Statistical Relational Learning - Part 2

author:Lise Getoor, University of Maryland
published: Feb. 25, 2007,   recorded: August 2005,   views: 86
Categories
You might be experiencing some problems with Your Video player.

Slides

Slides
0:00 Four SRL Approaches
0:43 Frame-based Approaches
1:44 Four SRL Approaches
2:20 Relational Schema
2:55 Probabilistic Relational Model
3:44 Probabilistic Relational Model
4:29 Probabilistic Relational Model
4:47 Relational Skeleton
6:22 PRM w/ Attribute Uncertainty
7:31 A Portion of the BN
8:12 A Portion of the BN
8:46 PRM: Aggregate Dependencies
9:22 PRM: Aggregate Dependencies
10:08 PRM with AU Semantics
12:10 Four SRL Approaches
12:18 PRM Inference
12:48 Inference Example
13:15 PRM Inference: Constructed BN
13:35 PRM Inference
13:54 PRM Inference: Interfaces
14:18 PRM Inference: Interfaces
14:46 PRM Inference: Encapsulation
15:19 PRM Inference: Reuse
15:28 Structured Variable Elimination
16:08 Structured Variable Elimination
16:15 Structured Variable Elimination
16:42 Structured Variable Elimination
16:56 Structured Variable Elimination
16:59 Structured Variable Elimination
17:30 Structured Variable Elimination
17:37 Structured Variable Elimination
17:39 Structured Variable Elimination
18:01 Benefits of SVE
18:46 Limitations of SVE
19:35 Four SRL Approaches
19:50 Learning PRMs w/ AU
20:09 ML Parameter Estimation
21:11 ML Parameter Estimation
22:03 Structure Selection
22:29 Structure Selection
22:39 Legal Models
24:00 Attribute Stratification
26:54 Structure Selection
27:14 Structure Selection
27:21 Searching Model Space
28:25 Phased Structure Search
29:29 Phased Structure Search
29:43 Four SRL Approaches
30:24 Reminder: PRM w/ AU Semantics
31:00 Kinds of structural uncertainty
31:42 Structural Uncertainty
32:26 Citation Relational Schema
32:46 Attribute Uncertainty
33:12 Reference Uncertainty
34:13 PRM w/ Reference Uncertainty
35:31 Reference Uncertainty Example
37:38 Reference Uncertainty Example
39:02 Introduce Selector RVs
40:41 PRMs w/ RU Semantics
41:35 Learning
41:52 Legal Models
42:54 Legal Models
44:27 Structure Search
44:53 Structure Search: New Operators
45:04 Structure Search: New Operators
45:37 PRMs w/ RU Summary
46:15 Existence Uncertainty
46:49 PRM w/ Exists Uncertainty
47:06 Exists Uncertainty Example
47:59 Introduce Exists RVs
48:39 Introduce Exists RVs
50:10 PRMs w/ EU Semantics
50:53 Learning
52:05 Four SRL Approaches
52:33 Learning PRM-CHs
52:57 Learning
53:17 Guaranteeing Acyclicity w/ Subclasses
54:56 Learning PRM-CH
55:30 Learning Class Hierarchy
55:39 PRMs w/ Class Hierarchies
55:43 Summary: Directed Frame-based Approaches
56:34 Four SRL Approaches

Related content

Visitors who watched this lecture also watched...
27:05
Statistical Relational Learning - Part 1

219 views - Lise Getoor, 2005
28:01
Statistical Relational Learning - Part 3

52 views - Lise Getoor, 2005
03:11:30
An Introduction to Statistical Relational Learning

726 views - Lise Getoor, 2007
10:52
SRL - The next decade

457 views - Lise Getoor, 2007
03:35:48
Practical Statistical Relational Learning

1775 views - Pedro Domingos, 2007
04:59:19
Machine Learning, Probability and Graphical Models

18452 views - Sam Roweis, 2006
02:40:57
Statistical Modeling of Relational Data

1238 views - Pedro Domingos, 2007
01:12:05
ILP Invited Panel - Structured Machine Learning: The Next 10 Years

784 views - Lise Getoor, Bernhard Pfahringer, Pedro Domingos, Thomas Dietterich, Stephen Muggleton, 2007
05:02:23
Statistical Learning Theory

8003 views - John Shawe-Taylor, 2004
06:39:36
Probabilistic Graphical Models

8307 views - Sam Roweis, 2005

Report a problem or upload files

If you have found a problem with this lecture or would like to send us extra material, articles, exercises, etc., please use our ticket system to describe your request and upload the data.
Enter your e-mail into the 'Cc' field, and we will keep you updated with your request's status.
Lecture popularity: You need to login to cast your vote.

Description

Statistical machine learning is in the midst of a "relational revolution". After many decades of focusing on independent and identically-distributed (iid) examples, many researchers are now studying problems in which the examples are linked together into complex networks. These networks can be a simple as sequences and 2-D meshes (such as those arising in part-of-speech tagging and remote sensing) or as complex as citation graphs, the world wide web, and relational data bases.

Link this page  

Would you like to put a link to this lecture on your homepage?
Go ahead! Copy the HTML snippet !

Write your own review or comment:

make sure you have javascript enabled or clear this field: