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inroads (ACM SIGCSE Bulletin), Volume 7
Volume 7, Number 1, February 1975
- Gerald L. Engel, Della T. Bonnette:

Proceedings of the 5th SIGCSE Technical Symposium on Computer Science Education, SIGCSE 1975, Washington, DC, USA, February 20-21, 1975. ACM 1975, ISBN 978-1-4503-7398-2 [contents]
Volume 7, Number 2, June 1975
- Della T. Bonnette:

Editorial notes. 1 - Frank W. Connolly:

Computers at two-year colleges: current course offerings and facilities. 6-11 - Clinton E. Jones:

Need for computer-supported instruction in minority institutions. 12-20 - J. Gerry Purdy:

A graduate course in database management. 21-26 - Anthony C. L. Barnard:

Planning and experience with a one-quarter course on compiler writing using Gries' book and structured programming. 27-29 - Robert N. Chanon:

Compiler construction in an undergraduate course: some difficulties. 30-32 - H. Lynn Beus:

A motivational approach to basic computer science. 33-38 - Asad Khallany, Robert H. Holland:

An introductory computer course in a school of business. 39-42 - Aaron H. Konstam:

Structured programming and the parallel algorithm. 43-47 - Jon T. Rickman:

File structures position paper. 48-50 - Jerry Waxman:

Reflections on B3, discrete structures. 51-54 - Nelson T. Dinerstein:

Does computer science belong in a liberal arts college? 55-64 - Warren T. Jones:

A pragmatically oriented computer science degree program. 65-66 - R. Waldo Roth:

Students and faculty training in systems analysis. 67-73 - Mike T. Tcheng:

The undevelopment of a computer science program. 74-77 - Darrell L. Ward:

A cooperative development effort of a computer science program. 78-83 - Russell J. Abbott:

An informal survey of computer science coursesr. 84-86 - Peter R. Newsted:

Grade and ability predictions in an introductory programming course. 87-91 - Bob F. Caviness:

SAM course outlines. 92-103
Volume 7, Number 3, September 1975
- G. Ingram:

Report of special interest session on computing in minority institution held at fifth annual SIGCSE symposium. 12 - James T. Cain:

Report of the digital systems education committee. 13-16 - Jon Thorhallsson:

Highschool curriculum adopts first semester college computer science. 17-18 - Charles R. Bauer, John G. Meinke:

Computer science for the high school teacher. 19-20 - C. K. Capstick, Jessica Dragonette Gordon, Antonio Salvadori:

Predicting performance by university students in introductory computing courses. 21-29 - Robert S. Cheney:

An introductory computer survey course. 30-34 - Bruce A. Pumplin:

A simple example of the top-down approach to algorithm development. 35-37 - Frank L. Friedman:

An experience in teaching disciplined programming at an elementary level. 38-43 - Alan W. Biermann, Richard I. Baum, M. Silverman:

Trace information as an aid to debugging. 44-49 - J. Paul Tremblay, Paul G. Sorenson:

An introductory course in data structures with applications. 50-57 - George Epstein:

The pyramid teaching computer structures by computer structures. 58-61 - Anthony C. L. Barnard:

Software engineering in an academic computer science curriculum. 62-70 - Nelson T. Dinerstein:

A compiler writing course in a small college. 71-72 - Gerald J. Giaccai, Kenneth Slonneger:

Enhancing SAMOS. 73-76 - Charles H. Porter, Nesa Labbe Wu:

Programming for terminal applications. 77-82
Volume 7, Number 4, December 1975
- Julius A. Archibald:

Proposed mathematics requirements for the bachelor's degree in computer science. 12-15 - Richard Wesley Hamming:

A philosophy for computer science or my prejudices and confusions. 16-18 - Norman E. Sondak:

A computer science minor for engineering and science students. 19-24 - John W. Hamblen:

Computer manpower in the United States - supply and demand. 25-43 - Robert H. McFarland:

Notes from panel discussion on GRE advanced exams presented at fifth annual SIGCSE technical symposium. 44-46 - James F. Gross:

Video augmented computer science (VACS). 47-49 - Jim Miller:

An industry oriented computer curriculum designed for the transfer student. 50-52 - Myron Ginsberg:

A guide to the literature for undergraduate and graduate courses in numerical mathematics. 53-68 - Robert R. Korfhage:

The case for B3 - a reply to Waxman. 69-71 - Neal S. Coulter:

Introducing PMS and ISP notations. 72-75

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