mtg 13: Course Review
• mtg 13 html

mtg 12: Research Papers
• mtg 12 html

mtg 7: Robot Vision
• lab 7 html

mtg 6: LabVIEW Embedded for Blackfin
• lab 6 html

mtg 5: VDK (visual dsp++ kernel)
• lab 5 html
• VDK manual index html

mtg 4: laser cutter
• lab 4 html

mtg 3: FPGA design/implementation
• lab 3 html
• control eng 1800-1930, pp. 96–152 no link
• Xilinx Spartan 3E XC3S250E
  – promo pdf
  – homepage html
  – data sheet pdf
• Xilinx Quick Start pdf

mtg 2: sensors/motors/arch/control
• lab 2 html
• control eng 1800-1930, pp. 51–95 no link
• dynamic pwr mgm't, from BF537 data home page html • sensors html

mtg 1: intro
• syllabus html
• BF-HB manual & schems no link
• BF537 manual (pages 1-13) pdf
• DSP guide zip
• control eng 1800-1930, pp. 1-50 no link
• lab 1 html files

91.548 Lab 6: Mobile Robot Programming using LabVIEW Embedded for Blackfin

due March 8

The objective this week is to learn how to use LabVIEW Embedded for Blackfin.

Research/Writing Assignment

Implementation Project

It is assumed that when starting this assignment, you have:

• A robot base capable of carrying around the Blackfin Handy Board.

• Some sensors mounted on the base.

• A multi-threaded VDK program that causes your robot to do something more or less interesting.

• A documentation of this design on inventionDB.com.

• A pointer to your inventionDB “cubeid” URL, posted to the course Wiki, Lab5InventionDBLinks page.

For this week:

1. Re-implement your robot's behavior as a LabVIEW program.

2. Upload the LabVIEW program to your robot's inventionDB entry in source form.

3. Use the inventionDB's weblog entry to upload a graphic image of your LabVIEW program screen, and explain how it works.

Note: people can/should collaborate on this — the inventionDB allows multiple authors on a single project. Make sure all contributors are listed as authors of the inventionDB project page.