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Abstract. The article outlines a concept for the system supporting analyses of threats related to contamination and alarming (WAZkA), for the purpose of the National System for Detection of Contamination and Alarming .UDMRZ\ 6\VWHP :\NU\ZDQLD 6NDĪHĔ L $ODUPRZDQLD .6:SiA) in Poland. Additionally, the article presents the point of designing such system, its concept and components. The main objective of WAZkA is to support the following processes of the KSWSiA: information exchange between the system elements and coordination of the system operations, as well as to prepare assessment and expert analyses, needed by the decision-making bodies, with respect to risk emergency situations during natural disasters, technical failures or other events resulting in biological, chemical or radioactive contamination. The selected modules included in the WAZkA system: Event Tree Analyzer, visualization module (COP) and emulators of the threats monitoring systems, were described as well as the idea of using the system for the purpose of training, including the designed emulators of the risk monitoring systems together with the scenario editor. The Event Tree Anlyzer is a graphical representation of a chronological sequence of events, significant from the point of view of the functioning of the object, which occur after a given event that initiates such sequence. COP is the GIS tool, which allows to present an operating situation on the basis of background maps. The application offers a possibility of enriching the presented operating situation with the risk data provided in the form of NATO ADat-P3 (CBRN) reports. Emulators of the threats monitoring systems allow to generate, in an artificial and user-controlled manner, data on risks, which "pretend" to be real data obtained from the monitoring systems. The above approach significantly facilitates the organization of training and learning about rare situations or situations that have never occurred, but that are potentially dangerous.

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In the paper the planning process of a land battle is presented. The actions on a battlefield should be planned on the basis of a reconnaissance (decision situation recognition) and possible both own troops action and counteractions of enemy. A course of action (CoA) should be verified and we propose to use the special tool for recommendation of CoA. The core of the tool there is the deterministic simulator which is described on the basis of combat model and considering complementary processes of firing and movement. The toolset is presented along with the scenario editor, military equipment, simulator manager and multicriteria estimation of COA.