Abstract: A method for localizing a signal source which emits a signal, including determining a location-dependent bearing measurement of the signal source, receiving a type identification of the signal source, ascertaining a location-dependent residence probability (lthreat({circumflex over (p)}), lshoot({circumflex over (p)}), lalt ({circumflex over (p)})) of the signal source depending on the received type identification of the signal source, superposing the location-dependent bearing measurement of the signal source with the location-dependent residence probability (lthreat({circumflex over (p)}), lshoot({circumflex over (p)}), lalt({circumflex over (p)})).

Abstract: The present disclosure is concerned with a method for searching a search area, a missile, and a missile formation. According to the method, in each case at least one radar is arranged in at least two missiles, wherein the method involves: determining a total search time for searching the search area, splitting the search area into at least two search subareas, and searching the at least two search subareas by means of the respective radar of the at least two missiles. The at least two missiles carry out the searching cooperatively, wherein the search subareas are chosen such that a detection probability is maximized.

Abstract: The present disclosure is concerned with a method for searching a search area, a missile, and a missile formation. According to the method, in each case at least one radar is arranged in at least two missiles, wherein the method involves: determining a total search time for searching the search area, splitting the search area into at least two search subareas, and searching the at least two search subareas by means of the respective radar of the at least two missiles. The at least two missiles carry out the searching cooperatively, wherein the search subareas are chosen such that a detection probability is maximized.

Abstract: A method for searching a search area, with a missile and with a missile formation is described Based on the method, in each case at least one radar is arranged in at least two missiles, wherein the method includes: splitting the search area into at least two search subareas, searching the at least two search subareas by the respective radar of the at least two missiles, wherein the at least two missiles carry out the searching cooperatively, wherein the search subareas are chosen such that a total search time is minimal.