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This shows you the differences between two versions of the page.

--- start [2013/08/14 14:57] – seela
+++ start [2019/09/04 10:48] (current) – calden
@@ Line 1: / Line 1: @@
 ~~NOTOC~~
-====== CSE 1020  ======
+====== EECS 4422/5323  ======
-===== CSE 1020: Introduction to Computer Science I =====
+===== EECS 4422/5323: Computer Vision =====
+/*
-<html> **Announcements related to the course throughout the term are posted on the course forum.**
+<html><!-- **Announcements related to the course throughout the term are posted on the course forum.**
 **Click on the Forum link on the sidebar to access it.**
-**To get started, you can download the Guided Tour, by clicking on the second link in the sidebar.**  </html>
+**To get started, you can download the Guided Tour, by clicking on the second link in the sidebar.** --></html>
+*/
-===== Summer Term 2012-13  =====
-This course lays the conceptual foundation of object-oriented programming. It covers
-    * delegation and contracts,
-    * encapsulation and API programming,
-    * aggregation and the collections framework, and
-    * inheritance and polymorphism,
-all from the client's perspective.
-It also covers language-specific topics such as
-    * types,
-    * control structures,
-    * and exception handling.
-The coverage is done within the framework of the software development process, and emphasizes software engineering throughout.
+===== Fall Term 2019-20  =====
-Emphasis is placed on the development of theoretical concepts, and the acquisition of intellectual and practical skills. The course is intended for prospective computer science, computer security, and computer engineering majors with strong mathematical, analytical, and language abilities. Students who seek a quick exposure to applications or programming might instead consider CSE 1520, CSE 1530, or CSE 1540.
+This course introduces the fundamental concepts of vision with emphasis on computer science and engineering. In particular, the course covers the image formation process, image representation, feature extraction, image understanding, stereopsis, and motion analysis. A vision laboratory is available where students can gain practical experience. (Adapted from the course catalogue.)
-Course work requires problem solving, coding, program testing, and analysis of results. This course is demanding in terms of time; it requires the student to put in many hours of work per week outside of lectures.