NDLI: In-building wireless communication system design

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The 5th International Conference on Communications, Computers and Applications (MIC-CCA2012)

2008 Mosharaka International Conference on Communications, Computers and Applications

Proceedings of Mosharaka international conference on communications, computers and applications 2008 (MIC-CCA 2008)

MIC-CCA 2008 conference program

Friday 8 August 2008

MIC-CCA 2008 keynote talk

In-building wireless communication system design

MIC-CCA 2008 tutorial sessions

Cognitive Radio and advanced spectrum management

Voice over IP (VoIP)

Telemedicine for development in healthcare organizations: A myth or a fantasy

Advancements in cross-layer wireless multimedia communications

MIC-CCA 2008 papers

Effect of the RLC and TNL congestion control on the HSUPA network performance

Dynamically Improve Throughput and Minimize End-to-End Delay in MANET

Proposing an enhanced mobile ad hoc network framework to the open source simulator NS2

Enhancing packet forwarding in Mobile Ad hoc Networks by exploiting the Information Dispersal Algorithm

A novel blind image watermarking technique for colour RGB images in the DCT domain using green channel

The use of spread spectrum to improve information hiding in images

Using the real, gentle and modest AdaBoost learning algorithms to investigate the computerised associations between Coronal Mass Ejections and filaments

Applying a modified ising algorithm to calculate the energy of solar active regions in solar images

A rigorous proof of MIMO channel capacity’s increase with antenna number

Zero correlation matrix of a MIMO system and its application

Kalman filter channel estimation based on Comb-type pilots for OFDM system in time and frequency -selective fading environments

An OFDM receiver exploiting multipath diversity

“Design analysis of wireless sensors in BAN for stress monitoring of Fighter Pilots”

Broadcast disks: Dynamic data scheduling in mobile communication

Cube Objects with Functionality Facets Enhancer Entities - COFFEE

Study of traffic conditions for a fleet of mobiles moving within a wireless cell in an industrial environment

Auto calibration in drift aware wireless sensor networks using the interacting multiple model algorithm

Dual ring parent initiated topology control algorithm for 802.15.4-based non-beacon wireless sensor networks

BNWSN: Bayesian network trust model for wireless sensor networks

Space Time Frequency Block Codes for MIMO-OFDM system using intercarrier interference self-cancellation schemes

In-building wireless communication system design

Content Provider	IEEE Xplore Digital Library
Author	Nezami, M.
Copyright Year	2008
Description	Author affiliation: Mamoun Private Univ. for Sci. & Technol. (Nezami, M.)
Abstract	Personal wireless devices communicate using RF signals. The quality and reliability of signal coverage and data capacity in many metropolitan and business places are at risk when these devices operate inside human made structures like buildings and other complexes. Obtaining reliable signals inside these places becomes a challenge when the user is located in places like underground parking lots, shopping malls, or in high rise buildings. Depending on the materials used in these structures and the outside terrain, in many cases it becomes a challenge to provide reliable signal levels. Depending on signals coverage that utilizes penetrated signals from outside base stations to propagate inside these structures, in many cases provides unreliable communications and in most cases rely on the over use of recourses such as increasing the signal level or the number of transmitting sites which creates interference to other outdoor coverage places. This problem brought the necessity of creating different approaches to RF signal coverage of in-buildings. This concept now is known as the ldquoIn-buildingrdquo or ldquoindoorrdquo wireless communication and distribution system. In-building wireless is a means of distributing the RF signals into areas where you need them most, in many cases without relying on the signal coming from outside base stations. We introduce the basic concept of RF signal coverage inside buildings, the channel models used to analyze and design an in-building wireless system. Then we cover various interesting solutions for deploying in-building coverage in 3G, WiMax, and WLAN networks that make use of distributed radio base stations (DRS), passive and active distributed antenna systems (DAS), repeaters, extenders, and dedicated macro and pico cells. We conclude with an extensive overview of available commercial solutions for in building 3G coverage, and show several examples illustrating providing RF coverage inside a multi floor building using DAS and repeaters.
File Size	8536301
File Format	PDF
ISBN	9789927486020
DOI	10.1109/MICCCA.2008.4669834
Language	English
Publisher	Institute of Electrical and Electronics Engineers, Inc. (IEEE)
Publisher Date	2008-08-08
Publisher Place	Jordan
Access Restriction	Subscribed
Rights Holder	Mosharaka for Researches
Subject Keyword	Wireless communication Base stations Buildings RF signals Humans Materials reliability Interference WiMAX Signal analysis Signal design
Content Type	Text
Resource Type	Article

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