Digital image processing projects for final year ECE are gaining a lot of significance among the students. You can get yourself updated about the recent developments in digital image processing from our engineers. They are highly qualified and certified people who can guide your ece projects efficiently. This is a complete overview of electronic applications in digital image processing for final year ece students.

What is Digital Image Processing in Electronics?

Transmission of processed images requires the hands of communication engineers. In this way, digital image processing is connected with electronics and communication engineering. First, let us start with types of digital image processing. Image processing involves the following.

• Selection of data
• Color adjustment
• Changing contrast
• Image Analysis
• Visualization
• Modification

In this way, the image is modified or manipulated to obtain useful information from it. Image processing is a huge field of research for ece students. This is due to the reason that image processing is a multidisciplinary field. The following are the different types of image processing.

•  Analog image processing
•  Digital image processing
• Optical image processing

By completely understanding image processing techniques, you can do the following.

• Image sampling
• Resizing ( compression)
• Estimating and detecting
• Extraction and analysis of signal (video, audio, image, etc.)
• Processing signals from different sensors
• Extracting useful information from medical images
• Image segmentation for advanced analysis
• Secure transmission (encryption and decryption)

Our engineers and developers are highly qualified and well experienced in guiding research projects for students from different disciplines. They have guided digital image processing projects for final year ece students. Now let us look into the major objectives of image processing techniques.

WHAT ARE THE OBJECTIVES OF DIGITAL IMAGE PROCESSING?

What all can be done using image processing are actually its objectives. The specific aims of digital image processing are given below.

• Reduction of impact due to interference
• Removal of blur aspects in an image
• Noise removal
• Highlighting certain information (for instance, to measure area and length)
• Reduction of distortions (optical)
• Restoring the original image (by nullifying the effects of damages)
• Improvement in image quality (brightness, contrast, etc.)
• Image enhancement (deblurring, sharpening, etc.)

These are the task-specific applications for which research scholars actively take up image processing. To an extent, you may be wondering how image processing is an influential topic of research for projects to the students belonging to electronics and communication engineering. So you can approach us for your digital image processing projects for final year ECE.  If it is so, then the following section is an answer to your query.

IS IMAGE PROCESSING PART OF ECE?

Electronics and communication engineers are very much involved in creating algorithms and functionsfor artificial intelligence and deep learning. They use big data interpretation for this purpose. And big data analysis lies primarily on the foundation of image processing. So ECE and image processing can never be separated.

• Speaking specifically, image processing done by ECE engineers are especially associated with biometric verification and image recognition
• Computer vision is a major field of study in ECE where acquiring images, its perception, and analysis involve the use of image processing.
• For computer graphics-oriented learning, ECE engineers take up image creation and modeling based on real-time objects and examples.
• It also involves processes like image segmentation, tracking, detection, and estimation of motion

So in all these ways, ECE runs hand in hand with image processing. Students of the final year electronics and communication engineering department can surely take up digital image processing projects. Huge arenas of opportunities for future research are waiting for you in the field.

Our experts can give you more insight into ECE and image processing by using the projects that we have made and delivered recently. Now let us see about the applications of image processing.

USES OF IMAGE PROCESSING

Digital image processing has wide-ranging applications. Its use can be briefed as below.

• Remote sensing
• Automation
• Computer vision
• Applications like multimedia communications
• Analysis of medical images
• Security applications

 

Wireless communications and the internet of things also coexist with the effective functioning of image processing. By observing day-to-day activities involving electronics, you can easily understand the
domains in which digital image processing can be used. It is not any big trick that makes it difficult for you to understand the concept of image processing in ECE. Now let us have some awareness on research ideas in image processing.

DIGITAL IMAGE PROCESSING PROJECT RESEARCH AREAS FOR FINAL YEAR ECE ENGINEERING STUDENTS

The following are the prominent research areas in digital image processing projects for ece engineering students. Approach us, to guide your research work.

• Determination of content of mineral rocks (metallurgy)
• Detecting optical features (for instance, to detect number plates)
• Security applications and forensics
• Determination of metallic cracks
• Remote sensing applications (production of land use maps)
• Microplate reading (for instance, tracking the production unit of a particular chemical)
• Avoid obstacles in robotics
• For machine vision instances (counting units produced and finding faults in the production line)
• Astronomical applications like the determination of the size of a celestial body
• Germ detection and counting from swab (microscopic applications)

You can refer to these topics and come to a conclusion for your own project topic. We provide support for all the above topics. So you can get in touch with us to harness the support of our experts and engineers in developing your final year project.

When you understand the ways of approaching these topics, you can then incorporate new technologies into apt areas of it. Knowing about the future scopes in digital image processing can get you motivated to carry out your research. So now, let us have some ideas for future research in digital image processing.

FUTURE RESEARCH TRENDS IN DIGITAL IMAGE PROCESSING

Digital image processing finds the ultimate application in virtual imaging techniques.

• Virtual reality is a field where acquired images are combined with computerized images and are displayed using systems like HMD or head-mounted displays
• VR or Virtual reality has the following major applications.
  • Recovery post-trauma
  • Training
  • Simulation
  • Gaming
• Augmented vision, augmented reality and mixed reality are also the most common fields in which digital image processing is used.

In these ways, digital image processing can be an interesting and lively field of research in the future too. The research in digital image processing will be upscale in the near future due to raising everyday applications becoming totally dependent on it. Now let us look into some of the tools for digital image processing.

DIGITAL IMAGE PROCESSING TOOLS

There are many tools available today which are extremely useful for digital image processing Projects for final year ece students. Some of the most useful tools are given below.

• ImageJ
• MicroDicom (free surfer and plugin)
• MATLAB
• OpenCV
• ITK, 3D Slicer
• Python (PIL, SimpleCV, and SciKit)

Our engineers are experts in handling these tools. All the projects we designed with these tools in software have always produced excellent results in performance analysis. Contact us so that we can share with you more details on our projects that were executed in real-time. Now let us have some more insight on Digital Image Processing using MATLAB .