Exciting World of Computer Vision and its Scope

Sai Sunaina

GIS Analyst

I am always excited to explore the latest developments and opportunities in the field of computer vision. This field is constantly evolving and offers a wide range of exciting opportunities for those with a passion for artificial intelligence, machine learning, and data analysis.

One of the key opportunities in computer vision is the ability to process and analyze visual data in a way that is similar to how the human visual system works. This involves developing algorithms and models that can recognize patterns and features in images and videos, as well as understand the context and meaning of those patterns and features. This technology has a wide range of applications, including image and video recognition, object detection, and scene understanding, and is used in a variety of fields, such as security, social media, e-commerce, self-driving cars, robotics, and surveillance systems.

Another exciting opportunity in computer vision is the ability to apply these techniques to a wide range of real-world problems. For example, computer vision technology is being used to improve healthcare by analyzing medical images to identify abnormalities or to assist in diagnosis. It is also being used in the manufacturing industry to improve quality control and increase efficiency. These are just a few examples of the many ways in which computer vision is having a positive impact on society.

What is computer vision?

Computer vision is a branch of artificial intelligence that allows computers and systems to extract valuable information from digital images, videos, and other visual inputs and then act or make suggestions based on that information. The insights gained from computer vision are then used to take automated actions. Just like AI gives computers the ability to ‘think’, computer vision allows them to ‘see’.


The science and functionality of computer vision:

Two key technologies of computer vision:

  • a convolutional neural network and
  • deep learning, a type of machine learning.



Through the use of algorithm-based models, machine learning enables computers to understand context through the visual examination of data. The model will be able to "see the broad picture" and distinguish between visual inputs after it has been given enough data. The computer employs AI algorithms to learn independently rather than being taught to

and distinguish between images.

By dividing images into pixels, convolutional neural networks enable machine learning models to see. A label or tag is assigned to each pixel. Then, using all of these labels, convolutions—a mathematical operation that combines two functions to yield a third function.  And this is how convolutional neural networks can handle visual inputs.


Few major examples of Computer vision-

- Google Translate


 - Facebook 3D Photo

- FaceApp

Does it have a scope?

Yes, computer vision is a revolutionary technology with a wide range of intriguing applications. This state-of-the-art technology makes use of the data that we produce daily to enable computers to "see" our reality and provide us with helpful insights that will assist in improving our quality of life as a whole. Computer vision is anticipated to unlock the potential of numerous innovative new technologies in the coming years, enhancing our ability to live safer, healthier, and happier lives.


To brief you further, some of the widely used Applications of Computer vision are

  • Transportation- In order to reduce harmful on-road conduct, law enforcement agencies are using computer vision to identify traffic signal violators.


  • Education- To analyze the learning process without getting in the way, teachers employ computer vision technology. With the use of these tools, educators may spot disinterested pupils and modify their instruction to keep them from falling behind.


  • Retail management- Loss prevention is becoming less intrusive and more client-friendly as retail businesses adopt computer vision technology to track customer activities. In order to analyze consumer moods and customize adverts, computer vision is also used.
  • Manufacturing- Computer vision is used by maintenance systems' inspection systems. These tools continuously scan the environment to reduce equipment failures and product defects. The system alerts human staff to potential breakdowns or subpar products so they can take additional action. In addition, workers use computer vision for packing and quality control tasks.


  • Medical imaging- Doctors are increasingly using computer vision tools to aid in disease diagnosis.


  • Entertainment- Artificial intelligence is used by modern entertainment services to give people access to dynamic experiences.


  • Human pose tracking- Computer vision is used by human pose-tracking models to interpret visual inputs and determine human posture. By utilizing AI vision, the Microsoft Kinect game system can precisely track player activities.


  • Facial recognition- A controversial application of computer vision that is already being used in certain countries and outlawed in others is the detection and recognition of faces in public.


  • Autonomous vehicles- Tesla’s autonomous cars use multi-camera setups to analyze their surroundings. This enables the vehicles to provide users with advanced features, such as autopilot.


  • Agriculture-  Drone-based crop monitoring, autonomous pesticide application, yield monitoring, and intelligent crop sorting and categorization are just a few of the various current and future applications of computer vision in agriculture. For further analysis, these AI-powered technologies assess the crops' texture, color, and shape. Field security, forestry data, and meteorological records are all being used more and more using computer vision technologies.


Future of computer vision:


With the advancement of technologies and the introduction of new applications, the future of computer vision looks promising. Following are the four main tasks of computer vision:


To sum it up, the scope of computer vision is broad and continues to expand as technology improves and new applications are developed. It has the potential to revolutionize many industries and has already had a significant impact in areas such as security, robotics, and healthcare. By developing a strong foundation in mathematics, statistics, and programming and gaining practical experience through real-world projects, you can become proficient in these fields and open up a world of opportunities.


Interpreting Visual Data can be very useful in certain fields and aspects. Let us know about your views on it in the comment section below.


Sai Sunaina

GIS Analyst

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