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Practitioners Course In Descriptive, Predictive And Prescriptive Analytics

IIT Kanpur, , Prof. Dr. Amandeep SinghDr. Deepu Philip

Updated On 02 Feb, 19

Overview

Data analytics is a demanding field and industry is looking for potential employees who are having a practitioners approach to data analytics. This course is aimed at providing exposure to various tools and techniques along with relevant exposure to appropriate problems so that the know-how and do-how aspect of analytics, which is required by industry can be fulfilled. The course also aims at introducing various applications with the involvement of real-life practitioners so that appropriate exposure to audience who intend to build a career in this area is possible.

Includes

Lecture 36: Lecture 24: Analysis of Varience (ANOVA) Part 2

4.1 ( 11 )

Lecture Details

Course Details

COURSE LAYOUT

  • Introduction to analytics
  • Differentiating descriptive, predictive, and prescriptive analytics, data mining vs data analytics
  • Industrial problem solving process
  • Decision needs and analytics, stakeholders and analytics, SWOT analysis
  • Model and modeling process, modeling pitfalls, good modelers, decision models and business expectations, 
  • Different types of models overview of context diagrams, mathematical models, network models, control systems models, workflow models, capability models
  • Data and its types, phases of data analysis, hypothesis and data
  • Scales, relations, similarity and dissimilarity measures, sampling process, types of sampling, sampling strategies, error mitigation
  • Visualization of numeric data, visualization of non-numeric data, tools available for visualizations
  • Hypothesis testing, pairwise comparisons, t-test, ANOVA, Wilcoxon signed-rank test, Kruskal-Wallis test, A/B testing
  • Data infrastructure, analytics and BI, data sources, data warehouse, data stewardship, meta data management
  • Data and forecasting, super-forecasting, S-curve (lifecycle), moving average, exponential smoothing, error in forecasting
  • Linear correlation, correlation and causality, spearmans rank correlation, Linear regression, logistic regression, robust regression
  • Hierarchical clustering (Euclidean & Manhattan), k-means clustering,Nearest neighbor, decision trees
  • Basics, customer lifetime value, customer probability model,Net promoter score, survival analysis
  • Product lifecycle analysis, Ansoffs matrix, competitive map, Fundamentals of simulation, simulation types, Monte-Carlo simulation

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Comments
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Sam

Excellent course helped me understand topic that i couldn't while attendinfg my college.

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Dembe

Great course. Thank you very much.

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