Search Engines for Web and Enterprise Data
- Offered byCoursera
Search Engines for Web and Enterprise Data at Coursera Overview
Duration | 30 hours |
Start from | Start Now |
Total fee | Free |
Mode of learning | Online |
Official Website | Explore Free Course |
Credential | Certificate |
Search Engines for Web and Enterprise Data at Coursera Highlights
- Earn a Certificate upon completion
Search Engines for Web and Enterprise Data at Coursera Course details
- This course introduces the technologies behind web and search engines, including document indexing, searching and ranking
- You will also learn different performance metrics for evaluating search quality, methods for understanding user intent and document semantics, and advanced applications including recommendation systems and summarization
- Real-life examples and case studies are provided to reinforce the understanding of search algorithms
Search Engines for Web and Enterprise Data at Coursera Curriculum
Introduction to Search Engines for Web and Enterprise Data
Lecture 1.1 - Example of Search Engines & Federated vs Meta Search
Lecture 1.2 - Difficulties & Document Retrieval Model & Evolution of Search Engines
Introduction to Search Engines for Web and Enterprise Data
Lecture 1 - Introduction to Search Engines for Web and Enterprise Data
Search Engine Business Model
Lecture 2.1 - Search Engine Business Model & Keyword Advertising
Lecture 2.2 - Search Engine Related Jobs & Charging Methods & Business History
Lecture 2 - Search Engine Business Model
Lecture 2 - Search Engine Business Model
TFxIDF
Lecture 3.1 - Retrieval Models
Lecture 3.2 - TFxIDF
Lecture 3- TFxIDF
Lecture 3 - TFxIDF
Vector Space Model
Lecture 4.1 - Vector Space Model & Similarity
Lecture 4.2 - Interesting Things We Can Do in VSM
Lecture 4.3 - Choices of Similarity Measures & Query Term Weight
Lecture 4.4 - Term Independence Assumption & Synonyms & Unbalanced Property of VSM
Lecture 4 - Vector Space Model
Lecture 4 - Vector Space Model
Inverted Files
Lecture 5.1 - Keyword Index & Postings List
Lecture 5.2 - Pros and Cons & Extensions
Lecture 5.3 - Insertion, Deletion and Update
Lecture 5.4 - Scalability Issues and Possible Solutions
Lecture 5- Inverted Files
Lecture 5 - Inverted Files
Extended Boolean Model
Lecture 6.1 - Soft Operators and Observations
Lecture 6.2 - Soft Operator Visualization & P-norm Model
Lecture 6 - Extended Boolean Model
Lecture 6 - Extended Boolean Model
PageRank
Lecture 7.1 - HyPursuit and WISE
Lecture 7.2 - PageRank
Lecture 7.3 - Other aspects / Applications of PageRank
Lecture 7 - PageRank
Lecture 7 - PageRank
HITS Algorithm
Lecture 8.1 - HITS Algorithm
Lecture 8.2 - Convergence and Normalization of HITS
Lecture 8.3 - Integrating PR and HITS in Search Engines
Lecture 8.4 - Observations of HITS and PR
Lecture 8 - HITS Algorithm
Lecture 8 - HITS Algorithm
Performance Evaluation of Information Retrieval System
Lecture 9.1 - Explicit Evaluation & Recall, Precision, and Fallout
Lecture 9.2 - Handling Inconsistency & Finding Relevant Items & Plotting Graphs
Lecture 9.3 - More Performance Measures
Lecture 9 - Performance Evaluation of IR System
Lecture 9 - Performance Evaluation of IR System
Benchmarking
Lecture 10 - Benchmarking
Lecture 10 - Benchmarking
Lecture 10 - Benchmarking
Stopword removal and Stemming
Lecture 11.1 - Indexing Process Overview
Lecture 11.2 - Stemming Overview & Affix removal Algorithms
Lecture 11.3 - Corpora Based Statistical Stemming
Lecture 11.4 - Purpose of Obtaining the Stem of a Word
Lecture 11 - Stopword Removal and Stemming
Lecture 11 - Stopword Removal and Stemming
Relevance Feedback
Lecture 12.1 - Overview & Manual vs Automatic Feedback & Implicit vs Explicit Feedback
Lecture 12.2 - Query Modification
Lecture 12.3 - Document Modification
Lecture 12 - Relevance Feedback
Lecture 12 - Relevance Feedback
Personalized Web Search
Lecture 13.1 - Overview of Personalized Web Search
Lecture 13.2 - Eye-tracking Experiment & Clickthrough Analysis
Lecture 13.3 - Preference Mining Strategies
Lecture 13.4 - Apply User Preferences to Ranking
Lecture 13 - Personalized Web Search
Lecture 13 - Personalized Web Search
Index Term Selection
Lecture 14.1 - Zipf’s Law
Lecture 14.2 - Term Discrimination Values
Lecture 14.3 - Term Discrimination Value vs Document Frequency & Applying DV in Term Selection
Lecture 14 - Index Term Selection
Lecture 14 - Index Term Selection
Discovering Phrases and Correlated Terms
Lecture 15.1 - N-gram
Lecture 15.2 - Collocation and Co-occurrence
Lecture 15.3 - Pointwise Mutual Information
Lecture 15 - Discovering Phrases and Correlated Terms
Lecture 15 - Discovering Phrases and Correlated Terms
Enterprise Search Engine
Lecture 16.1 - Enterprise Search and Challenges
Lecture 16.2 - Enterprise Search Engine
Lecture 16.3 - Advanced Requirements of Enterprise SE
Lecture 16 - Enterprise Search Engine
Lecture 16 - Enterprise Search Engine
Search Engines for Web and Enterprise Data at Coursera Admission Process
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