This document discusses video over IP systems. It introduces video over IP and explains that these systems use video codecs to compress video signals for transmission over IP networks like Ethernet and the Internet. It describes the basic components of a video over IP system including cameras, networks, and FPGAs. Finally, it outlines some benefits of video over IP such as lower costs, improved management capabilities, and reduced bandwidth requirements.
2. Contents
1. Introduction
2. What is video over IP
3. Devices and Drivers
4. Video Over IP System
5. Benefits
6. Summary
7. References
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3. 1- Introduction
Video communication has revolutionized the
way people stay in touch with one to
another, discuss business, learn, and teach.
VIDEO
Information
DATA SIGNAL
SOURCE
Free Space.
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4. 2- What is video over IP
Video over IP systems use some existing
standard video codec to reduce the program
material .
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5. 3- Devices and Drivers
? In order to construct a video over IP
application, several basic steps need to
occur. First, the application needs to
establish communication with the camera.
1 - Camera
2 - Network
3 - FPGA
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6. 4- Video Over IP System
One of the main
differences is that a
networked video
system is connected using
Ethernet, Internet and/or
LAN networks. These
networks typically already
exist in buildings with
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Internet access.
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7. 5- Benefits
1- Lower Cost of Ownership
2- Improved Management Capabilities
3- Reduced Bandwidth for Compression,
. transmission and Storage
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