Spring 2005
Syllabus
CS480 - Personal Navigation Systems
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Syllabus


Description: This course provides an introduction to the design and implementation of software for personal navigation systems. Specifically, it considers how prinicpals of object-oriented design can be applied in this particular domain and the algorithms and data structures that are used when implementing such systems.
Textbook: There is no textbook for this course. Readings are available on the Internet.

Outline: This course is organized as follows:

Part I: Introduction
1/10 About this Course
1/12 Review of OOP (and Java) Review of Java
1/14 Review of Data Structures and Algorithms Algorithms
Part II: Maps
1/19 Cartography and Remote Sensing
1/21-1/24 Vector Arithmetic: Introduction and Software Design Issues
1/26-1/28 Analytic Geometry: Introduction and Software Design Issues
1/31-2/2 Vector Graphics
2/4-2/9 Coordinate Systems: For 2 , For 3 and Software Design Issues
2/11-2/16 Map Projections: For a Spherical Planet
2/18 Exam 1
Part III: Location/Position Determination
2/21 Introduction
2/23 Event-Based Programming: The Observer Pattern and An Example Observer
2/25-2/28 Data Acquisition: Checksums , Communications Ports and Software Design Issues
3/2-3/4 Partitioning Spatial Data: Introduction and Software Design Issues
3/14-3/18 The Global Positioning System , Triangulation Using Optimization: Part I and Part II
3/21 Exam 2
Part IV: Static Routing
3/23 An Introduction to Graphs and Modeling Road Networks
3/25 Routing Algorithms
3/28-4/4 Data Structures: Graphs , Routing , Trees and Heaps
4/6 Geocoding: Introduction and Text Matching
4/8 Design Issues
4/11 Review
Part V: Real-Time Routing
4/13 Computational Geometry: Metrics , Euclidean Calculations and Great Circle Distances
4/15 No Class -- ISAT Senior Project Presentations
4/18-4/20 Map Matching
4/22 Route Recalculation
4/25 Design Issues
4/27 Routing for En Route Commerce
4/29 Review

You are expected to come to class prepared to ask and answer questions on the topics above.

Grading: Final grades will be based on your performance on: 2 in-class exams (25% each) , 1 final exam (25% total) and several programming assignments (25% total).
Programming Assignments: 5 programming assignments will be assigned during the semester.

Make sure you read and understand all of the policies related to programming assignments.

Office Hours: You may meet with Prof. Bernstein during his scheduled office hours or you may schedule an appointment with him.

Copyright 2007