11:39

Orthogonal Layouts (2/5): Orthogonal Representation | Visualization of Graphs - Lecture 6

05:58

Orthogonal Layouts (1/5): Topology - Shape - Metrics | Visualization of Graphs - Lecture 6

06:51

Schnyder Realizers (5/5): Schnyder Realizer - Canonical Order | Visualization of Graphs - Lecture 5

09:20

Schnyder Realizers (4/5): Weak Barycentric Representation | Visualization of Graphs - Lecture 5

09:35

Schnyder Realizers (3/5): Schnyder Drawings | Visualization of Graphs - Lecture 5

10:26

Schnyder Realizers (2/5): Schnyder Wood | Visualization of Graphs - Lecture 5

07:20

Schnyder Realizers (1/5): Barycentric Representation | Visualization of Graphs - Lecture 5

18:51

ClusterSets: Optimizing Planar Clusters in Categorical Point Data (EuroVis 2021)

10:31

Canonical Order & Shift Method (5/5): Running Time | Visualization of Graphs - Lecture 4

14:15

Canonical Order & Shift Method (4/5): Shift Method | Visualization of Graphs - Lecture 4

11:21

Canonical Order & Shift Method (3/5): Existence | Visualization of Graphs - Lecture 4

07:11

Canonical Order & Shift Method (2/5): Canonical Order | Visualization of Graphs - Lecture 4

09:02

Canonical Order & Shift Method (1/5): Planar Drawings | Visualization of Graphs - Lecture 4

18:36

Tutte Embeddings (3/3): Proof of Tutte's Theorem | Visualization of Graphs - Lecture 3

17:35

Tutte Embeddings (1/3): The Barycentric Method | Visualization of Graphs - Lecture 3

07:10

Tutte Embeddings (2/3): Tutte's Theorem | Visualization of Graphs - Lecture 3

07:02

Force-Directed Drawings (3/3): Fruchterman & Reingold | Visualization of Graphs - Lecture 3

09:58

Force-Directed Drawings (2/3): Eades Spring Embedder | Visualization of Graphs - Lecture 3

10:27

Force-Directed Drawings (1/3): Algorithmic Framework | Visualization of Graphs - Lecture 3

16:07

Trees and Series-Parallel Graphs (6/6): Drawings of SP Graphs | Visualization of Graphs - Lecture 2

06:01

Trees and Series-Parallel Graphs (5/6): Series-Parallel Graphs | Visualization of Graphs - Lecture 2

09:25

Trees and Series-Parallel Graphs (3/6): HV-Drawings | Visualization of Graphs - Lecture 2

12:58

Trees and Series-Parallel Graphs (4/6): Radial Drawings | Visualization of Graphs - Lecture 2

14:32

Trees and Series-Parallel Graphs (2/6): Layered Drawings | Visualization of Graphs - Lecture 2

07:29

Trees and Series-Parallel Graphs (1/6): Layered Drawings | Visualization of Graphs - Lecture 2

07:32

The Graph Visualization Problem (6/6): Binary Search Trees | Visualization of Graphs - Lecture 1

07:48

The Graph Visualization Problem (5/6): Complete Graphs, Minors | Visualization of Graphs - Lecture 1

12:02

The Graph Visualization Problem (4/6): Planar Graphs | Visualization of Graphs - Lecture 1

08:35

The Graph Visualization Problem (3/6): Basics | Visualization of Graphs - Lecture 1

19:28

The Graph Visualization Problem (2/6): The Layout Problem | Visualization of Graphs - Lecture 1

09:56

The Graph Visualization Problem (1/6): Organizational | Visualization of Graphs - Lecture 1

07:40

Simplex Range Searching (5/5) | Computational Geometry - Lecture 11

11:38

Simplex Range Searching (4/5) | Computational Geometry - Lecture 11

03:49

Simplex Range Searching (3/5) | Computational Geometry - Lecture 11

11:26

Simplex Range Searching (2/5) | Computational Geometry - Lecture 11

06:53

Simplex Range Searching (1/5) | Computational Geometry - Lecture 11

10:52

Optimal Binary Search Trees: Splay Trees (4/6) | Advanced Algorithms - Lecture 10

16:05

Optimal Binary Search Trees: Splay Trees (6/6) | Advanced Algorithms - Lecture 10

14:41

Optimal Binary Search Trees: Splay Trees (5/6) | Advanced Algorithms - Lecture 10

07:35

Optimal Binary Search Trees: Splay Trees (3/6) | Advanced Algorithms - Lecture 10

11:42

Optimal Binary Search Trees: Splay Trees (2/6) | Advanced Algorithms - Lecture 10

03:58

Optimal Binary Search Trees: Splay Trees (1/6) | Advanced Algorithms - Lecture 10

07:58

Convex Hull or Mixing Things (1/5) | Computational Geometry - Lecture 01

19:07

Graph Drawing Contest 2020 Report

05:59

Motion Planning (6/6) | Computational Geometry - Lecture 10

07:15

Motion Planning (5/6) | Computational Geometry - Lecture 10

06:13

Motion Planning (4/6) | Computational Geometry - Lecture 10

05:36

Motion Planning (3/6) | Computational Geometry - Lecture 10

05:21

Motion Planning (2/6) | Computational Geometry - Lecture 10

06:15

Motion Planning (1/6) | Computational Geometry - Lecture 10

10:27

Convex Hull in 3D (5/5) | Computational Geometry - Lecture 09

11:25

Convex Hull in 3D (3/5) | Computational Geometry - Lecture 09

08:27

Convex Hull in 3D (4/5) | Computational Geometry - Lecture 09

06:36

Convex Hull in 3D (2/5) | Computational Geometry - Lecture 09

09:59

Convex Hull in 3D (1/5) | Computational Geometry - Lecture 09

08:45

Delaunay Triangulation (5/5) | Computational Geometry - Lecture 08

09:17

Delaunay Triangulation (4/5) | Computational Geometry - Lecture 08

07:44

Delaunay Triangulation (3/5) | Computational Geometry - Lecture 08

05:14

Delaunay Triangulation (2/5) | Computational Geometry - Lecture 08

05:32

Delaunay Triangulation (1/5) | Computational Geometry - Lecture 08