In this paper, we consider the optimal deployment of multiple assets in anti-submarine warfare (ASW) operations with time-dependent strategies. We model this as a zero-sum game that takes place over a finite time horizon. An agent, representing multiple assets, in an ASW operation, decides on the allocation …

In this thesis, we develop mathematical models for the optimal deployment of security forces addressing two main challenges: adaptive behavior of the adversary and uncertainty in the model. We address several security applications and model them as agent-intruder games. The agent represents the security …

The author discusses how helicopters may fly autonomously using fuzzy logic, without crashing too often. He reviewes the added value of sensor fusion in military observation systems. Sensor fusion is motivated by the expected qualitative and quantitative improvement of observations and thus of situation …

Maritime security operations, such as counter-piracy operations, often take place in vast areas of open sea. This requires operating in a coalition task force consisting of multiple task units, each composed of a number of naval assets such as frigates, helicopters, and unmanned aerial vehicles (UAVs). …