| Engineering computer graphics | | BIB | 1-5 | |
| C. W. Pidgeon | |||
| An interactive computer graphics facility using a low speed digital computer | | BIB | 6-13 | |
| P. A. V. Thomas | |||
| An industrial graphical design aids system | | BIB | 14-19 | |
| D. Court-Hampton | |||
| A disc oriented graphics display system | | BIB | 20-29 | |
| A. Malowany; M. D. Levine; M. A. Marin; R. Fabi; V. Bakerdjian; V. T. Nguyen | |||
| Designing a language for interactive control programs | | BIB | 30-39 | |
| M. A. Maclean | |||
| A display overlay for computer input | | BIB | 40-45 | |
| A. M. Hlady | |||
| Computer aided map compilations | | BIB | 46-52 | |
| A. R. Boyle | |||
| The use of an interactive display unit to simulate the data manipulation and display needs of an air traffic control sector | | BIB | 53-60 | |
| M. L. Constant; J. K. Cook; G. J. Savage; J. G. Wilson | |||
| Graphical exploration in electrical circuit and model design | | BIB | 61-70 | |
| R. Spence; A. J. Drew | |||
| The use of computer graphics in the stiffness approach to stress analysis | | BIB | 71-80 | |
| C. R. Carman; R. Hangartner; R. J. Pick | |||
| CPM/PERT | | BIB | 81-84 | |
| K. A. Steele | |||
| The electric chicken, a learning robot | | BIB | 85-90 | |
| W. Armstrong; G. Phung; C. Schneegans; P. Vaillancourt | |||
| Man-machine interaction in pattern recognition | | BIB | 91-105 | |
| T. Kasvand | |||
| Polyphonic composition | | BIB | 106-112 | |
| P. Tanner | |||
| Filmit: A computer aided animation system | | BIB | 113-123 | |
| G. J. Savage; J. K. Cook; M. L. Constant | |||