approach with AdaRel. - Chun Yen Chang-Sundin; Ninad Chaudhari; Mei-Hwa Chen (QRS, 2024)