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			     TUTORIAL I


Basic plan: two morning lectures of 90 minutes, two afternoon labs, 90 min


MONDAY

Introduction							(Doug)
Mycin case study						(Randy)

Demo: mycin, dart
Interactive design of symbolic math system in traditional form
	description of problem
	begin work on design


TUESDAY

Introduce rule based system					(Doug)
Sampler of control, inference and problem solving methods	(Randy)

Interactive design, second session
Use of rule-based system version of symbolic math system
	basic use of existing system to solve some problems


WEDNESDAY

Overview of Knowledge representation				(Doug)
Overview of knowledge acqusition				(Randy)

afternoon off to decompress
evening: barbque
	socializing with Teknowledge executive staff
	and with those teaching the follow-on courses
	Also a chance to comment on the course so far.


THURSDAY

Validation (30 min)						(Doug)
Spectrum of knowlede-based, expert-, and			(Doug)
	rule-based systems (30 min)
	(Litho, Dipmeter, etc.)
Achitecture case study: Hearsay and Harpy (90 min)		(Randy)
Current and future issues in these systems (30 min)		(Doug)

Use of rule-based system: adding knowledge
Use of rule-based system: adding control knowledge


FRIDAY	(labs in morning; lectures in afternoon)


Use of rule-based system: explanation
Presentation by students of their systems

Review of main themes of course					(Randy)
Concluding session: pragmatics					(Doug)