TURNING IN FACE PRESENTATIONS.

Dry Friction and Wear Performance of Micro Surface Textures Generated by Ultrasonic Assisted Face Turning

Nowadays the surface texturing has been widely recognized as a usable capability to improve the tribological systems. In this paper, ultrasonic assisted turning (UAT) isperformed to create the micro textures on the flat faces. Micro surface texturing ismade on the Al7075-T6 by the UAT in the face turning process. Then, the influences of cutting speed feed, vibration direction and vibration ampl...

Facilitating Speech Understanding for Hearing-Challenged Perceivers in Face-to- Face Conversation and Spoken Presentations

The goal of this project is to enhance the ability of hearingchallenged and deaf persons to understand conversational speech in face-to-face spoken interactions. The idea was to present certain robust phonetic properties of the incoming speech visually to supplement speech reading. We developed real-time digital signal processing of the speech and designed and trained artificial neural networks...

Dry Friction and Wear Performance of Micro Surface Textures Generated by Ultrasonic Assisted Face Turning

Nowadays the surface texturing has been widely recognized as a usable capability to improve the tribological systems. In this paper, ultrasonic assisted turning (UAT) isperformed to create the micro textures on the flat faces. Micro surface texturing ismade on the Al7075-T6 by the UAT in the face turning process. Then, the influences of cutting speed feed, vibration direction and vibration ampl...

Oral Presentations Oral Presentations

ORAL PRESENTATIONS Discussion: Cross-resistance to different antibacterial agents including quinolones and nalidixic acid, chloramphenicol, trimethoprim and in some cases b-lactam antibiotics is a common phenomenon in Gram-negative bacteria (Gutmann et al., 1995). In this study adaptive resistance in Salmonella enterica and E. coli O157, O55 and K-12 was readily achieved by passage in sublethal...

Behavioural and Neuroimaging Evidence for Hemispheric Asymmetries in Face Processing Using Divided Visual Field Presentations