Abstract
Improvements both in technology and in user-oriented software have shown the feasibility of new kinds of non-procedural languages. However, interaction between end-user and data should rely more and more on graphical languages and, particularly, on 'iconic” languages. In the following we review and analyze the forces which are at the origin of changes in the user environment. We give the main specifications of an iconic interface and a command language based on icons. Examples are given in a medical environment.
- ASTR76 Astrahan M & Ap. "System R: A relational approach to database management" ACM TODS 1,2 Juin 1976. Google ScholarDigital Library
- CHAN80 Chang, N.S., Fu, K.S., "Query by Pictorial Example ",IEEE Trans. Soft. Eng. SE6 (1980).Google Scholar
- CHAN81 Chang. N.S., Fu, K.S., "Picture Query Languages for Pictorial Database Systems", Computer 14, 23-33 (1981).Google ScholarDigital Library
- CHAM8O Chamberlin, D., "A summary of user experience with SQL data sublanguage", Proc. International Conference on Data Bases, Aberdeen, Scotland, Juillet 1980.Google Scholar
- DATE71 Date, C.J., Hopewell, P., "File definition and logical data independence", Proc. ACM SIGFIDET Workshop on data description access and control, 1971.Google ScholarDigital Library
- DATE82 Date, C.J., "An introduction to database systems", Addison Wesley, ed. (Third edition) 1982. Google ScholarDigital Library
- DBAS84 Dbase III {TM} "Dbase III Reference Guide", Ashton Tate, 1984.Google Scholar
- DBTG71 Data Base Task Group of Codasyl P. - Programming language Committee Report (April 1971) - Available from BCS,ACM.Google Scholar
- ELBE82 Ellis C., Bernal M. "Offlcetalk-d-an experimental office information system -Proc. ACM, SIGOA conference, 1982. Google ScholarDigital Library
- ERFR84 Er-radi, M., Frasson, C., "Image Database Systems", D#p.I.R.O., Universit# de Montreal, Internal report 155, October 1984.Google Scholar
- FRAS85 Frasson, C., "The evolution of enduser languages ". International Sym- .poslum on New directions in Computing, IEEE, Tr ondhelm, Aug. 1985.Google Scholar
- FRER85 Frasson, C., Er-radi, Mohammed., "An Icon-Based Language for Applications in Medicine", D#partement d'I.R.O., University of Mont real, Internal report 158, January 1985.Google Scholar
- GLTA84 Glinert P.,Tanimoto L.,"Pict: an interactive graphical programming environment.Computer IEEE, November 1984. Google ScholarDigital Library
- GROS84 Grosky W. "Toward a data model for integrated pictorial databases", Comp ute r Vi s ion Gr aphi cs and Image Processing 25, Academic Press 1984.Google Scholar
- HERO80 Herot C. "Spatial management of data. ACM TODS, Vol. 5, no 4, Dec. 1980. Google ScholarDigital Library
- HERO82 Herot C. "Graphical user interfaces" Proc. of the NYU symposium on user interfaces, May 1982. Google ScholarDigital Library
- KNOW83 Knowledge Man, "Reference guide" Micro Data Base Systems, Lafayette, 1983.Google Scholar
- LEWL84 Lee A., Woo C., Lo chovsky F. "Office-aid: an integrated document management system". Second ACM-SIGOA conference on office information syst era, Toronto, Juin 1984. Google ScholarDigital Library
- LIEN77 Lien, Y., Utter, D., "Design of an image database". Proc. 1977, IEEE, Workshop on Picture data description and management. 1977.Google Scholar
- MAPP83 Mapper 5 et 6 "Reference guide". Sperry Inc., Mississauga, Ontario, 1983.Google Scholar
- MCDS75 McDonald, N., Stonebraker, M., "CUPID, The Friendly Query Language". Proc. ACM Pacific Conference, San Francisco, (April 1975).Google Scholar
- PUFK83 PUrvy R., Farrel J, Klose P. "The design of star's record processing: data processing for the non computer professional. ACM Transaction on office information systems, vol I, no 1, 1983. Google ScholarDigital Library
- RAED85 Raeder, G., "Programming in Pictures: implications on software development". International Symposium on New Direct ions in Computing, IEEE, Trondheim, Aug. 1985.Google Scholar
- RAMI83 Ramis II, "Reference guide". - Mathematica products group Inc., Nepean, Ontario, 1983.Google Scholar
- RBAS84 Rbase 4000, 6000 "Reference guide". Microrim Inc., Bellevue.Google Scholar
- RSI79 Relational Software Incorporation "Oracle Introduction" version 1.3, 1979. Available from RSI, 3000 Sand Hill Road, Menlo Park, California 94025.Google Scholar
- SCHN82 Schneldermann B., "The future of interactive Systems and the emergence of direct manipulation". PToc. of the NYU symposium on user interfaces, May 1982. Google ScholarDigital Library
- SCHN83 Schneidermann B., "Direct manipulation: a step beyond programming language", IEEE Computer. Vol. 16,8, August 1983.Google Scholar
- SHU85 Shu, N.C., "Visual Programming languages: a dlmens ional analys Is", International Symposium on New Direct ions in Computing, IEEE, Trondheim, Aug. 1985.Google Scholar
- SIKV82 Smith D., Irby C, Kimball R., Verplank B., Harshem E. "Designing the star user interface -Byte vol 7, no. 4. 1982.Google Scholar
- TSIL80 Tsichritzis D., Lochovsky F., "Office information systems: challenge for the 8 0' s - Te chnical report CSRG- 127, Computer Systems Research Group, University of Toronto, March 1981.Google Scholar
- WILL83 Williams. G., "The Lisa computer system", Byte vol. 8,2, 1983.Google Scholar
- ZLOO75 Zloof, M.M., "Query by Example". Proc. National Computer Conference, Vol. 44. AFIPS Press 1975.Google Scholar
- ZLOO82 Zloof. M., "Office by example: a business language that unifies data and word processing and electronic mail, IBM System Journal, vol. 21, 3, 1982.Google ScholarDigital Library
Index Terms
- Principles of an icons-based language
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