EECI 2013: Receding Horizon Temporal Logic Planning: Difference between revisions
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{{eeci-sp13 header|prev= | {{eeci-sp13 header|prev=Synthesis of Reactive Control Protocols|next=Computer Session: TuliP}} | ||
The first part of this lecture introduces the receding horizon temporal logic planning. Introductory material on high computational complexity of reactive control protocol synthesis is followed by the statement and discussion of a main result and a small example. We discuss implementation details, further extensions, and a hierarchical control structure that utilizes the proposed receding horizon temporal logic planning procedure. | The first part of this lecture introduces the receding horizon temporal logic planning. Introductory material on high computational complexity of reactive control protocol synthesis is followed by the statement and discussion of a main result and a small example. We discuss implementation details, further extensions, and a hierarchical control structure that utilizes the proposed receding horizon temporal logic planning procedure. | ||
Latest revision as of 09:24, 16 March 2013
| Prev: Synthesis of Reactive Control Protocols | Course home | Next: Computer Session: TuliP |
The first part of this lecture introduces the receding horizon temporal logic planning. Introductory material on high computational complexity of reactive control protocol synthesis is followed by the statement and discussion of a main result and a small example. We discuss implementation details, further extensions, and a hierarchical control structure that utilizes the proposed receding horizon temporal logic planning procedure.
Lecture Materials
Further Reading and Additional Information
Receding horizon temporal logic planning,T. Wongpiromsarn, U. Topcu, and R. Murray, submitted to IEEE Transactions on Automatic Control, 2012. Details on the receding horizon temporal logic planning.
