Segmented CTE - Artificial Intelligence for Robotics

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  1. Udacity
  2. google
  3. robotic car
  4. artificial intelligence
  5. robotics
  6. computer science
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Segmented CTE - 0:05:33

Segmented CTE - Artificial Intelligence for Robotics

Segmented CTE Solution 0:00:50

Segmented CTE Solution - Artificial Intelligence for Robotics

Planning Solution - 0:00:22

Planning Solution - Artificial Intelligence for Robotics

Efficiency Solution - 0:00:55

Efficiency Solution - Artificial Intelligence for Robotics

SSCAP: Self-supervised Co-occurrence 0:04:56

SSCAP: Self-supervised Co-occurrence Action Parsing for Unsupervised Temporal Action Segmentation

Hierarchical Modeling for 0:04:58

Hierarchical Modeling for Task Recognition and Action Segmentation in Weakly-Labeled Instructional

PID - Artificial 0:00:40

PID - Artificial Intelligence for Robotics

Computing Value Solution 0:00:14

Computing Value Solution - Artificial Intelligence for Robotics

Wrap Up - 0:01:04

Wrap Up - Artificial Intelligence for Robotics

Omega and Xi 0:01:14

Omega and Xi Solution - Artificial Intelligence for Robotics

Expand Solution - 0:00:52

Expand Solution - Artificial Intelligence for Robotics

CTE IT- With 0:01:45

CTE IT- With Robotic Arm

Fun with Parameters 0:01:01

Fun with Parameters - Artificial Intelligence for Robotics

Value Program - 0:01:22

Value Program - Artificial Intelligence for Robotics

Summary - Artificial 0:00:57

Summary - Artificial Intelligence for Robotics

Untouched Fields Solution 0:01:13

Untouched Fields Solution - Artificial Intelligence for Robotics

Introducing Noise Solution 0:02:20

Introducing Noise Solution - Artificial Intelligence for Robotics

Cyclic Smoothing - 0:02:03

Cyclic Smoothing - Artificial Intelligence for Robotics

Computing Value 2 0:00:13

Computing Value 2 Solution - Artificial Intelligence for Robotics

SLAM Quiz Solution 0:00:20

SLAM Quiz Solution - Artificial Intelligence for Robotics

Measurement and Motion 0:00:12

Measurement and Motion 2 - Artificial Intelligence for Robotics

Implementing Constraints Solution 0:00:40

Implementing Constraints Solution - Artificial Intelligence for Robotics

Putting It All 0:00:42

Putting It All Together - Artificial Intelligence for Robotics

Confident Measurements Solution 0:00:22

Confident Measurements Solution - Artificial Intelligence for Robotics

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I was thinking it would be easier to create a tangent line at the end of the line segment and then just calculate when the robot has crossed that line to know when to move on to the next segment.

TedRobotBuilder
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