Visual information processing and neuro-computer.

Neuro-Fuzzy Engineering for Spatial Information Processing

This paper proposes neuro-fuzzy engineering as a novel approach to spatial data analysis and for building decision making systems based on spatial information processing, and the development of this approach by the authors is presented in this paper. It has been implemented as a software environment and is illustrated on a case study problem. 1 Address correspondence to: Assoc. Prof. N.K. Kasab...

Minimal approach to neuro-inspired information processing

To learn and mimic how the brain processes information has been a major research challenge for decades. Despite the efforts, little is known on how we encode, maintain and retrieve information. One of the hypothesis assumes that transient states are generated in our intricate network of neurons when the brain is stimulated by a sensory input. Based on this idea, powerful computational schemes h...

Perceptual interfaces for information interaction: joint processing of audio and visual information for human-computer interaction

We are exploiting the human perceptual principle of sensory integration (the joint use of audio and visual information) to improve the recognition of human activity (speech recognition, speech event detection and speaker change), intent (intent to speak) and human identity (speaker recognition), particularly in the presence of acoustic degradation due to noise and channel. In this paper, we pre...

Patchy Connectivity and Visual Processing Asymmetries: A Neuro-developmental Hypothesis

evaluation of visual information processing speed in depressed people.

depression disorders are associated with serious dysfunction and depressive symptoms. cognitive slowing is a clear symptom observed in all depressed people. pvsat is a measure of cognitive function that specifically assesses visual information processing speed and flexibility, as well as calculation ability. the aim of the present study was to determine whether the paced visual serial addition ...