C
- exercise ( 11 )
- 08-12 [Exercise] Linear Control
- 08-06 [Exercise] Kalman Filter
- 11-20 [Exercise] Multi-class SVM for solving MNIST
- 11-11 [Exercise] K-means for clustering
- 11-06 [Exercise] Soft margin SVM
- 06-30 [Exercise] Deep Neural Network in Pytorch
- 06-28 [Exercise] Deep Neural Network from scratch - Classification
- 06-26 [Exercise] Neural Network from scratch - Classification
- 06-25 [Exercise] Neural Network from scratch - Regression
- 06-23 [Exercise] Logistic Regression
- 06-22 [Exercise] Linear Regression
- project ( 9 )
- 07-17 [Project] [Software] Visual Kinematics
- 06-25 [Project] Platform-based Robotic Timber Architecture
- 02-06 [Project] Robotic Craftsmanship
- 10-01 [Project] Sechs (ongoing)
- 07-29 [Project] Move-X (ongoing)
- 07-21 [Project] Robotic Censorship
- 04-02 [Project] [Software] Animation
- 11-28 [Project] [Software] Mahjong Scorer
- 11-05 [Project] Design Projects 2014-17
- publication ( 1 )
- 08-02 [Publication] Working with uncertainties, an adaptive fabrication workflow for bamboo structures
- theory ( 18 )
- 07-23 [Theory] [Probabilistic Robotics] ch2
- 11-16 [Theory] [Detection and Pattern Recognition] ch6
- 11-07 [Theory] [Detection and Pattern Recognition] ch5
- 11-04 [Theory] [Detection and Pattern Recognition] ch4
- 11-04 [Theory] [Detection and Pattern Recognition] ch3
- 11-02 [Theory] [Detection and Pattern Recognition] ch2
- 09-23 [Theory] [Intro to Robotics, Mechanics and Control] ch5
- 09-12 [Theory] [Intro to Robotics, Mechanics and Control] ch4
- 08-26 [Theory] [Intro to Robotics, Mechanics and Control] ch3
- 08-20 [Theory] [Advanced Math ISS] ch4
- 08-19 [Theory] [Advanced Math ISS] ch3
- 08-18 [Theory] [Intro to Robotics, Mechanics and Control] ch2
- 06-19 [Theory] [Deep Learning] ch9
- 05-22 [Theory] [Deep Learning] ch7
- 05-11 [Theory] [Deep Learning] ch6
- 05-04 [Theory] [Deep Learning] ch5
- 05-03 [Theory] [Deep Learning] ch4
- 05-03 [Theory] [Deep Learning] ch3