EECI09: Estimation over networks: Difference between revisions
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In this lecture we consider some results when a process is being observed by multiple sensors, or when the sensor is transmitting information across a network consisting of multiple communication channels combined in an arbitrary topology. We consider both the analog erasure and digital noiseless channel models. For the digital noiseless channel model, we provide stability conditions. For the analog erasure channel model, we solve the two block design problem for optimal performance. | |||
== Lecture Materials == | == Lecture Materials == | ||
Latest revision as of 16:20, 12 March 2009
| Prev: Cooperative control | Course home | Next: Distributed protocols and verification |
In this lecture we consider some results when a process is being observed by multiple sensors, or when the sensor is transmitting information across a network consisting of multiple communication channels combined in an arbitrary topology. We consider both the analog erasure and digital noiseless channel models. For the digital noiseless channel model, we provide stability conditions. For the analog erasure channel model, we solve the two block design problem for optimal performance.
Lecture Materials
- Lecture slides: Lecture Summary
Further Reading
"Data Transmission over Networks for Estimation and Control", V. Gupta, A. F. Dana, J. Hespanha, R. M. Murray and B. Hassibi, IEEE Transactions on Automatic Control, October 2009, To appear. This paper presents results for estimation across networks of erasure channels.
"Stabilization over Erasure Channels using Multiple Sensors", V. Gupta, N. C. Martins and J. S. Baras, IEEE Transactions on Automatic Control, November 2009 To Appear. This paper presents the stability results for the multi-sensor case, and discusses some performance issues that arise.
"Some Scaling Properties of Large Distributed Control Systems", S. Tatikonda, 42th IEEE Conference on Decision and Control, December 2003. This paper presents some of the earlier work on the digital noiseless channel case, as discussed in the lecture
Additional Information
- Networked Control Systems Repository (M. Branicky and S. Phillipps)
- 2008 lecture page
- Additional links to external information
