Abstract is missing.
- Statistical quality control: how to detect unreliable software componentsHarald A. Stieber. 8-12 [doi]
- Evolutionary neural networks: a robust approach to software reliability problemsRobert Hochman, Taghi M. Khoshgoftaar, Edward B. Allen, John P. Hudepohl. 13-26 [doi]
- Predicting fault-prone modules with case-based reasoningTaghi M. Khoshgoftaar, K. Ganesan, Edward B. Allen, Fletcher D. Ross, Rama Munikoti, Nishith Goel, Amit Nandi. 27-35 [doi]
- Detection of response time failures of real-time softwareBarry R. Pekilis, Rudolph E. Seviora. 38-47 [doi]
- Hierarchical supervisors for automatic detection of software failuresTony Savor, Rudolph E. Seviora. 48-59 [doi]
- Xept: a software instrumentation method for exception handlingKiem-Phong Vo, Yi-Min Wang, P. Emerald Chung, Yennun Huang. 60-69 [doi]
- Program segmentation for controlling test coverageFevzi Belli, Javier Dreyer. 72-83 [doi]
- Automatic test generation using checkpoint encoding and antirandom testingHuifang Yin, Zemen Lebne-Dengel, Yashwant K. Malaiya. 84-95 [doi]
- Testing strategies for form-based visual programsGregg Rothermel, Lixin Li, Margaret M. Burnett. 96-107 [doi]
- Input requirements needed to produce an operational profile for a new telecommunications system (Abstract)Raymond V. Sandfoss, Steven A. Meyer. 110 [doi]
- Guiding reengineering with the operational profile (Abstract)James Cusick, Max Fine. 111 [doi]
- Successful application of software reliability engineering for the NASA Space Shuttle (Abstract)Ted W. Keller, Norman F. Schneidewind. 112-113 [doi]
- Software reliability in weapon systems (Abstract)P. Carnes. 114 [doi]
- A practical method for the estimation of software reliability growth in the early stage of testingMin Xie 0001, Guan Y. Hong, Claes Wohlin. 116-123 [doi]
- What do the software reliability growth model parameters represent?Yashwant K. Malaiya, Jason Denton. 124-135 [doi]
- Software reliability growth models: assumptions vs. realityAlan Wood. 136-141 [doi]
- Panel: Qualifying The Reliability Of COTS Software ComponentsJeffrey M. Voas, Chuck Howell, Bill Everett. 144 [doi]
- On the estimation of reliability of a software system using reliabilities of its componentsSaileshwar Krishnamurthy, Aditya P. Mathur. 146-155 [doi]
- An example of risk assessment of software systems specificationsHany H. Ammar, Tooraj Nikzadeh, Joanne Bechta Dugan. 156-167 [doi]
- Automatic simulation to predict software architecture reliabilityJ. Jenny Li, Josephine Micallef, Joseph R. Horgan. 168-179 [doi]
- Using reversible computing to achieve fail-safetyPeter G. Bishop. 182-191 [doi]
- An approach to measuring and assessing dependability for critical software systemsDong Tang, Herbert Hecht. 192-202 [doi]
- An operational profile for the Cartridge Support SoftwareKen Chruscielski, Jeff Tian. 203-212 [doi]
- Keynote: Software Reliability In Theory And PracticeLarry Dalton. 216 [doi]
- Building software quality classification trees: approach, experimentation, evaluationRyouei Takahashi, Yoichi Muraoka, Yukihiro Nakamura. 222-233 [doi]
- Quantitative evaluation of capture-recapture models to control software inspectionsLionel C. Briand, Khaled El Emam, Bernd G. Freimut, Oliver Laitenberger. 234-244 [doi]
- Empirical performance analysis of computer-supported code-reviewsFevzi Belli, Radu Crisan. 245-255 [doi]
- STL: a tool for on-line software update and rejuvenation (Abstract)Shalini Yajnik, Yennun Huang. 258 [doi]
- A top-down approach to high-consequence fault analysis for software systems (Abstract)Ed Fronczak. 259 [doi]
- Use of software triggers to evaluate software process effectiveness and capture customer usage profiles (Abstract)Kathryn Bassin, Padmanabhan Santhanam. 260-261 [doi]
- A study of effective regression testing in practiceW. Eric Wong, Joseph R. Horgan, Saul London, Hiralal Agrawal. 264-274 [doi]
- Effect of class testing on the reliability of object-oriented programsMei-Hwa Chen, Howard M. Kao. 275-282 [doi]
- Confidence-based reliability and statistical coverage estimationWilliam E. Howden. 283-291 [doi]
- Assessing software reliability performance under highly critical but infrequent event occurrencesM. S. Alam, W. H. Chen, Willa K. Ehrlich, M. E. Engel, D. A. Kropfl, P. Verma. 294-307 [doi]
- Reducing uncertainty about common-mode failuresJeffrey M. Voas, Anup K. Ghosh, Frank Charron, Lora Kassab. 308-319 [doi]
- An architectural model for software reliability quantificationCarol Smidts, Donald W. Sova, G. K. Mandela. 324-335 [doi]
- Optimization of reliability allocation and testing schedule for software systemsMichael R. Lyu, Sampath Rangarajan, Aad P. A. van Moorsel. 336-347 [doi]
- Reliability analysis of systems based on software and human resourcesAlberto Pasquini, Giuliano Pistolesi, S. Risuleo, Antonio Rizzo, V. Veneziano. 348-355 [doi]
- Using proxy failure times with the Jelinski-Moranda software reliability modelM. Akber Qureshi, Daniel R. Jeske. 358-365 [doi]
- A non-parametric approach to software reliability predictionMay Barghout, Bev Littlewood, Abdallah A. Abdel-Ghaly. 366-377 [doi]
- Analysis of a software reliability growth model with logistic testing-effort functionChin-Yu Huang, Sy-Yen Kuo, Ing-Yi Chen. 378-388 [doi]
- Enforcing quality of service of distributed objectsAlberto Avritzer, Elaine J. Weyuker. 390-401 [doi]
- Software metrics model for integrating quality control and predictionNorman F. Schneidewind. 402-415 [doi]