Abstract: A situation analysis system for detecting and tracking moving objects within a limited space over a predetermined time period and for analyzing object combinations and episodes in relation to time as well as situations during the period of time, includes at least one tracking unit which has at least one sub-unit which is arranged and oriented to detect the limited space and moving and stationary objects disposed therein, and a central position data processing unit which for each real object determines a global position of the object in the detected space and generates a global object identification and an associated time-dependent global position data set. Each tracking unit has a data transmission unit connected to the central position data processing unit and allows bidirectional communication so that the central position data processing unit can simultaneously transmit data to each at least one tracking unit.

Abstract: A situation analysis system for detecting and tracking moving objects within a limited space over a predetermined time period and for analyzing object combinations and episodes in relation to time as well as situations during the period of time, includes at least one tracking unit which has at least one sub-unit which is arranged and oriented to detect the limited space and moving and stationary objects disposed therein, and a central position data processing unit which for each real object determines a global position of the object in the detected space and generates a global object identification and an associated time-dependent global position data set. Each tracking unit has a data transmission unit connected to the central position data processing unit and allows bidirectional communication so that the central position data processing unit can simultaneously transmit data to each at least one tracking unit.