'Bit resolution' presentation slideshows

John Salzman, DMX Inflight Al McGowan, TEAC

John Salzman, DMX Inflight Al McGowan, TEAC. Audio Programming and Technologies. Why audio technologies? Document the process Creation of a reference model Review of audio technologies Digital Audio Compression Content Loading. Hours of Stereo Audio Content.

541 views • 37 slides

Data Acquisition and Instrument Control @ ILL

Data Acquisition and Instrument Control @ ILL. Paolo Mutti - ILL ESI - 18 June 2015. Outline. Physics @ ILL. Detectors. DAC electronics. NOMAD - Instrument control software. Coming soon. The Source. 58 MW reactor.

627 views • 31 slides

Digital Recording

546 views • 31 slides

StarBase Intensity Interferometry Update

StarBase Intensity Interferometry Update. D. Kieda, N. Matthews, N. T raeden , J. Skowronek University of Utah SII Workshop May 13, 2014. Digitizer System. NI Flex-Rio digitizer Digitizer (250 Mhz sampling) & Virtex5 FPGA Front end (4 channels, 14 bit resolution (Truncate to 8 bit))

378 views • 27 slides

Sound in Multimedia

Sound in Multimedia. Psychology of sound what do you use it for? what techniques for its communication exist? Science of sound why does it exist? how it works? Technology of sound how do we capture it? how do we edit it? how do we use it?. Psychology of Sound. Give Examples:.

423 views • 10 slides

Influence of wind shear on laser propagation

Influence of wind shear on laser propagation. Joe Watkins Reza Malek - Madani Svetlana Avramov-Zamurovic. Experimental set up to measure the influence of wind shear on laser light propagation. Laser source: HeNe red laser 2 mW Laser propagated through a tunnel

183 views • 7 slides

DAQ Considerations For Increased Rep. Rate

DAQ Considerations For Increased Rep. Rate. J. Leaver 01/12/2009. Target DAQ Considerations. Raw data rates: Potentially 9 channels Beam Intensity, Target Position, Total Beam Loss, Sector 7 Beam Loss, Sector 8 Beam Loss + 4 Beam Position Signals (2 each for Sector 7 Horiz. & Vert.)

138 views • 4 slides

A Low Power Carbon Nanotube Chemical Sensor System

A Low Power Carbon Nanotube Chemical Sensor System. Chemical Sensor Node Design Criteria. Ultra-Low power operation for prolonged operation High sensitivity to chemicals with fast response time High selectivity to differentiate chemicals. R. Distribution. CNT. 80. 60. Device Count.

193 views • 3 slides

Signal Processing For Spectral Imaging

Signal Processing For Spectral Imaging. S mall B usiness I nnovation R esearch. Irvine Sensors Corporation. Costa Mesa, CA. INNOVATION On-focal plane electronics incorporated into integrated circuit, capable of compensating for detector array non-uniformities ACCOMPLISHMENTS

246 views • 1 slides