'Channel input' presentation slideshows

780 views • 70 slides

S-72.1140 Transmission Methods in Telecommunication Systems (5 cr)

S-72.1140 Transmission Methods in Telecommunication Systems (5 cr). Solutions for lecture assignments. Assignment. Solution.

730 views • 59 slides

CBC2: CMS microstrip readout for HL-LHC

CBC2: CMS microstrip readout for HL-LHC. [ D . Braga], G. Hall , M. Pesaresi, M. Raymond (Imperial College) D. Braga , L. Jones, P. Murray, M . Prydderch (RAL) D . Abbaneo , G. Blanchot , A. Honma , M. Kovacs, F. Vasey (CERN). Background.

547 views • 43 slides

Dogleg Beam-loading Experiment

611 views • 33 slides

SHANNON LECTURE LIVING INFORMATION THEORY

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Hybrid Codes and the Point-to-Point Channel

Hybrid Codes and the Point-to-Point Channel. Paul Cuff Curt Schieler. Source-Channel Coding. p( y|x ). f. g. Correlation between S and ?:. Achieved with separately designed encoder and decoder. Video Transmission (example). p( y|x ). f. Systematic Transmission (example). Relay.

269 views • 16 slides

Hybrid Codes and the Point-to-Point Channel

Hybrid Codes and the Point-to-Point Channel. Paul Cuff Curt Schieler. Source-Channel Coding. p( y|x ). f. g. Correlation between S and ?:. Achieved with separately designed encoder and decoder. Video Transmission (example). p( y|x ). f. Systematic Transmission (example). Relay.

164 views • 16 slides

Parallel & Concurrent Programming: Occam

Vitaliy Lvin University of Massachusetts Amherst. Parallel & Concurrent Programming: Occam. Today. Before: languages that hid control of parallelism from the application programmer (ZPL, Flux) Extensions of existing languages to add control (Cilk, OpenMP) Libraries (MPI) Today:

286 views • 15 slides

Parallel & Concurrent Programming: Occam

Vitaliy Lvin University of Massachusetts Amherst. Parallel & Concurrent Programming: Occam. Today. Before: languages that hid control of parallelism from the application programmer (ZPL, Flux) Extensions of existing languages to add control (Cilk, OpenMP) Libraries (MPI) Today:

311 views • 15 slides

Paralleling capacitors to reduce high frequency output voltage ripple

Paralleling capacitors to reduce high frequency output voltage ripple. 1. A technique for reducing High Frequency output noise. If the output capacitor(s) is not ceramic; then adding a small ceramic(s) in parallel with the output will reduce high frequency ripple.

351 views • 12 slides