Wireless LAN White Papers
UWB Coexistence and Cognitive Radio: How Multiband-OFDM Leads the Way
Overview The recent history of Ultrawideband communications technology has seen great debate over whether these UWB cause unacceptable interference to existing users of the same and nearby bands. Building on the IEEE 802.15.2 Recommended Practice and the framework developed by IEEE 802.19, researchers are developing techniques to separate UWB signals for others using time, frequency, power, space, and coding, the five techniques available to minimize interference and maximize capacity. This paper explores general methods for using these parameters either to eliminate interference, or to achieve graceful, deterministic degradation.
| Publisher | Alereon | File Format | |
|---|---|---|---|
| Date Published | September 2004 | Downloads | 6 |
| Format | White Papers | ||
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White Paper RSSToshiba ConfigFree - Connect to wired and wireless networks with ease
DownloadWireless connectivity (802.11a/b/g or Bluetooth) has become essential to anywhere, anytime communications, enabling home and business users to stay connected, no matter where they go. However, managing multiple connections is...
Frequency Offset and I/Q Imbalance Compensation for OFDM Direct-Conversion Receivers
Two types of RF front-end imperfections in direct conversion receivers, namely frequency offset and I/Q imbalance, are addressed in this paper. The I/Q imbalance not only introduces an unwanted image...
Bluetooth Baseband Controller for System on Chip Solutions
This client is a leading developer of System-on-Chip solutions that enable communications, digital imaging and audio features to be incorporated into a variety of vertical markets including Voice over IP...
Developing Wireless Systems With MATLAB and Simulink
Through this webcast one will learn how to use Model-Based Design with MATLAB and Simulink product families to quickly and accurately convert a wireless standards document "On paper" into an...
Bluetooth Protocol Stack and SDK in Java [JSR 82]
This paper explains Atinav?s aveLink Bluetooth Protocol Stack in Java, which is an optimized implementation of the Bluetooth Protocol Stack 1.1 specification conforming to JSR 82 standard. This will help...
