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The paper contains an overview on the design principles and main characteristics of a family of new, strictly object-oriented combat simulation models called COSIMAC (COmbat SImulation Model with Automated Control), developed at our Institute since 1995. They are designed as closed models, which means that a detailed modeling of the highly complicated C3I processes is indispensable. Additionally, the option of an interactive man/machine interface is implemented, which offers the possibility of manual control on different command and control levels for playing against computer generated (and controlled) forces, for experimenting with 'unconventional' decision, and for developing and improving the rule system in a trial-and-error fashion. Furthermore, the paper describes a general architecture for the design of command and control modules, which offers the possibility of describing tactical/operational intentions and concepts of operation in a kind of battle management language (multilayer tactical language concept), the terrain representation, attrition and movement modeling, the development of terrain and situation assessment modules, which are, together with a set of so called planning functions and spatial and procedural templates, a prerequisite for the rule systems that generate adequate tactical missions and orders for the assigned units or simulated objects, and, finally, the main results, conclusions and future developments of the project., Original document contains color images. Pres. at RTO Information Systems Technology Panel (IST), Istanbul, Turkey 9-11 Oct 2000. This article is from ADA391919 New Information Processing Techniques for Military Systems (les Nouvelles techniques de traitement de l'information pour les systemes militaires) p8-1/8-12.