Melt electrowriting (MEW) is a high-resolution additive manufacturing technology that balances multiple parametric variables to arrive at stable fabrication process. The better understanding of this balance underscored here using camera vision jet stability profiles in different electrical fields. Complementing visual information are fiber-diameter measurements obtained precise points, allowing...

As an important perceptual characteristic of the Human Visual System (HVS), Just Noticeable Difference (JND) has been studied for decades with image and video processing (e.g., visual signal compression). However, there is little exploration on existence JND Deep Machine Vision (DMV), although DMV made great strides in many machine vision tasks. In this paper, we take initial attempt, demonstra...

The parallel vision algorithm design and implementation project was established to facilitate vision programming on parallel architectures, particularly low-level vision and robot vehicle control algorithms on the Camegie Mellon Warp machine. To this end, we have (1) demonstrated the use of the Warp machine in several different algorithms; (2) developed a specialized programming language, calle...

The parallel vision algorithm design and implementation project was established to facilitate vision programming on parallel architectures, particularly low-level vision and robot vehicle control algorithms on the Carnegie Mellon Warp machine. To this end, we have (1) demonstrated the use of the Warp machine in several different algorithms; (2) developed a specialized programming language, call...

Physics-Based Vision is a combination of traditional machine vision, material optics and computer graphics. Illumination, optical reflection and image formation are analysed in this new field of research in order to develop more efficient artificial vision systems. This paper focuses on two aspects of physics-based vision: analysis of spatial distribution of reflection as well as polarization b...