'First byte' presentation slideshows

ECE544: Communication Networks-II Spring 2010

1.31k views • 82 slides

Chapter 4

Chapter 4. IP Addresses: Classful Addressing. Objectives . Upon completion you will be able to:. Understand IPv4 addresses and classes Identify the class of an IP address Find the network address given an IP address Understand masks and how to use them

1.11k views • 69 slides

Lecture 2

Lecture 2. Message Passing Using MPI (Foster Chapter 8). Background The message-passing model Origins of MPI and current status Sources of further MPI information Basics of MPI message passing Hello, World! Fundamental concepts Simple examples in Fortran and C.

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Introduction to Computers and Java

Introduction to Computers and Java. Module 1. Objectives. overview computer hardware and software introduce program design and object-oriented programming overview the Java programming language. Hardware and Software. Computer systems consist of hardware and software.

799 views • 64 slides

William Stallings Computer Organization and Architecture 8 th Edition

William Stallings Computer Organization and Architecture 8 th Edition. Chapter 7 Input/Output. Input/Output Problems. Wide variety of peripherals Delivering different amounts of data At different speeds In different formats All slower than CPU and RAM Need I/O modules.

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Lecture 5

986 views • 46 slides

The TCP Segment Header

The TCP Segment Header. TCP header length in 32 bit words, URG-urgent, ACK- ack number is valid, PSH-push, RST-reset connection, SYN-used to establish connection, FIN-used to release connection. The TCP Segment Header (2).

1.15k views • 44 slides

The TCP Segment Header

The TCP Segment Header. TCP header length in 32 bit words, URG-urgent, ACK- ack number is valid, PSH-push, RST-reset connection, SYN-used to establish connection, FIN-used to release connection. The TCP Segment Header (2).

985 views • 44 slides

C Tutorial - Pointers

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Multiplexing H.264/AVC Video with MPEG-AAC Audio

Multiplexing H.264/AVC Video with MPEG-AAC Audio Harishankar Murugan University of Texas at Arlington Outline : Multiplexing: Areas of applications Why H.264 and AAC? Multiplexing De-multiplexing Synchronization and Playback Results Conclusions Future work References

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IP Addressing

536 views • 36 slides

On the Cutting Edge:

332 views • 31 slides

A presentation on Counters (second)

A presentation on Counters (second). Information obtained using educative resources from the WWW. http://www.eelab.usyd.edu.au/digital_tutorial/part2/counter02.html http://en.wikipedia.org/wiki/Counter. Review Counters : Two principal categories.

476 views • 30 slides

Designing the 8086/8088 Microcomputer System

Designing the 8086/8088 Microcomputer System. Typical Microprocessor Based System. Control. Memory/IO. CPU. Address. Data. 8086/8088 Busses. Address Bus 20 address lines so a 2 20 byte address space. Pins A0-A19 provide the address

775 views • 22 slides

Data Structures - Part I

Data Structures - Part I. CS 215 Lecture 7. Motivation. Real programs use abstractions like lists, trees, stacks, and queues. The data associated with these abstractions must be ordered within memory.

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Web Load Testing with Microsoft Visual Studio 2010

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MIDI

MIDI. One choice for adding sounds to multimedia applications is the use of digital audio soundfiles This can become very memory intensive, however, for large soundfiles For example, a stereo 16 bit/sample 22 kHz soundfile requires > 5 mbytes per minute of audio

814 views • 18 slides

HDD: Hard Disk Drive

HDD: Hard Disk Drive By Tyler Beckett Janaki Ramachandran Why Are We Here?

2.57k views • 17 slides

A ball inside the mouse touches the desktop and rolls when the mouse moves.

Inside a Mouse The main goal of any mouse is to translate the motion of your hand into signals that the computer can use. Almost all mice today do the translation using five components: . A ball inside the mouse touches the desktop and rolls when the mouse moves. .

450 views • 16 slides

IP Fragmentation

IP Fragmentation. MTU. Maximum Transmission Unit (MTU) Largest IP packet a network will accept Arriving IP packet may be larger. MTU. IP Packet. IP Fragmentation. If IP packet is longer than the MTU, the router fragments the packet Extracts data field from incoming packet

287 views • 15 slides