Real Time Task Scheduling
The socket Interface
Mobile Computing
Fault Detection And Failure
Slammer Worm
The OOPS of C++
MMS
Bioinformatics
GSM
Wireless LAN Security
DCOM
Digital Signature
Remote Method Invocation
ANN
Transparent Networks
Cyborgs and Cybernetics
Tool Command Language
DNA Computing
Data Warehousing
Network Custody System
Caching for Routing in MANET
Voice Over Internet
ASP.NET
XML-Web Services
E-Cash
WI-FI
Computer Viruses
Wireless Internet Telephony
Embedded System
Quantumn Computers
Digital signature
IP Security
Fuzzy Logic
ATM
Storage Area Network
Wireless App Protocol
Geographical Information
Quantumn Cryptography
Unix File System
Elliptic Curve Cryptosystem
Beowulf System
An Overview Of Secure Shell
Firewalls
Real Time Communication
64 bit microprocessor
An Intelligent Cache System
Voice Over Internet Protocol
Ethernet
Smart Card
RSA
Bluetooth Technology
Domain Name System
Conditional Access System
Holographic Memory
Public Key Infrastructure
CDMA
ARTIFICIAL_INTELLIGENCE
Bio Technoligy
CRYPTOGRAPHY
DNA
GRID
WEB Applications
ARCHITECTURE OF ASP.NET
Red Tacton
History of programming languages
rdbms
Backup_And_Restore_In_Vista
EVOLUTION OF COMPUTER
SCSI_presenation
Component Object Model
DotNet
EXCEPTION HANDLING
Windows Services
X M L
ARCHITECTURE OF ASP.NET
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WIRELESS LAN SECURITY
I. Introduction
a. The 802.11 Wireless LAN Standard
In 1997, the IEEE ratified the 802.11 Wireless LAN standards, establishing a global standard for implementing and deploying Wireless LANS. The throughput for 802.11 is 2Mbps, which was well below the IEEE 802.3 Ethernet counterpart. Late in 1999, the IEEE ratified the 802.11b standard extension, which raised the throughput to 11 Mbps, making this extension more comparable to the wired equivalent. The 802.11b also supports the 2 Mbps data rate and operates on the 2.4GHz band in radio frequency for high-speed data communications
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