Difference between revisions of "2008 TE Session Materials"
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Image:2008_TE_Session_-_Intro.pdf|Introduction to Robotics & Structures | Image:2008_TE_Session_-_Intro.pdf|Introduction to Robotics & Structures | ||
Image:2008_TE_Session_-_Mech_Power_Transmission.pdf|Mechanical Power Transmission | Image:2008_TE_Session_-_Mech_Power_Transmission.pdf|Mechanical Power Transmission | ||
| + | Image:2008_TE_Session_-_Drive_Types.pdf|Drive Configurations | ||
| + | Image:2008_TE_Session_-_Fab.pdf|Fabrication and Safety | ||
| + | Image:2008_TE_Session_-_Manipulation_and_Fluid_Power.pdf|Manipulation and Fluid Power | ||
| + | Image:2008_TE_Session_-_LV1.pdf|Introduction to LabVIEW | ||
| + | Image:2008_TE_Session_-_LV2.pdf|LabVIEW Part 2: Motor Control | ||
| + | Image:2008_TE_Session_-_LV3.pdf|LabVIEW Part 3: Sensors | ||
| + | Image:2008_TE_Session_-_LV4.pdf|LabVIEW Part 4: Strategies & Implementation | ||
</gallery> | </gallery> | ||
====Advanced & Special Topic Sessions==== | ====Advanced & Special Topic Sessions==== | ||
<gallery> | <gallery> | ||
| − | + | Image:2008_TE_Session_-_Adv1.pdf|Advanced Robotics I | |
| + | Image:sailor.zip|ProcessingSailor | ||
</gallery> | </gallery> | ||
Note: * Denotes zip containing all materials | Note: * Denotes zip containing all materials | ||
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Image:2008_TE_Session_-_Intro_(handouts).pdf|Introduction to Robotics & Structures | Image:2008_TE_Session_-_Intro_(handouts).pdf|Introduction to Robotics & Structures | ||
Image:2008_TE_Session_-_Mech_Power_Transmission_(handouts).pdf|Mechanical Power Transmission | Image:2008_TE_Session_-_Mech_Power_Transmission_(handouts).pdf|Mechanical Power Transmission | ||
| + | Image:2008_TE_Session_-_Drive_Types_(handouts).pdf|Drive Configurations | ||
| + | Image:2008_TE_Session_-_Fab_(handouts).pdf|Fabrication and Safety | ||
| + | Image:2008_TE_Session_-_Manipulation_and_Fluid_Power_(handouts).pdf|Manipulation and Fluid Power | ||
| + | Image:2008_TE_Session_-_LV1_(handouts).pdf|Introduction to LabVIEW | ||
| + | Image:2008_TE_Session_-_LV2_(handouts).pdf|LabVIEW Part 2: Motor Control | ||
| + | Image:2008_TE_Session_-_LV3_(handouts).pdf|LabVIEW Part 3: Sensors | ||
| + | Image:2008_TE_Session_-_LV4_(handouts).pdf|LabVIEW Part 4: Strategies & Implementation | ||
</gallery> | </gallery> | ||
| Line 41: | Line 56: | ||
<gallery> | <gallery> | ||
| + | |||
| + | </gallery> | ||
| + | |||
| + | ==Sample Code== | ||
| + | |||
| + | ====LabVIEW Part 1==== | ||
| + | <gallery> | ||
| + | Image:nxt_vol.zip|Volume display demo | ||
| + | Image:simple_mult.zip|Simple Multiplication Demo | ||
| + | </gallery> | ||
| + | |||
| + | ====LabVIEW Part 2==== | ||
| + | <gallery> | ||
| + | Image:fig8.zip|Figure 8 activity solution | ||
| + | Image:etch_sketch1.zip|Etch a sketch encoder demo | ||
| + | Image:BfollC.zip|Use motor on port B to control port C with a PD loop! Try it! | ||
| + | </gallery> | ||
| + | |||
| + | ====LabVIEW Part 3==== | ||
| + | <gallery> | ||
| + | Image:NXT_Sensors.zip|Examples of each sensor | ||
| + | Image:LineFollower.zip|Line following example | ||
| + | Image:Drive_Till_Line.zip|Drive till line | ||
| + | Image:FRC_LabVIEW_Demo_Code.zip|FRC LabVIEW Demo Code | ||
</gallery> | </gallery> | ||
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| − | [[Category: | + | [[Category:Outreach]][[Category:2008-2009]] |
Latest revision as of 18:54, 22 May 2020
Welcome to the 2008 Technology Enrichment Sessions downloadable materials list.
Contents
Links
Promo
2008 TE Info Sheet
TE Map of Georgia Tech
Lectures
PDF's of our lecture slides (not handouts).
Teacher Meeting
Basic Sessions
Introduction to Robotics & Structures
Mechanical Power Transmission
Drive Configurations
Fabrication and Safety
Manipulation and Fluid Power
Introduction to LabVIEW
LabVIEW Part 2: Motor Control
LabVIEW Part 3: Sensors
LabVIEW Part 4: Strategies & Implementation
Advanced & Special Topic Sessions
Advanced Robotics I
ProcessingSailor
Note: * Denotes zip containing all materials
Handouts
Handouts in 3 up with note space on the side.
Basic Sessions
Introduction to Robotics & Structures
Mechanical Power Transmission
Drive Configurations
Fabrication and Safety
Manipulation and Fluid Power
Introduction to LabVIEW
LabVIEW Part 2: Motor Control
LabVIEW Part 3: Sensors
LabVIEW Part 4: Strategies & Implementation
Advanced & Special Topic Sessions
Sample Code
LabVIEW Part 1
Volume display demo
Simple Multiplication Demo
LabVIEW Part 2
Figure 8 activity solution
Etch a sketch encoder demo
Use motor on port B to control port C with a PD loop! Try it!
LabVIEW Part 3
Examples of each sensor
Line following example
Drive till line
FRC LabVIEW Demo Code
