'Optical communications' diaporamas de présentation

Professor Z GHASSEMLOOY Associate Dean for Research Optical Communications Research Group,

Free Space Optical Communications. Professor Z GHASSEMLOOY Associate Dean for Research Optical Communications Research Group, School of Computing, Engineering and Information Sciences The University of Northumbria Newcastle, U.K. http://soe.unn.ac.uk/ocr/.

1.13k views • 75 slides

TCOM 503 Fiber Optic Networks

TCOM 503 Fiber Optic Networks. Spring, 2007 Thomas B. Fowler, Sc.D. Senior Principal Engineer Mitretek Systems. Course overview. This course, together with TCOM 513, presents basic material needed to understand optical communications Physical principles of optical devices and networks

924 views • 68 slides

Fiber Optics

Fiber Optics. History of Fiber Optics.

763 views • 58 slides

The FCC Rural Healthcare Pilot Program: Enhanced Access to Advanced Telecommunications & Information Services for

The FCC Rural Healthcare Pilot Program: Enhanced Access to Advanced Telecommunications & Information Services for Rural Hospitals in the Florida Panhandle. Opportunity Florida Board Meeting July 2, 2008. Christopher B. Sullivan, Ph.D. Lloyd Tribley, MS CAIT ATACP

700 views • 53 slides

Advanced-degree in Communication Engineering

Advanced-degree in Communication Engineering. Ing. Masruri, S.T PhD Student Email: masruri.masruri@nemo.unipr.it. Advanced degree in Communication Engineering.

692 views • 50 slides

Simulation of Communication Systems

Simulation of Communication Systems. Professor Z. Ghassemlooy Optical Communications Research Group http://soe.unn.ac.uk/ocr/ School of Computing, Engineering and Information Sciences University of Northumbria at Newcastle, UK. Eng. of S/W Pro., India 2009. Outline of Presentation.

890 views • 49 slides

Light Sources for Optical Communications

Light Sources for Optical Communications. EE 8114 Xavier Fernando RCL Lab. Requirements. Small physical dimensions to suit the fiber Narrow beam width t o suit fiber NA Narrow spectral width (or line width ) to reduce chromatic dispersion

1.6k views • 42 slides

Powerpoint Templates

340 views • 26 slides

Optical Wireless Communications

Optical Wireless Communications. Course Outline. Introduction Definition of free-space optical communications Why wireless optical communications? Basic block diagram Optical Sources Challenges Alignment, acquisition, pointing, and tracking (APT) Modulation techniques and noise.

438 views • 25 slides

Nanoscale Optics and Photonics

Nanoscale Optics and Photonics. Photonic crystals Surface plasmons Metamaterials. Xiaodong Yang, October 25, 2011. The iridescence of Morpho butterfly. Reference pictures resources: internet. The scale of things. The electromagnetic spectrum. Electronics and photonics roadmaps.

717 views • 15 slides

Ladar & Optical Communications Institute

Ladar & Optical Communications Institute. Dr. Paul McManamon Chief Scientist, Sensors Directorate Air Force Research Laboratory Joseph W. Haus Electro-Optics Program University of Dayton July , 2007. AFRL motivation. Develop and demonstrate ladar and communications

362 views • 15 slides

Comparisons of GFDL Time slice and CRCM cloud simulations with GOES Satellite Observations

Comparisons of GFDL Time slice and CRCM cloud simulations with GOES Satellite Observations. 11 September 2009. Randall J. Alliss Atmospheric Sciences & Engineering Department Northrop Grumman. Introduction & Motivation.

215 views • 13 slides

CMOS Compatible Integrated Dielectric Optical Waveguide Coupler and Fabrication

2011-2 Special Topics in Optical Communications. CMOS Compatible Integrated Dielectric Optical Waveguide Coupler and Fabrication. Jeong -Min Lee ( minlj@tera.yonsei.ac.kr ) High-Speed Circuits and Systems LAB. 2011-2 Special Topics in Optical Communications. Information.

330 views • 12 slides

The Science Definition Team for the astrophysics-focused use(s ) of the Telescope Assets

The Science Definition Team for the astrophysics-focused use(s ) of the Telescope Assets. Rita Sambruna Lia LaPiana NASA HQ NASA HQ . Background .

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SLS-OPT: Optical Communications Working Group (1 of 6) Problem and Issues:

SLS AREA REPORT. SLS-OPT: Optical Communications Working Group (1 of 6) Problem and Issues: None. However, schedule for standards publication is very aggressive. Planning: The following books have been started: Blue Book for Optical Communications Physical Layer

255 views • 6 slides

NOBEL WP2 Meeting

NOBEL WP2 Meeting. Dissemination Madrid, 11-13.03.05. Workshops and Conferences. WP2 results could be disseminated in the following conferences: DRCN (Design of Reliable Communication Networks). October 16-19, 2005. Ischia (Italy) Abstracts deadline: 15 th April

177 views • 4 slides

PIERS Progress In Electromagnetics Research Symposium

214 views • 4 slides

CMOS Optical Preamplifier Design Using Graphical Circuit Analysis

CMOS Optical Preamplifier Design Using Graphical Circuit Analysis. Khoman Phang Dept. of Electrical & Computer Engineering. Outline. Motivation Preamplifier requirements Proposed preamplifier structures Graphical circuit analysis. Summary.

196 views • 4 slides

International Master Physics Photonics Nanotechnology

211 views • 1 slides

III-nitride Wide Bandgap Semiconductors for Optical Communications

Carrier-effect phase shifters. Optical waveguide. port 1. signal. signal. l -selected signal out. Multi- l signal in. port 2. electrodes. Switch control. III-nitride Wide Bandgap Semiconductors for Optical Communications. Project Concept. Goals and Approaches. Program Goals

227 views • 1 slides