Digital image processing using matlab is the method by which digital images are manipulated. The objectives of processing digital images are wide-ranging.

  • Extracting useful characteristics of the image (size, objects, etc.)
  • Enhancing the quality of the image
  • Patterning the image for certain purposes (detection recognition etc.)

These are some of the major objectives of digital image processing. Image processing using Matlab is chosen for discovering more insights into the field using the latest technologies.

You can do research to include new technologies into image processing methods or solve the existing problems. This is an overview of doing research projects in digital image processing, which is presented to you by field experts who have guided a series of projects in digital image processing. Now let us start by discussing the key features of digital image processing.

Image processing Using Matlab Programming


What is truly important about digital image processing is the list of its amazing features. The following are the characteristic features of digital image processing.

  • Color range conversion
  • Edge skew detection
  • Image acquisition (from sensors, cameras, etc.)
  • Manipulation (adjustment, crop, flip, rotate, zoom, resize, etc.)
  • Removing background (chromakey)
  • Red-eye removal
  • Adjustment of color and the type of selection
  • Application of various filters (effects)
  • Ability to deal with any format of the image (HD, XMP, RAW, TIFF, EXIF)

            To design the best image processing using matlab projects, you should be able to harness the above features of digital image processing. Our experts can help you build a strong core in making maximum use of these features. Now let’s see about the image processing toolbox, which is the major support system in any project in medical image processing using Matlab.


The following are the important toolbox options that support image processing.

 Enhancing and filtering

  • Deblur images
  • Processing (based on ROI)
  • Adjusting contrast
  • Filtering (morphological)

Supportive App modules

  • Segmenter
  • Browser(image)- highlights
  • Viewer(volume)- volumetric information
  • Batch processor – processes many messages simultaneously
  • Browser(DICOM) – for exploring DICOM files
  • Viewer(video) – analysing patterns

Geometric transformation and registering image

  • Feature matching
  • Aligning images
  • N D transforming

Analysing and segmenting images

  • Region
  • Texture
  • Image (statistics)
  • Pixel

Latest features

  • Contours DICOM – RT (for extracting ROI)
  • Modefilt function (for performing three dimensional mode filtration)
  • Metrics for image quality (SSIM indexing)
  • Big images (for processing huge images)

One of the best outcomes of using an image processing toolbox is the intelligent computer vision system. This system can easily identify objects so that recognizing, detecting, and tracking become more accessible than before. It can also be very much helpful to soldiers for tracking and predicting actions.

Our engineers have elaborated on the technicalities of using these toolboxes. They are also ready to clarify your doubts at your convenience. The exceptional performance of the models and designs made by our experts in image processing earned appreciation from all around the world.

So they can guide you to attain mastery in using the different tools of digital image processing. Now let us look into some of the projects in Image processing using Matlab that are trending presently.


The current topics in digital image processing research are given below. You can either use them for your medical image processing thesis topic selection or come out with your own idea. Our experts are experienced enough to help you do a successful project that out of your idea.

  • Combining head scans (three)
  • Versatility and accuracy (clinical)
  • Response of cancerous cells (radiotherapy)
  • Predicting changes in the environment (using segmentation)
  • Enhancing selection of features (methods of hybrid optimisation)
  • Correcting MRI amplitude
  • Reconstructing three-dimensional structures of organs
  • 3 and 4 dimensional MRI and CT scan images
  • Classifying and segmenting images
  • Thoracic datasets (fusion)
  • Scanning three dimensional compounds (ultrasound)
  • Weather forecasting (with aid of satellite)
  • Classifying medical images (for predicting illness)
  • Prediction of keratoconus disorders (by extracting features)
  • Effective three-dimensional morphology and segmentation
  • Generative adversarial network (medical images)

These are the most trending topics in digital image processing. Contemplative study and analysis on the performance of DIP projects on these topics are also going on. Our experts will give you the necessary data on the composition and performance of such projects.

We ensure trustworthy and professional research guidance. That’s the reason why research scholars and students across the world approach us for image processing using matlab support. You can optimize your skills with the teachings of experiences gained by our engineers. We assure to preserve your originality. Now let us see in detail the datasets and tools for digital image processing.


Tools and datasets are essential components for digital image processing methods. They are significant, especially for executive and importing functions, respectively. The following are some of the famous DIP tools.

  • PYTHON (allows for many types of manipulation such as resizing, file format converting, creating thumbnails and rotating images)
  • OpenCV (allows us to perform image manipulative actions like enhancing restoring transmitting compressing improving and image analysis based on extraction)

The four dimensional image tools in MATLAB include the following

  • MIMREAD – images of loaded into arrays of sales for processing
    • IMSTACKER – mixing of single and multi frame images

The three-dimensional images slice viewers of MATLAB consists of the following

  • Three dimensional viewing of medical images
    • High resolution display
    • Pre-determined controls
    • Resizing, flipping and changing the aspect ratio

The image datasets for processing 3 and 4 dimensional images are listed below.

  • I3D POST
  • G3D
  • G3Di
  • Light field benchmark (4D)
  • Kinect 3D Active
  • Gaming dataset (3D)
  • Online action dataset (3D)

You might have already used these tools and data sets. So you can just reach out to us for recent advancements in these tools and field experience after execution. We had delivered many projects using python. So our engineers can provide you some insight into using python for digital image processing.

  • Python is an open source free tool
  •  The large library of python makes it easy to use
  • Complex functions can also be performed easily by beginners using python
  • Python incentivizes the users to think more

Now we would like to highlight the functions and uses of python libraries.

  • Developing GUI (Tkinter, wxpython, Pyside, PyGobject, kivy, PyQt)
  • Developing software and administering (Openstack and roundup, salt and ansible, trac and buildbot)
  • Web Development (web2py, Tomado, pyramid, flask, django, bottle)
  • Development – numeric  and scientific (Pandas, Scipy and Ipython)

These are the reasons why we use python in many of our projects. You can be intensely creative by using python in any of the digital image processing project titles. You can emerge successfully with the support of our engineers and experts as they have got a variety of experiences which were both exciting and challenging image processing using matlab projects. You are free to reach out to us at any time and talk to our experts.