This Course enables the students to
Course Outcomes (COs).
Course Outcome (at course level)
| Learning and teaching strategies | Assessment Strategies |
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On completion of this course, the students will: CO256. Discuss the concepts and applications of big data and analyze various sources of text related big data.
CO257. Identify the suitable tool for handling big data in a real time scenario. CO258. Extract and prepare text data for mining. CO259. Build and evaluate machine learning models using appropriate metrics. CO260. Interpret the results, gain insights, and recommend possible actions from analytics performed on text data. | Approach in teaching. Interactive Lectures, Tutorials, Demonstrations, Learning activities for the students. Self-learning assignments, Quizzes, Presentations, Discussions |
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Introduction – What is Big Data? Handling and Processing Big Data, Methodological Challenges and Problems faced in handling big data, big data applications, Text based big data. sources of text data, issues and handling of big data.
Big Data Overview, Drivers of Big Data, Big Data Attributes, Examples of Big Data Analytics, Introduction to Big Data Tools, Techniques, and Systems. The relationship between Apache Spark and Hadoop Ecosystem, Components of Spark.
Introduction to Text Mining, Data preprocessing(Tokenization,Normalization,Stemming), Data cleaning Applications of text mining
Text clustering . Feature Selection and Transformation Methods for Text Clustering, Word and Phrase-based Clustering(K means AND K-Mediods)
Text Representation (Sequence of words,Syntatic structure, Entities and relation, Logic predicates),Word association mining and analysis. Basic word relations Pradigmatic,syntagmatic,Applications in text mining, Topic mining and analysis.Motivation,Opinion mining and sentiment analysis, Text based prediction
Text Classification. Commonly used text classification methods. Decision Trees,SVM Classifiers,Feature Selection for Text Classification
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