%A M. Dowson %T A note on Microplanner %B Implementations of Prolog %E J.A. Campbell %S Ellis Horwood Series in Artificial Intelligence %I Ellis Horwood %C Chichester, England %D 1984 %P 19-27 %A J. Davies %T Popler - implementation of a POP-2-based Planner %B Implementations of Prolog %E J.A. Campbell %S Ellis Horwood Series in Artificial Intelligence %I Ellis Horwood %C Chichester, England %D 1984 %P 28-49 %A R.E. Griswold %T The control of searching and backtracking in string pattern matching %B Implementations of Prolog %E J.A. Campbell %S Ellis Horwood Series in Artificial Intelligence %I Ellis Horwood %C Chichester, England %D 1984 %P 50-64 %A F. Kluzniak %T The "Marseille interpreter" - a personal perspective %B Implementations of Prolog %E J.A. Campbell %S Ellis Horwood Series in Artificial Intelligence %I Ellis Horwood %C Chichester, England %D 1984 %P 65-70 %A F. Kluzniak %A S. Szpakowicz %T Prolog - a panacea ? %B Implementations of Prolog %E J.A. Campbell %S Ellis Horwood Series in Artificial Intelligence %I Ellis Horwood %C Chichester, England %D 1984 %P 71-84 %A M. Nilsson %T The world's shortest Prolog interpreter ? %B Implementations of Prolog %E J.A. Campbell %S Ellis Horwood Series in Artificial Intelligence %I Ellis Horwood %C Chichester, England %D 1984 %P 87-92 %A M.H. van\ Emden %T An interpreting algorithm for Prolog programs %B Implementations of Prolog %E J.A. Campbell %S Ellis Horwood Series in Artificial Intelligence %I Ellis Horwood %C Chichester, England %D 1984 %P 93-110 %K Ferguson diagram %A R. Fogelholm %T Exeter Prolog - some thoughts on Prolog design by a Lisp user %B Implementations of Prolog %E J.A. Campbell %S Ellis Horwood Series in Artificial Intelligence %I Ellis Horwood %C Chichester, England %D 1984 %P 111-116 %A K.M. Kahn %A M. Carlsson %T How to implement Prolog on a Lisp machine %B Implementations of Prolog %E J.A. Campbell %S Ellis Horwood Series in Artificial Intelligence %I Ellis Horwood %C Chichester, England %D 1984 %P 117-134 %A K. Nakamura %T Associative evaluation of Prolog programs %B Implementations of Prolog %E J.A. Campbell %S Ellis Horwood Series in Artificial Intelligence %I Ellis Horwood %C Chichester, England %D 1984 %P 135-146 %A C. Mellish %A S. Hardy %T Integrating Prolog in the Poplog environment %B Implementations of Prolog %E J.A. Campbell %S Ellis Horwood Series in Artificial Intelligence %I Ellis Horwood %C Chichester, England %D 1984 %P 147-162 %A I. Futo %A J. Szeredi %T System simulation and co-operative problem-solving on a Prolog basis %B Implementations of Prolog %E J.A. Campbell %S Ellis Horwood Series in Artificial Intelligence %I Ellis Horwood %C Chichester, England %D 1984 %P 163-174 %A L.M. Pereira %T Logic control with logic %B Implementations of Prolog %E J.A. Campbell %S Ellis Horwood Series in Artificial Intelligence %I Ellis Horwood %C Chichester, England %D 1984 %P 177-193 %A M. Bruynooghe %A L.M. Pereira %T Deductive revision by intelligent backtracking %B Implementations of Prolog %E J.A. Campbell %S Ellis Horwood Series in Artificial Intelligence %I Ellis Horwood %C Chichester, England %D 1984 %P 194-215 %A P.T. Cox %T Finding backtrack points for intelligent backtracking %B Implementations of Prolog %E J.A. Campbell %S Ellis Horwood Series in Artificial Intelligence %I Ellis Horwood %C Chichester, England %D 1984 %P 216-233 %A S. Haridi %A D. Sahlin %T Efficient implementation of unification of cyclic structures %B Implementations of Prolog %E J.A. Campbell %S Ellis Horwood Series in Artificial Intelligence %I Ellis Horwood %C Chichester, England %D 1984 %P 234-249 %A M. Filgueiras %T A Prolog interpreter working with infinite terms %B Implementations of Prolog %E J.A. Campbell %S Ellis Horwood Series in Artificial Intelligence %I Ellis Horwood %C Chichester, England %D 1984 %P 250-258 %A M. Bruynooghe %T Garbage collection in Prolog interpreters %B Implementations of Prolog %E J.A. Campbell %S Ellis Horwood Series in Artificial Intelligence %I Ellis Horwood %C Chichester, England %D 1984 %P 259-267 %A A. Porto %T Epilog: a language for extended programming in logic %B Implementations of Prolog %E J.A. Campbell %S Ellis Horwood Series in Artificial Intelligence %I Ellis Horwood %C Chichester, England %D 1984 %P 268-278 %A J. Fischer Nilsson %T Formal Vienna-definition-method models of Prolog %B Implementations of Prolog %E J.A. Campbell %S Ellis Horwood Series in Artificial Intelligence %I Ellis Horwood %C Chichester, England %D 1984 %P 281-308 %A M. Bellia %A E. Dameri %A P. Degano %A G. Veli %A M. Martelli %T A formal model for lazy implementations of a Prolog-compatible functional language %B Implementations of Prolog %E J.A. Campbell %S Ellis Horwood Series in Artificial Intelligence %I Ellis Horwood %C Chichester, England %D 1984 %P 309-326 %A L. Monteiro %T A proposal for distributed programming in logic %B Implementations of Prolog %E J.A. Campbell %S Ellis Horwood Series in Artificial Intelligence %I Ellis Horwood %C Chichester, England %D 1984 %P 329-340 %A M.J. Wise %T Epilog: re-interpreting and extending Prolog for a multiprocessor environment %B Implementations of Prolog %E J.A. Campbell %S Ellis Horwood Series in Artificial Intelligence %I Ellis Horwood %C Chichester, England %D 1984 %P 341-351 %A S.J. Turner %T W-grammars for logic programming %B Implementations of Prolog %E J.A. Campbell %S Ellis Horwood Series in Artificial Intelligence %I Ellis Horwood %C Chichester, England %D 1984 %P 352-368 %A J.A. Campbell %A S. Hardy %T Should Prolog be list or record oriented ? %B Implementations of Prolog %E J.A. Campbell %S Ellis Horwood Series in Artificial Intelligence %I Ellis Horwood %C Chichester, England %D 1984 %P 369-375 %A R. Ennals %A J. Briggs %A D. Brough %T What the naive user wants from Prolog %B Implementations of Prolog %E J.A. Campbell %S Ellis Horwood Series in Artificial Intelligence %I Ellis Horwood %C Chichester, England %D 1984 %P 376-386 %A M. Warner %T The taming of the sleuth %B Implementations of Prolog %E J.A. Campbell %S Ellis Horwood Series in Artificial Intelligence %I Ellis Horwood %C Chichester, England %D 1984 %P 387-388