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 TitleDate AddedCompany
whitepaper Hybrid WiMAX and Wi-Fi Networks for the Support of b-Learning and Telemedicine2009-03-21 Universidade da Beira Interior
  This paper addresses the deployment of hybrid WiMAX and Wi-Fi networks for the support of always best connected telemedicine and health sciences education applications. The available services include a LMS (Learning Management System) and several structured functionalities for b-Learning. For the support of these services, fixed and wireless LANs have been deployed, as well as an experimental point-to-multipoint IEEE 802.16-2004 network covering part of the city of Covilha. The FCS (Health Sciences Faculty) Campus as well as the tutorial rooms of the Faculty spread at the different Hospitals of the region of Beira Interior, Portugal, are benefiting from WLAN coverage, whose backhaul is supported by WiMAX point-to-point links with relays.

Tags: Mobile and Wireless, Mobile and Wireless		   
whitepaper IEEE 802.11n Wireless LANs: Opportunity and Challenges2009-03-17 Novarum
  The next generation of wireless local area network standards is nearing final approval in the IEEE standards process. The standard, known as IEEE 802.11n, is close enough to final approval that interoperable products incorporating this standard are being delivered to market today in anticipation of compatibility with the fully approved standard that comes later. This paper examines the standard, its position in the standards process, and the implications for the key markets where Wi-Fi is the dominant wireless networking standard today.

Tags: Mobile and Wireless, Mobile and Wireless		   
whitepaper Where's Wi-Fi Waldo: A White Paper on Location-Based Services2009-03-03 GigaWave Technologies
  A wireless location-aware network is definitely one of those cutting edge technologies that require advance planning. It all starts with proper access point positioning regardless if one is deploying on demand tracking of a single device or deploying a real-time location-aware system. Automating the location tracking of valuable mobile assets can quickly provide a return on investment by saving the money spent on manual tracking methods.

Tags: Software Development Tools, Mobile and Wireless		   
whitepaper Wireless Technologies in Industrial Markets: An Examination of Mesh Technologies in Mining2009-03-01 Motorola
  Motorola's Wireless Broadband Mesh product portfolio has been designed to offer maximum flexibility, offering both 802.11-based solutions and solutions with Motorola's industrial strength MEA (Mobility Enabled Access) technology for critical applications and harsh environments. When paired with Motorola's advanced MeshConnex routing algorithm, either access technology can provide a robust connectivity solution for a city, an agency or a business. This paper is the first in a series of solutions papers on how 802.11 and MEA technologies can be used in the most demanding RF environments in the world. This paper examines real world applications for mining, and the unique strengths and capabilities of each of the wireless technologies.

Tags: Software Development Tools, Mobile and Wireless		   
whitepaper Future-Forward to 802.11 n: The Testing Challenge in Wireless Networking2009-03-01 Lionbridge Technologies
  The crucial interoperability of wireless network devices built around the 802.11 standard is threatened by the advent of new and faster technologies. The IEEE is trying to cope by introducing the 802.11n standard - but it's still in draft form. Meanwhile, how can manufacturers cope with the confusion and promise surrounding 802.11's future? The situation is outlined, and a forward path, based on strategic testing, is proposed.

Tags: Mobile and Wireless		   
whitepaper Meraki White Paper: 802.11n Technology2009-03-01 Meraki
  The 802.11n draft 2.0 standard offers several technical benefits over previous technology generations, which result in improved throughput to 802.11n-based clients, as well as greater reliability for legacy 802.11a/b/g clients. 802.11n is much more than just a new radio for 802.11. In addition to providing higher bit rates (as was done in 802.11a, b, and g), 802.11n makes dramatic changes to the basic frame format that is used by 802.11 devices to communicate with each other.

Tags: Mobile and Wireless		   
whitepaper WLAN FAQ2009-02-25 Cisco Systems
  This WLAN FAQ provides answers to the most prevalent questions about wireless local-area networks (WLANs) and outlines the differences between wireless and wired networks, the equipment you'll need, and the benefits you can expect.

Tags: Mobile and Wireless, Mobile and Wireless, Mobile and Wireless, LAN - WAN		   
whitepaper Wireless Networking FAQ2009-02-25 Cisco Systems
  This wireless networking FAQ addresses common concerns about wireless networks. Learn the differences between wireless and wired networks and get an overview of the equipment you'll need for a wireless network from these frequently asked questions (FAQ).

Tags: Security Administration, Mobile and Wireless, Intrusion - Tampering, Mobile and Wireless		   
whitepaper Large Belgian Media Group Standardizes on NonStop Wireless for Mission Critical, Time-Critical Printing Facilities and Other Centers2009-02-23 Trapeze Networks
  De Persgroep is a large Belgian media group that publishes many newspapers, magazines and online media and also runs radio and television channels. The challenge was high degree of security and stability, standardisation of WLAN use, central network management and high-availability for mission critical, time-critical production environment. De Persgroep deployed Trapeze WLANs implemented by Telindus, MX200 and MX-8 Mobility Exchanges, more than 80 802.11a/b/g and 802.11n Mobility Points, RingMaster management software and SmartPass software for access control.

Tags: Mobile and Wireless, Mobile and Wireless		   
whitepaper Diversity Techniques for Interference Mitigation Between IEEE 802.11 WLANs and Bluetooth2009-02-21 Institute of Electrical and Electronics Engineers
  Wireless LANs (for e.g., IEEE 802.11g) and Wireless Personal Access Networks (WPANs) operate in the same 2.4 GHz ISM frequency band. This paper considers the techniques to mitigate the interference caused by WPANs (e.g., Bluetooth) on the IEEE 802.11 wireless LAN. In particular, it considers the downlink where an adjacent Bluetooth device interferes with a WLAN station. It shows that a simple frequency diversity scheme makes the IEEE 802.11 WLAN robust to the narrow band interference caused by a Bluetooth device. It also proposes an interference cancellation algorithm which estimates the interference and reconstructs the WLAN signal (which is interference free).

Tags: Software Development Tools, Mobile and Wireless