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Muddy card comments:

As of M Oct 7 lecture:

Comments about lectures:

Lectures move too slowly

Need to improve on explanation of the advantages/disadvantages of the different approaches

Need discussion on what needs to be improved and how to approach POP if willing to improve current algorithms

Good coverage of partial planning

Liked examples of algorithms execution

Liked the papers; the AIMA new chapter were excellent!

Liked the real-life applications

Comments about problem sets:

Problem Set#2:

Problem set was too long & with too much meaningless grant work

Hated the manual simulation in problems #1 & 2. (Work was tedious and didn't really further understanding because the problems were more complex than the stylized example presented in lecture.)

Computer simulation problems were good, esp. #4

Logistical Comments:

Need a class schedule that maps out the entire semester

Lectures tend to run over time

As of W Oct 2 lecture:

Comments about lectures:

How different are the failure detection schemes presented from Kalman filters?

There are a lot of names with regard to space missions--it would be nice to know them all, briefly, before talking about any one in depth.

The last 15 min. on the plan-execute-monitor loop was rushed and I had trouble following.

Good interactive discussion of Graph Plan.

If possible, can you provide the informal search methods chapter from the new AIMA?

Termination of Graphp Plan was not clear.

Elaborate more on abstraction level of planning.

Please elaborate more on prop. logic.

Logistical comments:

Printed slides are hard to read--colors don't show well and slides with small changes don't show up.

The red colored text is almost impossible for me to read.