Information Science Discussion Papers Series: 1995

1995

95/1: R.J. Pegler and P.G. Firns. Semantic data modelling for hypermedia database applications. Abstract

95/2: P.J. Sallis and T. McMahon. Pursuing a national policy for information technology in school education: A New Zealand odyssey. Abstract

95/3: W.B.L. Wong, P.J. Sallis and D.P. O’Hare. Information portrayal for intentional processes: A framework for analysis. Abstract

95/4: S.K.S. Cockcroft. An object repository model for the storage of spatial metadata. Abstract | Download (138KB)

95/5: S.G. MacDonell. Establishing relationships between specification size and software process effort in CASE environments. Abstract | Download (205KB)

95/6: W.B.L. Wong, P.J. Sallis and D.P. O’Hare. Information portrayal for decision support in dynamic intentional process environments. Abstract | Download (189KB)

95/7: S.J.S. Cranefield, P. Gorman and M.K. Purvis. Communicating agents: An emerging approach for distributed heterogeneous systems. Abstract | Download (143KB)

95/8: M.K. Purvis and S.J.S. Cranefield. Causal agent modelling: A unifying paradigm for systems and organisations. Abstract | Download (132KB)

95/9: A. Holt and G.L. Benwell. Case-based reasoning and spatial analysis. Abstract

95/10: M.K. Purvis, M.A. Purvis and G.L. Benwell. Modelling and simulation of the New Zealand Resource Management Act. Abstract

95/11: B.A. Ballantyne, G.L. Benwell and N.C. Sutherland. Fuzzy concepts, land and cultural confidentiality. Abstract

95/12: S.A. Mann. A case study in environmental decision making. Abstract

95/13: A.J. Marr and G.L. Benwell. Local government GIS in New Zealand since 1989. Abstract | Download (212KB)

95/14: G.L. Benwell, S.A. Mann and C.B. Smith. Integrating modelling and simulation into a problem solving paradigm for improved regional and environmental decision making. Abstract

95/15: S.J.S. Cranefield and M.K. Purvis. Agent-based integration of general-purpose tools. Abstract

95/16: A. Holt and G.L. Benwell. Applying case-based reasoning to spatial phenomena. Abstract

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