%A I.C. Pyle %A I.C. Wand %T Developments in real time software %R York Computer Science Report 1 %I Department of Computer Science, University of York %C Heslington, York, England %D December 1976 %A A.J. Willmott %T Heating by means of a flowing medium %R York Computer Science Report 2 %I Department of Computer Science, University of York %C Heslington, York, England %D December 1976 %A Anon %T Report on the central Computing Service for the year August 1975 - July 1976 %R York Computer Science Report 3 %I Department of Computer Science, University of York %C Heslington, York, England %D February 1977 %A I.C. Pyle %T Structured real time programming %R York Computer Science Report 4 %I Department of Computer Science, University of York %C Heslington, York, England %D March 1977 %A J. Holden %A I.C. Wand %T Experiences with the programming language Modula %R York Computer Science Report 5 %I Department of Computer Science, University of York %C Heslington, York, England %D June 1977 %A A. Burns %T Heat transfer coefficient correlations for thermal regenerator calculations - transient response %R York Computer Science Report 6 %I Department of Computer Science, University of York %C Heslington, York, England %D June 1977 %A C. Runciman %T Toward more effective programming %R York Computer Science Report 7 %I Department of Computer Science, University of York %C Heslington, York, England %D January 1978 %A I.C. Pyle %T Annual report to SRC on Project B/RG 76970 "Real time programming languages for industrial and process control" %R York Computer Science Report 8 %I Department of Computer Science, University of York %C Heslington, York, England %D January 1978 %A A.J. Willmott %A A. Burns %T The recuperator analogy for the transient performance of thermal regenerators %R York Computer Science Report 9 %I Department of Computer Science, University of York %C Heslington, York, England %D 1978 %A Anon %T Annual Computing Service report 1976/77 %R York Computer Science Report 10 %I Department of Computer Science, University of York %C Heslington, York, England %D 1978 %A R.C. Thomas %A I.C. Pyle %T The adaptable terminal" a user adjustable non-computer interface %R York Computer Science Report 11 %I Department of Computer Science, University of York %C Heslington, York, England %D March 1978 %A I.C. Pyle %T Methods for the design of control software %R York Computer Science Report 12 %I Department of Computer Science, University of York %C Heslington, York, England %D April 1978 %A I.D. Cottam %T Functional specification of the Modula compiler %R York Computer Science Report 13 %I Department of Computer Science, University of York %C Heslington, York, England %D June 1978 %A I.C. Wand %A J. Holden %T MCODE %R York Computer Science Report 14 %I Department of Computer Science, University of York %C Heslington, York, England %D August 1978 %A I.C. Wand %T Dynamic resource allocation and supervision with the programming language Modula %R York Computer Science Report 15 %I Department of Computer Science, University of York %C Heslington, York, England %D August 1978 %A J. Holden %A I.C. Wand %T An assessment opf Modula %R York Computer Science Report 16 %I Department of Computer Science, University of York %C Heslington, York, England %D November 1978 %A I.C. Wand %T Modula distributed and promulgation 1978 %R York Computer Science Report 17 %I Department of Computer Science, University of York %C Heslington, York, England %D January 1979