Journal: ACM SIGCSE Bulletin

Volume 39, Issue 2

8 -- 9C. Dianne Martin. Leadership, teamwork, and ethics in the development of IT professionals
9 -- 10Tony Clear. Computing relationships: transactional algorithms yield to social networks
10 -- 11Heikki Topi. Revising the IS undergraduate model curriculum
12 -- 13Raymond Lister. Strangers, enemies, terms and taxonomies
13 -- 14Henry MacKay Walker. Reading and class work
15 -- 0Robert D. Campbell. Reflections on a history
16 -- 18Yoram Eshet. Teaching online: survival skills for the effective teacher
18 -- 19A. Joe Turner. IFIP educational activities
19 -- 20Owen L. Astrachan. Cutting apron strings
20 -- 21Lisa C. Kaczmarczyk. ::::We:::: can do interdisciplinarity
21 -- 23Jeffrey L. Popyack. New alliances and continuing excellence
24 -- 0Peter B. Henderson. Reflections on teaching discrete math for the first time
24 -- 25David Ginat. Domino arrangements
25 -- 26Nick Parlante. Nifty reflections
28 -- 31Kevin L. Huggins, Rachelle DeCoste. Reflections on teaching discrete math for the first time
32 -- 36Jens Bennedsen, Michael E. Caspersen. Failure rates in introductory programming
37 -- 41Clayton Lewis. Attitudes and beliefs about computer science among students and faculty
42 -- 45Jeffrey A. Stone, Elinor M. Madigan. Integrating reflective writing in CS/IS
46 -- 49Justin Solomon. Putting the ::::science:::: into computer science: treating introductory computer science as the study of algorithms
50 -- 53Mario Piattini, Félix García. Adapting the course quality of information systems to E.H.E.A guidelines
54 -- 56Carol Edmondson. How to fail a programming assignment
57 -- 61V. Javier Traver. Can user-centered interface design be applied to education?
62 -- 64Christina Preston. Braided learning: investigating an emerging model of online professional debate between international educators
65 -- 69Yuila Stolin, Orit Hazzan. Students understanding of computer science soft ideas: the case of programming paradigm
70 -- 74John D. N. Dionisio, Caskey L. Dickson, Stephanie E. August, Philip M. Dorin, Ray Toal. An open source software culture in the undergraduate computer science curriculum
75 -- 79Ali Rafieymehr, Richard McKeever. Java visual debugger
80 -- 82Abdul Sattar 0002, Torben Lorenzen. Develop a compiler in Java for a compiler design course
84 -- 87Philip M. Dorin. Laboratory redux
88 -- 91Nurul I. Sarkar, Trevor M. Craig. A low-cost PIC unit for teaching computer hardware fundamentals to undergraduates
92 -- 96Laurent Dairaine, Guillaume Jourjon, Emmanuel Lochin, Sebastien Ardon. IREEL: remote experimentation with real protocols and applications over an emulated network
97 -- 101Wadee S. Alhalabi, Miroslav Kubat, Moiez A. Tapia. Search engine ranking efficiency evaluation tool
131 -- 137Gavriel Yarmish, Danny Kopec. Revisiting novice programmer errors
138 -- 141Roberto Jimeno, M. S. Jorge, L. Ortega-Arjona. Curb your objects!: an orthodox form for C# classes
142 -- 145Gennady Lomako. Learning computer programming and role of errors in design
146 -- 156Danny Kopec, Gavriel Yarmish, Patrick Cheung. A description and study of intermediate student programmer errors
157 -- 159Michael Anshel, Sarah Levitan. Reducing medical errors using secure RFID technology
160 -- 165Mohamed K. Saad, Syed V. Ahamed. Vulnerabilities of RFID systems in infant abduction protection and patient wander prevention
166 -- 170D. Sturm, R. S. Beiss. A root cause analysis interface for error reporting
171 -- 176Alireza Ebrahimi, Christina Schweikert, S. Sayeed, S. Parham, H. Akibu, A. Saeed, W. Parris. Website error analysis of colleges and universities on Long Island in New York
177 -- 179D. A. Quarless. Redundant features of design in blackboard (LMS) and user error
180 -- 184Danny Kopec, Suzanne Tamang. Failures in complex systems: case studies, causes, and possible remedies