Hierarchical,Modular Discrete-Event Modelling in an Object-Oriented Environment

Abelson H. ; Sussman G.J. ; and Sussman J. . 1985. Structure and Interpretation of Computer Programs. MIT press, Cambridge, Mass.

Adelsberger H.H. ; Pooch U. ; Shannon R. ; and Williams G. . 1986. “Rule Based Object Oriented Simulation Systems.” In Intelligent Simulation Environments ( Luker P. A. and Adelsberger H. H. , eds.). Simulation Series 17, no. 1 SCS, San Diego, Calif., 107–112.

Baik D. 1985. “Performance Evaluation of Hierarchical Simulators: Distributed Model Transformations and Mappings.” Doctoral dissertation. Wayne State University, Dept. of Computer Science, Detroit, Mich.

Chen T. 1987. “Implementation of the model base concept in SIMSCRIPT II.5” Masters thesis. Dept of Electrical and Computer Engineering, University of Arizona, Tucson, Ariz. 85721.

Concepcion A.I. 1984. “Distributed Simulation on Multiprocessors: Specification, Design and Architecture” Doctoral dissertation. Wayne State University, Dept. of Computer Science, Detroit, Mich.

Concepcion A.I. 1985. “The Implementation of the Hierarchical Abstract Simulator on the HEP Computer.” Proc. Winter Simulation Conferences . (San Francisco, Calif.). SCS, San Diego, Calif., 428–434.

Concepcion A.I. and Zeigler B. . 1987. “DEVS Formalism: A Framework for Hierarchical Model Development” IEEE Trans. Soft. Engrg. (accepted for publication).

Davis P.K. 1986. “Applying Artificial Intelligence Techniques to Strategic-Level Gaming and Simulation.” In Modelling and Simulation Methodology in the Artificial Intelligence Era ( Elzas M. S. ; Ören T. I. ; Zeigler B.P. eds.). North Holland, Amsterdam, 315–338.

Ehr W. and Wnuk A. . 1985. “Discrete Event Simulation of a Model Family with Boris.” Proc. 11 IMACS World Congress. Oslo, Norway.

Elbert J.L. and Salter R.M. . 1986. “Modeling neural networks in Scheme.” Simulation 46, no. 5 (May): 193–199.

Futo I. 1985. “Combined discrete/continuous modeling and problem solving.” Al, Graphics and Simulation ( Birtwistle G. , ed.). SCS, San Diego, Calif., 23–28.

Hogeweg P. and Hesper B. . 1986. “Knowledge Seeking in Variable Structure Models.” In Modelling and Simulation in the Artificial Intelligence Era ( Elzas M. S. ; Ören T. I. ; Zeigler B. P. , eds.), North Holland Pub. Co., Amsterdam, 227–244.

Hogrefe D. 1985. “Tool support for Model Description with SDL and Simulation.” In Cybernetics and Systems ( Trappl R. , ed.). Hemisphere Press, Washington, D.C.

Intellicorp Staff. 1984. The Knowledge Engineering Environment. Menlo Park, Calif.

Kerckhoffs E.J.H. and Vansteenkiste G.C. . 1986. “The Impact of Advanced Information Processing on Simulation- an Illustrative Review.” Simulation 46, no. 1: 17–26.

Klahr P. 1986. “Expressibility in ROSS, an Object-Oriented Simulation System.” In Artificial Intelligence in Simulation ( Vansteenkiste G.C. ; Kerckhoffs E. J. H. ; Zeigler B. P. , eds.). SCS, San Diego, Calif., 147–156.

O'Keefe R. 1986. “Simulation and Expert Systems- A Taxonomy and Some Examples.” Simulation 46, no. 1: 10–16.

Ören T.I. 1975. “Simulation of Time-Varying Systems.” In Advances on Cybernetics and Systems ( Rose J. , ed.). Gordon and Beach Science Pub., England, 1229–1238.

Ören T.I. 1980. “Design of SEMA: A Software System for Computer-Aided Modelling and Simulation of Sequential Machines.” In Proc. Winter Simulation Conference. IEEE Press, N.Y., 113–123.

Ören T.I. 1984. “Gest- A Modelling and Simulation Language Based on System Theoretic Concepts.” In Simulation and Model-Based Methodologies: An Integrative View ( Ören T. I. ; Zeigler B. P. ; Elzas M. S. , eds.). North-Holland Pub. Co., Amsterdam, 3–40.

Reddy Y.V. ; Fox M.S. ; Husain N. ; and McRoberts M. . 1986. “The Knowledge-Based Simulation System.” IEEE Software (March) 26–37.

Robertson P. 1986. “A Rule Based Expert Simulation Environment.” In Intelligent Simulation Environments ( Luker P.A. and Adelsberger H. H. , eds.) Simulation Series 17, no. 1. SCS, San Diego, Calif., 9–15.

Rozenblit J.W. 1985. “A Conceptual Basis for Model-Based System Design.” Doctoral dissertation. Wayne State University, Dept. of Computer Science, Detroit, Mich.

Rozenblit J.W. and Zeigler B.P. . 1985. “Concepts for Knowledge-Based System Design Environments.” Proc. Winter Simulation Conference (San Francisco, Calif.). SCS, San Diego, Calif., 223–231.

Rozenblit J.W. ; Sevinc S. ; and Zeigler B.P. . 1986. “Knowledge-based Design of LANs Using System Entity Structure Concepts.” Proc. Winter Simulation Conf (Washington, D.C.), 858–865.

Texas Instruments, Inc. Staff. 1986. PC Scheme Language Reference Manual, Dallas, Tex.

Zeigler B.P. 1976. Theory of Modelling and Simulation. Wiley, NY. (Reissued by Krieger Pub. Co., Malabar, Fla. 1985).

Zeigler B.P. 1984. Multifacetted Modelling and Discrete Event Simulation. Academic Press, London and Orlando, Fla.

Zeigler B.P. 1985a. “System-theoretic Representation of Simulation Models.” IIE Transactions, 16, no. 1: 19–34.

Zeigler B.P. 1985b. “Discrete Event Formalisms for Model based Distributed Simulation.” Proc. 1985 SCS Conf. on Distributed Simulation, San Diego, Calif., 3–7.

Zeigler B.P. 1986a. “Hierarchical, Modular Modeling/Knowledge Representation” Proc. 1986 Winter Sim. Conf (Washington, D.C.). SCS, San Diego, Calif., 129–137.

Zeigler B.P. 1986b. “Toward a Simulation Methodology for Variable Structure Modelling.” In Modelling and Simulation Methodology in the Artificial Intelligence Era ( Elzas M. S. ; Oren T. I. ; Zeigler B. P. , eds.). North Holland Pub. Co., Amsterdam.

Zeigler B.P. 1986c. “DEVS-Scheme: a Lisp-based Environment for Hierarchical, Modular Discrete Event Models.” Technical Report AIS-2. CERL Lab, Dept. of ECE, University of Arizona, Tucson, Ariz. 85721.

Zeigler B.P. 1987. “Knowledge Representation from Minsky to Newton and Beyond.” Applied Artificial Intelligence, Vol. 1 (in press), 87–107.

Zeigler B.P. and Reynolds R. . 1985a. “A Hierarchical Information Processing Model for Adaptation to Technology Change.” Systems Research 2, no. 4: 309–317.

Zeigler B.P. and Reynolds R. . 1985b. “Towards a Theory of Adaptive Computer Architectures.” Proc. 5th Int. Conf. Distributed Comp. Sys., (Denver, Colo.), 468–475.