Program
The program for Digital Image Processing and Analysis (DIPA) will be held Monday, June 7 through Tuesday, June 8. No events are scheduled for Sunday, June 6; however participants may register and pick up their materials on Sunday afternoon.
Online Conference Program
Searchable Conference Program Available Online!
- Browse speakers and the agenda of sessions (pdf).
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Download pages from the program book!
About Digital Image Processing and Analysis
The number of images that are sensed, stored and displayed digitally continues to increase dramatically in virtually every imaging system from video endoscopes and digital phones to digital cameras to remote-sensing satellites and astronomical telescopes. A major important feature of digital images is that they lend themselves to various processing techniques that can be used to enhance the visual appearance, to extract important information automatically, to format for data storage and transmission and to optimize the image data for display. Optical system design can no longer be confined merely to exploiting the physics of light but must also include the processing of digital information.
The Digital Image Processing and Analysis (DIPA) meeting will provide a forum for forefront research on various topics related to digital image processing and analysis. Included in the topics reported at this meeting are the latest advances in image segmentation, analysis, compression, reconstruction and quality assessment, pattern/target recognition, and applications of image analysis to visual and industrial applications such as manufactured product inspection, to mention a few. Results from studies in using digital imagery to extract tomographic, volumetric, time resolved, and super-resolved imagery information are also within the scope of papers to be presented.
Papers were considered in the following topic categories:
- Image processing
- Digital transforms
- Image segmentation
- Image compression
- Super-resolution algorithms
- Visual motion estimation
- Pattern recognition
- Target recognition
- Target tracking
- Image analysis
- Image understanding
- Digital image enhancement
- Software systems
- Visual inspections
- Industrial inspection
- Three-dimensional reconstruction
- Image-based forensics
- Halftone image reproduction
- Image reconstruction
- Visual metrology
- Computer vision
- Analysis of algorithms
- Image quality assessment
- Hybrid optics with image processing
- Computer vision
