AR Model Prediction: Determining Model Order and Computing Error Analysis
AR Model Prediction Examples with Order Determination and Error Analysis Techniques
MATLAB Simulation for Time Delay Estimation Using Correlation Method
MATLAB simulation implementing correlation-based time delay estimation applicable to any WAV file format, featuring comprehensive error analysis capabilities and parameter optimization for signal processing.
Error Analysis of Inertial Navigation Systems (Gyroscopes and Accelerometers) with MATLAB Implementation
Implementation of error analysis for inertial navigation systems (gyroscopes and accelerometers) using MATLAB, including algorithm explanations and key function descriptions
Three-Dimensional Reconstruction from Two-Dimensional Photos Using Voxel-Based Methods
A voxel-based 3D reconstruction program from 2D photos, incorporating pre-reconstruction error analysis to achieve satisfactory reconstruction results. The implementation includes algorithms for edge detection and shape recognition through pixel density and color analysis.
Nonlinear Kalman Filter Tracking System: Implementation and Error Analysis
Implementation and error analysis of a nonlinear Kalman filter tracking system; includes code structure explanations and algorithm breakdowns for beginners in target tracking
MATLAB Code Implementation for GPS Simulation
GPS simulation MATLAB software featuring coordinate transformation, pseudorange calculation, error analysis, and related algorithmic implementations
Data Processing and Error Analysis Using MATLAB
This project implements data processing and error analysis capabilities using MATLAB software. While MATLAB's interface may not be as intuitive as VB, it offers extensive built-in functions that facilitate efficient implementation. The implemented features include: (1) Arithmetic mean calculation; (2) Residual error (absolute error) computation; (3) Standard deviation calculation; (4) Gross error detection and elimination with recalculation; (5) Identification of linear or periodic errors in datasets. The implementation leverages MATLAB's statistical toolbox functions for robust error analysis.
Trilateration and Maximum Likelihood Estimation Methods in Wireless Sensor Networks Localization
Localization techniques using trilateration and maximum likelihood estimation in wireless sensor networks, with comprehensive error analysis and algorithmic comparisons
Gabor Transform-Based Human Eye Localization with Error Analysis
This code implements a human eye localization system based on Gabor transform, accompanied by comprehensive error analysis functionality for performance evaluation.
Centroid Algorithm in Wireless Sensor Networks: Implementation with Anchor Node Ratio and Error Analysis
Implementation of the centroid algorithm in wireless sensor networks, featuring anchor node ratio configuration and comprehensive error analysis for localization performance evaluation