Search for dissertations about: "Plan Recognition"
Showing result 1 - 5 of 20 swedish dissertations containing the words Plan Recognition.
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1. Knowledge representation and stocastic multi-agent plan recognition
Abstract : To incorporate new technical advances into military domain and make those processes more efficient in accuracy, time and cost, a new concept of Network Centric Warfare has been introduced in the US military forces. In Sweden a similar concept has been studied under the name Network Based Defence (NBD). READ MORE
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2. Computational models for intent recognition in robotic systems
Abstract : The ability to infer and mediate intentions has been recognized as a crucial task in recent robotics research, where it is agreed that robots are required to be equipped with intentional mechanisms in order to participate in collaborative tasks with humans.Reasoning about - or rather, perceiving - intentions enables robots to infer what other agents are doing, to communicate what are their plans, or to take proactive decisions. READ MORE
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3. Expressing and recognizing intentions
Abstract : With the advancement of Artificial Intelligence, intelligent computer programs known as agents are coming increasingly close to the life of human beings. In an optimistic view, predictions tell us that agents will be governing many machines such as phones, robots and cars. READ MORE
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4. Stochastic Multi-Agent Plan Recognition, Knowledge Representation and Simulations for Efficient Decision Making
Abstract : Advances in information technology produce large sets of data for decision makers. In both military and civilian efforts to achieve decision superiority, decision makers have to act agilely with proper, adequate and relevant information available. Information fusion is a process aimed to support decision makers’ situation awareness. READ MORE
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5. Synthesis and binding studies of 9,10-disubstituted anthracene and dibenzobarrelene-based receptors for recognition of carbohydrates in water
Abstract : Artificial, amfiphilic, and biomimetic receptors soluble in water were synthesized via attaching polar amino acids to hydrophobic back-bones possessing a surface suitable for hydrophobic interactions. The hydrophobic back-bones chosen in this thesis were anthracene and dibenzobarrelene structures. READ MORE