Ingeniería de Agentes Software

Este trabajo presenta una propuesta de una asignatura para el segundo ciclo de las titulaciones de Ingeniería Informática, denominada Ingeniería de Agentes Software, para ofrecer a los futuros ingenieros una formación más específica en el desarrollo de proyectos de Inteligencia Artificial donde se apliquen los conceptos de agente y sistemas multiagente. En particular, se describen los conceptos, objetivos y estructura de esta asignatura, en forma de proyecto docente

Automating Tolerance Synthesis: A Framework and Tools

This paper describes CASCADE-T—a new approach to tolerance synthesis that uses a complete representation of the conditional tolerance relations that exist between features of a part under design. Conditional tolerances are automatically determined from functional requirements and shape information. Tolerance primitives based on the virtual boundary requirements approach to tolerance representation are composed to form more complex tolerance relationships. Artificial intelligence techniques, including a constraint network, frame-based system, and dependency tracking are used to support flexible and detailed computation for tolerance analysis and synthesis

An integrated framework for representing design history

Design is a difficult and complex process requiring; creativity, experience, domain knowledge, and problem solving skills. Much of the information that is used and generated during the design process is rarely explicitly recorded. This includes the reasons why design decisions were made. This information is commonly referred to as design rationale (DR). As a result many of the tasks that are performed during the design process are still poorly understood and modifications to designs can have unforeseen and possibly dangerous consequences. [Continues.