We are creating a new paradigm for building and maintaining complex real time software systems for the control of moving mechanical systems. This objective is being met through the simultaneous development of both a powerful software environment and cogent motion planning and control capabilities. Our research concentrates on three key areas: (1) Building an innovative, powerful real time software framework, (2) Implementing new distributed control architectures for intelligent mechanical systems, ...
We are creating a new paradigm for building and maintaining complex real-time software systems for the control of moving mechanical systems. This objective is being met through the simultaneous development of both a powerful software environment and cogent motion planning and control capabilities. Our research concentrates on three key areas: (1) Building an innovative, powerful real-time software framework; (2) Implementing new distributed control architectures for intelligent mechanical systems; and (3) ...
We are creating a new paradigm for building and maintaining complex real-time software systems for the control of moving mechanical systems. This objective is being met through the simultaneous development of both a powerful software environment and cogent motion planning and control capabilities. Our research concentrates on three key areas: (1) Building an innovative, powerful real-time software framework; (2) Implementing new distributed control architectures for intelligent mechanical systems; and (3) ...
We are creating a new paradigm for building and maintaining complex real-time software systems for the control of moving mechanical systems. This objective is being met through the simultaneous development of both a powerful software environment and cogent motion planning and control capabilities. Our research concentrates on three key areas: (1) Building an innovative, powerful real-time software framework; (2) Implementing new distributed control architectures for intelligent mechanical systems; and (3) ...
We are creating a new paradigm for building and maintaining complex real-time software systems for the control of moving mechanical systems. This objective is being met through the simultaneous development of both a powerful software environment and cogent motion planning and control capabilities. Our research concentrates on three key areas: Building an innovative, powerful real- time software framework, 9 Implementing new distributed control architectures for intelligent mechanical systems, and 9 ...
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