MATLAB Project Topics

MATLAB Project Topics

     MATLAB Project Topics provide you innovative and novel ideas to enhance your research career successfully. We have a research team with having 100+ multi-talented experts and experience professionals to assist you MATLAB Project Topics. We give 100% assurance to get an original and high quality project based on extensive research with us. We have served nearly 8000+ students and researchers in order to make them very strong in the fields of desired domain. We provide support for our customers through our 120+ branches in worldwide. We allocate separate experts for each and every student in terms of domain wise to attain their goal successfully. We strive to deliver quality of projects before the deadline which helps you to process the next step of your research. We offer numerous lists of topics as per your interest to feel you very comfortable for choosing among one in your research field.

MATLAB Project Topics

    MATLAB Project Topics offer you world’s best platform with variety of ideas to shine your future in research. We provide support for MATLAB research areas like wireless sensor networks, artificial intelligence, signal processing, power electronics, embedded systems, image processing, PCA designing etc. Our primary aim is to improving code quality, maintainability and maximizing performance with full of customer satisfaction. We have used custom graphical interfaces tool for building MATLAB applications to opt high accuracy in result. We create the interactive environment for iterative exploration, design and problem solving. Here we provided the advanced filtering techniques and recent research topics that are as follows,

MATLAB Preprocessing Filtering Techniques:

Basic Filtering:

  • Medium filter
  • Adaptive filters
  • Richian filter
  • FIR filter
  • Low pass and high pass filter
  • High boost filter
  • LMS (Least means square) filter

Advanced Filtering:

  • Entropy filter
  • Queuing theory filter
  • Moving Average filter
  • Kalman filter
  • PSD estimation filter
  • Markov processes filter
  • Alpha Beta filter

MATLAB Segmentation Techniques:

  • Threshold segmentation
  • K-means clustering
  • Watershed segmentation
  • Texture filter
  • Color based segmentation
  • Morphological operation
  • Saliency mapping
  • Region of interest
  • FCM segmentation
  • Particle swarm optimization
  • Non-evolutionary segmentation
  • Automated IMT Carotid Artery far wall
  • Random forest
  • Gray matter segmentation
  • Vector coding techniques
  • Histogram based segmentation
  • Edge detection
  • Ground truth segmentation

Feature Extraction Techniques:

  • GLCM
  • Minutiae extraction techniques
  • Grey level co-occurrence matrices
  • Automated CPA extraction
  • Temporal-spatial based feature extraction
  • Fault features extraction
  • Parameter evaluation techniques
  • PCA feature extraction
  • Gabor binary patterns
  • Repetitive transients extraction

Dimensionality Reduction Techniques:

  • Principal Component Analysis (PCA)
  • Probabilistic, Kernel PCA
  • Linear Discriminant Analysis (LDA)
  • Local Linear Embedding (LLE)
  • Hessian LLE, Conformal Eigenmaps, Maximum Variance Unfolding extension of LLE
  • Factor Analysis (FA)
  • Isomap, Landmark Isomap, Laplacian Eigenmaps, Diffusion maps, Sammon mapping
  • Classical multidimensional scaling (MDS)
  • Local Tangent Space Alignment (LTSA)
  • Landmark MVU (LandmarkMVU)
  • Fast Maximum Variance Unfolding (FastMVU)
  • Generalized Discriminant Analysis (GDA)
  • Neighborhood Preserving Embedding (NPE)
  • Locality Preserving Projection (LPP)
  • Stochastic Proximity Embedding (SPE)
  • Linear Local Tangent Space Alignment (LLTSA)
  • Large-Margin Nearest Neighbor (LMNN)
  • Neighborhood Components Analysis (NCA)
  • Manifold charting, Symmetric SNE

Most Advanced Model-based Design in MATLAB:

  • Nervous system interfacing
  • Building Real-Time Prototype Controllers
  • Visualization and physical modeling
  • Clinical application
  • Virtual integration environment architecture

             -Input analysis

             -Signal analysis

             -Controls measure

             -Plant physical model

             -Presentation 3D model

Other Advanced Mathematics in MATLAB:

  • MATLAB graphics
  • Linear algebra
  • Numerical and interpolation differentiation
  • Gauss integration
  • Fast Fourier transform and Fourier series
  • Linear second order systems
  • Nonlinear initial value problems integration
  • Boundary value problems
  • Eigenvalue problems
  • Analytic functions
  • Bending analysis
  • Nonlinear optimization

Most Advance Topics in MATLAB:

  • Identification (ARX and ARMAX models)
  • Virtual reality / Augmented reality (Simulink 3D animation includes V-Realm builder)
  • Fuzzy logic
  • Non-linear systems
  • Simulink
  • LTI continuous and discrete systems
  • Graphics and GUI
  • Neural networks
  • Stateflow (Petri Nets or Statecharts modeling)
  • Real time (Real time and OPC toolbox)
  • Other major topics Economics (Financial, Fixed-Income, Financial Derivatives toolbox) Natural sciences (Bioinformatics toolbox and SimBiology)

Recent MATLAB Project Topics:

  • MATLAB Simulink stateflow for an educational toolbox on supervisory control theory
  • MATLAB and CATIA for modeling and simulation of 5DOF robot manipulator and trajectory
  • Simulating transmission and reception of meteorological images in the low rate picture transmission forma
  • MATLAB for experiments on the MFCC application in speaker recognition
  • RSSI localization applications using utilization of XBee ZigBee modules
  • Modeling linear periodically time variable circuits using user defined functions
  • MATLAB and arduino Mega for design and implementation of a drawbot
  • Full wave simulation to design resonant cavity antennas with the use of external MATLAB based optimization
  • MATLAB’s statistics and machine learning toolboc for data mining in cloud usage
  • MATLAB GUI for variable rate based microstepping of stepper motor
  • Quadrotor as a plant in MATLAB for teaching tool for a control systems laboratory
  • Different independent torque for development of zero turning radius
  • Low voltage supply system for features of segment winded PMSM

 

       We hope that the above mentioned information is enough to have better knowledge about MATLAB Project Topics. We provide full guidance and support for your academic projects. We assist your project in the following ways such as topic selection, installation and configuration of software (required for your project), database design, code writing, deployment and project report. If you need to get in touch with us, please give us call.

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