LecWeekDayDateTopicReadingWork Due
11Wed11-JanIntroduction to the course, assignment of Project 1, A* algorithm  
  Mon16-JanMLK day no class  
2 Wed18-JanIntro, Rigid Body TransformationsMLS Ch 1, 2.1; PC Ch 1, 2.1-2.2 
32Mon23-JanKinematics: Rotations, the Euclidian group, and subgroupsMLS Ch 2.1-2.2, PC, Ch 2 completed, (Funda and Paul, 88)HW 1 assigned
4 Wed25-JanProject 1, Phase 2 (dynamics)PC, Section 4.3 
  Sat28-Jan  Project 1, Phase 1 at 11:59 pm
53Mon30-JanProject 1, Phase 2 (control system design, LQR design), Time and MotionPC, Ch 3HW 1 Due in class
6 Wed1-FebTrajectory generation (continued)PC, Ch3 
74Mon6-FebRotations and Angular VelocitiesPC, Ch 3 
8 Wed8-FebMotion Planning , Autonomous Navigation with a QuadrotorChapter 5Project 1, Phase 2, 11:59 PM
95Mon13-FebRRTs for Motion PlanningChapter 5HW 2 Due in class
10 Wed15-Feb4.2 
  Sun19-Feb  Project 1, Phase 3 at 11:59 pm
116Mon20-Feb 4.3HW 3 assigned
12 Wed22-FebIntroduction to camera12 
137Mon27-FebImage Feature: Convolution13 
14 Wed29-FebImage Feature: Edge and corner detection, feature matching13HW 3 Due in class
  Mon5-MarSpring Break  
  Wed7-MarSpring Break  
158Mon12-MarImage Feature: Corner detection, SIFT, feature matching14.3 
16 Wed14-Mar3D Structure and Motion: Stereo14.2, RS 7.1, RS 7.2 
179Mon19-Mar3D Structure and Motion: Epipolar geometry14.3.9 
18 Wed21-Mar3D Structure and Motion: Epipolar geometry 2, 3D Structure and Motion: Linear algebra, 3D Structure and Motion: The fundamental matrix songRS 7.3 
1910Mon26-Mar3D Structure and Motion: Motion CorrespondenceRS 7.4, Longue & Higgins, Szeliski 
20 Wed28-Mar   
2111Mon2-Apr3D Structure and Motion: Motion Estimation , Reference Paper  
22 Wed4-Apr3D Structure and Motion: Bundle Adjustment  
23 Mon9-AprStability, Lyapunov Theory, Controllability  
25 Mon16-AprControl System Design  
26 Wed18-AprControl System Design 2