Computer Science Department

CS510

Computer Graphics

Spring 1999

Course Plan

The following is a complete schedule for the course. Here you will find links to the lecture notes as they become available. The related readings are also shown. Many of the Lectures also have associated Maple Worksheets: these can be found on the resources page.

This is a tentative schedule and so expect changes!

Month/Week/Day Lec. Lectures: links to full page & six/page Readings Assign.

Jan 1 19 1 Introduction L1

21 2 Shading Models - Phong & Gouraud L2 Hearn 14-(1-5)

2 26 3 Ray Tracing - Basic Algorithm L3 Hearn 13-(1-10),14-6

28 4 Ray Tracing - Intersections L4 Hearn 14-6

Feb 3 2 5 Ray Tracing - Antialising L5 Hearn 14-6

4 6 Solid Modeling L6 Hearn 10-(1-5,14-17)

4 9 7 Ray Tracing - Wrap Up L7

11 8 Color & Color Models L8 Hearn 15

5 16 9 Introduction to Computer Vision L9 Trucco 1-*

18 10 Acquiring Digital Images L10 Trucco 2-*

6 23 11 Aquiring Images Continued Trucco 3-*

25 12 Digital Images, Convolution & Noise L11 Trucco 10-(1,4)

Mar 7 2 13 Digital Images, Convolution continued Trucco 10-(1,4) Ray Tracer

4 14 Midterm

9 Spring Break

11 Spring Break

8 16 15 Using Color (Bruce Draper) L15

18 16 Basic Features (UMass Notes) L16 Trucco 4-(1-3)

9 23 17 Image Features, Hough Transform L17 Trucco 5-(1,2)

25 18 Burns Line Extraction L18 Trucco 5-3 Proj. Prop

10 30 19 Burns Line Extraction (cont) L19 Trucco 5-5

Apr 1 20 Recognition - Eigenspaces L20 Trucco 10-(1,2)

11 6 21 Recognition - Eigenspaces (Continued) L21 Trucco 10-3

8 22 Recognition - Eigenspaces (Continued) L22 Trucco 10-6,11-(1,2)

12 13 23 Combining Pose & Matching L23 Beveridge

15 24 Recognition, Tree Search & Invariants L24 Trucco 10-2

13 20 25 Rcognition Tree Search (Continued) L25 Hearn 10-(7-13)

22 26 Modeling, Bicubic Surfaces L26 Hearn 10-(7-13) Burns

14 27 27 Modeling, Bezier Surfaces L27 Hearn 14-9

29 28 Modeling, Texture Mapping L28 Hearn 14-7

May 15 4 29 Render Match Refine Approach Stevens TBD

6 30 (Cancelled) Projects

Saturday 8 10:30AM - 12:30AM (Project Presentations)

Final 12 11:20AM to 1:20PM

Month/Week/Day	Lec.	Lectures: links to full page & six/page	Readings	Assign.
Jan	1	19	1	Introduction	L1
21	2	Shading Models - Phong & Gouraud	L2	Hearn	14-(1-5)
2	26	3	Ray Tracing - Basic Algorithm	L3	Hearn	13-(1-10),14-6
28	4	Ray Tracing - Intersections	L4	Hearn	14-6
Feb	3	2	5	Ray Tracing - Antialising	L5	Hearn	14-6
4	6	Solid Modeling	L6	Hearn	10-(1-5,14-17)
4	9	7	Ray Tracing - Wrap Up	L7
11	8	Color & Color Models	L8	Hearn	15
5	16	9	Introduction to Computer Vision	L9	Trucco	1-*
18	10	Acquiring Digital Images	L10	Trucco	2-*
6	23	11	Aquiring Images Continued		Trucco	3-*
25	12	Digital Images, Convolution & Noise	L11	Trucco	10-(1,4)
Mar	7	2	13	Digital Images, Convolution continued		Trucco	10-(1,4)	Ray Tracer
4	14	Midterm
	9		Spring Break
11		Spring Break
8	16	15	Using Color (Bruce Draper)	L15
18	16	Basic Features (UMass Notes)	L16	Trucco	4-(1-3)
9	23	17	Image Features, Hough Transform	L17	Trucco	5-(1,2)
25	18	Burns Line Extraction	L18	Trucco	5-3	Proj. Prop
10	30	19	Burns Line Extraction (cont)	L19	Trucco	5-5
Apr	1	20	Recognition - Eigenspaces	L20	Trucco	10-(1,2)
11	6	21	Recognition - Eigenspaces (Continued)	L21	Trucco	10-3
8	22	Recognition - Eigenspaces (Continued)	L22	Trucco	10-6,11-(1,2)
12	13	23	Combining Pose & Matching	L23	Beveridge
15	24	Recognition, Tree Search & Invariants	L24	Trucco	10-2
13	20	25	Rcognition Tree Search (Continued)	L25	Hearn	10-(7-13)
22	26	Modeling, Bicubic Surfaces	L26	Hearn	10-(7-13)	Burns
14	27	27	Modeling, Bezier Surfaces	L27	Hearn	14-9
29	28	Modeling, Texture Mapping	L28	Hearn	14-7
May	15	4	29	Render Match Refine Approach		Stevens	TBD
6	30	(Cancelled)				Projects
Saturday	8		10:30AM - 12:30AM (Project Presentations)
	Final	12		11:20AM to 1:20PM

CS510 Home

Computer Science Department CS510 Computer Graphics Spring 1999

Computer Science Department

CS510

Computer Graphics

Spring 1999

Course Plan

Computer Science Department

CS510

Computer Graphics

Spring 1999