Anomaly and Change Detection Technologies
An overview of various machine learning techniques for anomaly and change detection used in digital transformation and artificial intelligence tasks
Protected: Sequential Update Type Anomaly Detection by Mixture Distribution Model – Jensen’s Inequality and EM Method
Overview of sequential update anomaly detection using mixture distribution models (Jensen's inequality, EM method), which is the most popular method used for digital transformation and artificial intelligence tasks.
Protected: Anomaly detection using the nearest neighbor method-Dealing with multimodal distributions and the Riemannian metric
Anomaly and change detection by the nearest neighbor method using Riemannian measurement to deal with multimodal data for digital transformation and artificial intelligence tasks.
Protected: Anomaly detection using simple Bayesian method -Differences from binary classification
Overview of Simple Bayesian Methods for Multivariate Anomaly/Change Detection for Digital Transformation and Artificial Intelligence Tasks
Protected: Anomaly detection by T2 method for hoteling-Mahalanobis distance and chi-square distribution
Anomaly and change detection using the T2 method (Mahalanobis distance) of hoteling used in digital transformation and artificial intelligence tasks.
Protected: Basic concept of anomaly and change detection – Neyman-Pearson Decision Rule
An Introduction to Machine Learning for Anomaly and Change Detection Used in Digital Transformation and Artificial Intelligence Tasks
Protected: Applications of Markov chain Monte Carlo methods (Ising, combinatorial optimization, particle physics)
Examples of Markov Chain Monte Carlo (MCMC) applications in digital transformation , artificial intelligence, and machine learning tasks, such as Ising, combinatorial optimization (traveling salesman problem), and particle physics, are discussed.
Machine Learning Professional Series – Relational Data Learning Post-Reading Notes
Overview of relational data learning to extract the meaning and knowledge behind information used in digital transformation , artificial intelligence , and machine learning tasks.
What is a Complex Network? A New Approach to Deciphering Complex Relationships Reading Memo
Overview of graph theory for analyzing complex network information used in artificial intelligence tasks (lattices and networks, Bacon and Erdesh numbers, small worlds, Beki rules, contagion transmission pathways, communication networks, neural networks, community networks).
Protected: Applications of Markov chain Monte Carlo methods (Bayesian inference)
Overview of the application of MCMC methods to Bayesian inference for digital transformation , artificial intelligence , and machine learning tasks, and description of various algorithms