【About IC-AAIP 2025】
The International Conference on Advanced Algorithms and Image Processing Technologies 2025 (IC-AAIP 2025) will be held in Shenyang, China on August 09-10, 2025. The conference focused on the latest research in the field of "image processing", and provides a high-end academic exchange platform for researchers and scholars to exchange and present their research results. Through keynote speeches, oral presentations, and poster presentations, the conference delivers the most cutting-edge scientific and technological advances and achievements to the participants and promotes the exchange of technology and the collision of wisdom at the same time. The conference sincerely invites experts and scholars from domestic and foreign universities and research institutes, as well as business people and other related personnel to participate in the conference and communicate with each other.

【Topic Of Solicitation】
We solicit original papers including but not limited to:

Topic One: Advanced algorithms
Evolutionary computing and learning
High-performance computing and processing
Machine learning algorithm
Computational imaging and reconstruction
Convolutional neural network
Recurrent neural networks
Random forest
Simulated annealing algorithm
Genetic algorithm
Numerical algorithm
Natural computation
Optical sensing technology
Pattern recognition
Intelligent transportation
Support vector machine
Combination and graph algorithm

Topic two: Image processing
Image acquisition and feature extraction
Target detection and tracking
Image segmentation and annotation
Image coding and compression
3D image processing and reconstruction
Multimodal image fusion and registration
Enhancement and recovery techniques
Image generation and synthesis
Image quality evaluation and correction
Face and emotion recognition
Application of image processing in remote sensing
Enhancement and compression of medical images
holography
Video analysis and processing
Image and video encoding and transmission
Image storage, retrieval, and authentication
Image and video perception and quality models