IEEE Projects on Matlab makes your way towards your research. If we follow a standard procedure from the beginning stage of our career, it will be useful for us during our PhD research work. This is the reason, why we focus on IEEE standard projects for students from Undergraduate and post graduate. To take up a project in IEEE is not an easy task as we need to find the appropriate paper as per our required domain and interest. We have given below the overall procedure that we follow in our concern for the implementation of IEEE projects.

  • Selection of Area (Sub Domains)
  • Choose Particular Concept
  • literature work (At least 100 papers)
  • Identify a problem and drawbacks
  • Propose a new Algorithm or technique
  • Perform Mathematical Calculations to derive a new Pseudo code
  • Provide Overall Implementation plan with architecture diagram
  • Start the implementation if you feel satisfied
  • Give effective result with comparison analysis
  • Use Performance metrics and perform numerical calculation
  • Evaluate overall proposed work with enumerated data
  • Append future work along with complete report
  • Provide complete code with documentation (Provide Installation support)


  IEEE Projects on Matlab is the best way to shine with your academic performance. We have provided few major domains that can be implemented in Matlab for students to get an Idea about IEEE Matlab projects.

  • Artificial Intelligence
  • Multimedia
  • Digital Image Processing
  • Geosciences and Remote Sensing
  • Information Forensics and Network Security
  • Pattern Analysis and Machine Intelligence
  • Digital Signal processing

To get a better idea about IEEE based Matlab projects, we have enumerated few recent IEEE topics on Matlab.

  • An efficient approach for the  big data processing based on biomedical informatics
  • A new technology for the process of Toward Quantitative Whole Organ Thermo acoustics With a Clinical Array Plus One Very Low-Frequency Channel Applied to Prostate Cancer Imaging
  • A new segmentation method for a Generative Probabilistic Model and Discriminative Extensions for Brain Lesion Segmentation by using the Tumor and Stroke application
  • A new technology for the Classifier Performance in Primary Somatosensory Cortex Towards Implementation of a Reinforcement Learning Based Brain Machine Interface
  • An efficient process of Etodolac Enhances the Blood-Brain Barrier Integrity and Clearance of Amyloid-Beta
  • An efficient classification of pulmonary nodule classification in a lung CT by using Deep feature learning
  • A new registration process Non-Parametric Bayesian Registration (NParBR) of Body Tumors in DCE-MRI Data
  • An efficient process of Anatomical Relevance on the Reconstructed Images
  • A new filtering method Gaussian filtering used to detect the breast cancer based on time-domain microwaveimaging system
  • A new  efficient process Detection and Tracking of Multiple Micro bubbles on Ultrasound B-Mode Images
  • The performance of Bayesian Personalization of a Tumor Growth Model based on MRI
  • A new efficient mechanism string grammar fuzzy K-nearest neighbor  used to recognize face.
  • A new process of Matrix Regression with Applications to Face Recognition with Occlusion and Illumination Changes based on Nuclear Norm
  • A new secure authentication methods for identify the person by using RFID tags and a cascade of face recognition algorithms
  • A new technology for the Accurate Joint-Alignment of Indo cyanine Green and Fluoresce in Angio graph Sequences for Treatment of Sub retinal Lesions