'Receiver clock' diaporamas de présentation

An Introduction to GNSS

An Introduction to GNSS. Presentation Outline. GNSS Overview Basic GNSS Concepts GNSS Satellite Systems Advanced GNSS Concepts GNSS Applications and Equipment. GNSS Overview. GNSS Overview.

4.01k views • 70 slides

Digital Transmission

Digital Transmission. DIGITAL-TO-DIGITAL CONVERSION.

868 views • 68 slides

G lobal P ositioning S ystem

FOT 2213 Applications of GPS/GIS in Forestry. G lobal P ositioning S ystem. Prepared by the Eddie L. Moore Itawamba Community College. Where on Earth am I?. Have you ever asked yourself this question when you were in unfamiliar surroundings?. Technology to the Rescue.

641 views • 55 slides

Chapter 3. Global Positioning System

Chapter 3. Global Positioning System. Introduction. GPS provides specially coded satellite signals that can be processed in a GPS receiver, enabling the receiver to compute position, velocity and time.

710 views • 47 slides

SoC Clock Synchronizers Project

SoC Clock Synchronizers Project. Progress Presentation. D0827. Students: Elihai Maicas Harel Mechlovich. Instructor: Shlomi Beer-Gingold. Presentation Agenda. General project description Technical specifications Background Architecture and HW needs Software Timeline.

540 views • 44 slides

Global Positioning System (GPS)

Global Positioning System (GPS). What is GPS?. The Global Positioning System (GPS) A Constellation of Earth-Orbiting Satellites Maintained by the United States Government for the Purpose of Defining Geographic Positions On and Above the Surface of the Earth. It consists of Three Segments:.

1.17k views • 39 slides

INTRODUCTION TO GPS:

504 views • 37 slides

October, 2003 Saeid Nooshabadi saeid@unsw.au

COMP 3221 Microprocessors and Embedded Systems Lectures 29: I/O Interfacing Examples - I http://www.cse.unsw.edu.au/~cs3221. October, 2003 Saeid Nooshabadi saeid@unsw.edu.au. Overview. Parallel Interfacing Serial Interfacing UART RS232. Anatomy: 5 components of any Computer.

400 views • 27 slides

May 2006 Saeid Nooshabadi saeid@unsw.au

ELEC2041 Microprocessors and Interfacing Lectures 29: I/O Interfacing Examples http://webct.edtec.unsw.edu.au/. May 2006 Saeid Nooshabadi saeid@unsw.edu.au. Overview. Parallel Interfacing Serial Interfacing UART RS232. Anatomy: 5 components of any Computer. Keyboard, Mouse.

274 views • 27 slides

R. Weber, M. Opitz, G. Thaler

R. Weber, M. Opitz, G. Thaler. Real-Time quality control of IGS clocks and orbits. Analysis Center Workshop 2008, June 2-6 Miami. IGU clock Integrity Monitoring. RTIGS- Network: data stream used for. real time monitoring of satellite plus station clock corrections.

367 views • 25 slides

Multimedia Over IP Networks -- II

Multimedia Over IP Networks -- II. Hao Jiang Computer Science Department Boston College Nov. 8, 2007. Real-time Transport Protocol. Real-time transport protocol (RTP) is an Internet-standard protocol for transmitting real-time multimedia over IP network. RTP is (often) built on top of UDP.

407 views • 19 slides

12.215 Modern Navigation

12.215 Modern Navigation. Thomas Herring ( tah@mit.edu ), http://geoweb.mit.edu/~tah/12.215. Summary of last class. Today we covered Electronic Distance Measurement (EDM) History Methods: Theory: Propagating electromagnetic signals Timing signal delays Use of phase measurements

292 views • 19 slides

235 views • 16 slides

SGU 3593 GPS SURVEY

GPS ERROR SOURCES. LECTURE 4. SGU 3593 GPS SURVEY. Bias. Noise. GPS errors are a combination of Noise Bias Blunders. Noise errors are the combined effect of PRN code noise (around 1 meter) and noise within the receiver (around 1 meter). Selective Availability (SA)

364 views • 15 slides

Global Navigation Satellite Systems for Positioning and Time Transfer

142 views • 14 slides

Quebec City, October 27th 2006

GEOIDE Workshop (project # 31). Preliminary Results: Receiver Initial Phase Bias Calibration. By Simon Banville, Rock Santerre & Marc Cocard. Quebec City, October 27th 2006. Context.

145 views • 14 slides