Computational Intelligence techniques are adopted in many industrial applications, like visual based quality control, image enhancement in consumer electronics, image quality enhancement, video based recognition of identity or behaviors, audio based speech recognition for enhanced human like interaction with machines etc. It also has a strong impact in medical applications, like medical image enhancement, semi-automatic detection of pathologies, pre-filtering and reconstruction of volumes from medical scans etc. Despite this growing diffusion, there are still many possible areas where computational intelligence application is partial or could be extended and improved, due to the actual limitations in terms of computational power or strict requirements in terms of assurance of the results.
This workshop aims to investigate the impact of the adoption of advanced and innovative Computational Intelligence techniques in industrial and medical applications. This edition of the workshop is focused primarily on image processing and industrial and medical applications with special emphasis to real time systems and image acquisition pipelines. The workshop will bring together researchers on different disciplines from academia and industry with a common objective: go beyond the frontiers of today industrial applications of Computational Intelligence techniques.
Topics for the workshop include, but are not limited to:
• Imaging for Industrial applications
• Computational Intelligence approaches in Biomedical Signal Processing
• Computational Intelligence approaches in Consumer Electronics
• Real-time Multimedia Signal Processing
• Intelligent User Interfaces
• Virtual-augmented reality for Healthcare
• Real-time digital images & watermarking
• Real-time signal compression and analysis
• Demosaicking and denoising in digital image acquisition pipeline
• Spatial and temporal estimation and protection of media streams
• Learning systems for signal and information processing and evidential reasoning for recognition
• Soft computing approaches for embedded multimedia systems
• Real time signal processing & vision
• Expert system for embedded system
• Color and illumination
11月28日
2016
12月01日
2016
初稿截稿日期
注册截止日期
留言