| tech,14-2-P05-3001,ak | Our contributions include a concise , <term> modular architecture </term> with reversible processes of <term> understanding </term> and <term> generation </term> , an <term> information-state model of reference </term> , and flexible links between <term> semantics </term> and <term> collaborative problem solving </term> . | #10647 Our contributions include a concise, modular architecture with reversible processes of understanding andgeneration, an information-state model of reference, and flexible links between semantics and collaborative problem solving. | |
| tech,12-2-P05-3001,ak | Our contributions include a concise , <term> modular architecture </term> with reversible processes of <term> understanding </term> and <term> generation </term> , an <term> information-state model of reference </term> , and flexible links between <term> semantics </term> and <term> collaborative problem solving </term> . | #10645 Our contributions include a concise, modular architecture with reversible processes ofunderstanding and generation, an information-state model of reference, and flexible links between semantics and collaborative problem solving. | |
| tech,28-2-P05-3001,ak | Our contributions include a concise , <term> modular architecture </term> with reversible processes of <term> understanding </term> and <term> generation </term> , an <term> information-state model of reference </term> , and flexible links between <term> semantics </term> and <term> collaborative problem solving </term> . | #10661 Our contributions include a concise, modular architecture with reversible processes of understanding and generation, an information-state model of reference, and flexible links between semantics andcollaborative problem solving. | |
| other,26-2-P05-3001,ak | Our contributions include a concise , <term> modular architecture </term> with reversible processes of <term> understanding </term> and <term> generation </term> , an <term> information-state model of reference </term> , and flexible links between <term> semantics </term> and <term> collaborative problem solving </term> . | #10659 Our contributions include a concise, modular architecture with reversible processes of understanding and generation, an information-state model of reference, and flexible links betweensemantics and collaborative problem solving. | |
| tech,3-1-P05-3001,ak | We describe a <term> dialogue system </term> that works with its <term> interlocutor </term> to identify objects . | #10622 We describe adialogue system that works with its interlocutor to identify objects. | |
| model,17-2-P05-3001,ak | Our contributions include a concise , <term> modular architecture </term> with reversible processes of <term> understanding </term> and <term> generation </term> , an <term> information-state model of reference </term> , and flexible links between <term> semantics </term> and <term> collaborative problem solving </term> . | #10650 Our contributions include a concise, modular architecture with reversible processes of understanding and generation, aninformation-state model of reference, and flexible links between semantics and collaborative problem solving. | |
| tech,6-2-P05-3001,ak | Our contributions include a concise , <term> modular architecture </term> with reversible processes of <term> understanding </term> and <term> generation </term> , an <term> information-state model of reference </term> , and flexible links between <term> semantics </term> and <term> collaborative problem solving </term> . | #10639 Our contributions include a concise,modular architecture with reversible processes of understanding and generation, an information-state model of reference, and flexible links between semantics and collaborative problem solving. | |
| other,9-1-P05-3001,ak | We describe a <term> dialogue system </term> that works with its <term> interlocutor </term> to identify objects . | #10628 We describe a dialogue system that works with itsinterlocutor to identify objects. |
