MCM Essential Tool: Outstanding Paper Collection Organized by Model Type
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Dijkstra's Algorithm - Graph search method for finding shortest paths between nodes using greedy optimization approach with priority queue implementation
Dynamic Programming - Problem-solving technique that breaks down complex problems into overlapping subproblems, typically implemented with memoization or tabulation
Neural Networks - Machine learning models inspired by biological neural systems, featuring layered architectures with activation functions and backpropagation training
Variance Analysis - Statistical method for comparing means across multiple groups using F-tests and sum of squares calculations
Cluster Analysis - Unsupervised learning technique for grouping similar data points using algorithms like K-means or hierarchical clustering
Interpolation Algorithms - Numerical methods for estimating unknown values between known data points, including linear, polynomial and spline interpolation
Cellular Automata - Discrete model consisting of grid cells evolving through state transitions based on neighboring cell states
Queuing Theory - Mathematical study of waiting lines using stochastic processes to model service systems and optimize resource allocation
ARMA Time Series - AutoRegressive Moving Average models for forecasting temporal data using combination of past values and error terms
Simulated Annealing - Probabilistic optimization technique inspired by metallurgy that uses temperature parameters to escape local optima
Support Vector Machines - Supervised learning models for classification and regression using kernel functions to find optimal hyperplanes
TOPSIS Method - Technique for Order Preference by Similarity to Ideal Solution, a multi-criteria decision analysis approach
Floyd Algorithm - Dynamic programming solution for finding shortest paths in weighted graphs with positive or negative edge weights
Grey Prediction - Forecasting method for systems with limited data using differential equations and accumulated generating operations
Logistic Regression - Statistical model for binary classification using sigmoid function to estimate probabilities
Factor Analysis - Multivariate technique for identifying underlying variables that explain patterns in observed data correlations
Principal Component Analysis - Dimensionality reduction method that transforms correlated variables into orthogonal components
Decision Tree - Machine learning model that uses tree-like structure with internal nodes representing feature tests and leaves representing outcomes
Regression Analysis - Statistical process for estimating relationships between variables using techniques like linear, multiple, or nonlinear regression
Analytic Hierarchy Process - Structured technique for organizing and analyzing complex decisions based on mathematics and psychology
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