Can we keep up with machines in the pace of learning and development? It is extremely difficult, at least in the field of photography. Here, it has accelerated and simplified image processing, mastered face and object recognition to a “perfect” level, and acquired many other skills. With the development of computing power technology and the improvement of machine learning processes, AI “learned” to perfectly edit photos by many specified parameters at once. Neural networks made it possible to create more accurate and faster algorithms for image correction and face recognition.
The role of technology
Artificial intelligence makes it possible to improve the quality by reducing noise, sharpening, correcting colors, and other parameters. This makes images look more attractive and professional, even if the author of the photo is a beginner. If you want to rely on real designers and retouchers to eliminate any negative factors of using AI, turn to the popular RetouchMe service. It will allow you to easily change hair color on photo or make any other edits.
The use of artificial intelligence makes it possible to automate many processes of working with images (for example, retouching portraits, classifying frames, and removing backgrounds), which saves time and resources for photographers and designers. AI-based services can significantly improve user experience. For example, automatic face recognition and photo editing systems make it convenient to organize or find memorable moments in albums, automatically create collages, etc. Such abilities have already been implemented in well-known services and applications.
Thanks to the use of artificial intelligence, new applications, and services in the field of photography are appearing. These are simple programs for processing photos on mobile devices, online services for storing and sharing images, security systems based on facial recognition, and much more.
Ways of using AI in the area
Working with quality. Deep learning techniques can improve images by filling in missing or damaged parts, increasing resolution, and enhancing detail. An example of such technology is Super-Resolution, which uses deep neural networks to increase the resolution of images while preserving their detail and clarity.
- Noise removal. Algorithms in software tools such as autoencoders or super-precision networks can effectively filter out noise of various types, including additive, multimodal, and others. The result is increased clarity and readability of the image.
- Palette and hue correction. The use of deep learning techniques makes it possible to automatically adjust the color gamut. These tools can be used for automatic white balancing, exposure correction, and hue and saturation changes.
- Automatic element manipulation. Deep learning-based methods can effectively detect and highlight objects of different shapes, sizes, and types, even in the presence of complex backgrounds.
The future of AI in photography looks promising. Already today, many algorithms have been created that simplify the work of people in various professions. What novelties await us shortly?
With the development, more accurate and efficient photo-processing mechanisms are expected to emerge. This may include further improvement of photo quality, increased retouching speed, and expanded functionality of programs and specialized services.
Research in computer vision and picture processing is the way to create perfect systems. They will understand the content of photos to interact with them in a more natural way.
What opportunities can be opened in the future?
One area of AI development could be the automatic creation of effects and image correction styles based on user preferences or analysis of photo content. This could include automatic application of filters, color and tone correction, and composition generation.
Advances in facial recognition and image content analysis technologies have the potential to lead to smarter organization systems, photo search, and improved security systems.
