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Wireless Data Connectivity Guidelines This document sets forth the guidelines for using wireless technologies for data connectivity and identifies responsibilities for the deployment of wireless connectivity services and the administration of the wireless radio spectrum. These guidelines describe how wireless technologies are to be implemented, administered and supported at the University of Arizona campus. It supplements the guidelines in the CCIT Computer and Network Usage Policy by adding specific content addressing wireless data connectivity and the resolution of interference issues that might arise during use of specific frequencies. The guideline couples the desire for campus constituencies to deploy wireless technologies with a central administrative desire to encourage all constituents to deploy such systems with an acceptable level of service quality and security.
By University of Arizona, 06/29/2004
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U.C. Riverside Wireless Network Policy and Guidelines The use of wireless networking provides a more versatile way to access the Internet and to use a laptop computer, broadening the scope of mobile computing. With the added benefits of a wireless network at U.C. Riverside, there also comes additional responsibility. A wireless user must be aware of the inherent security issues that exist in a wireless environment. Caution must be exercised to ensure a safe, secure, and reliable computing environment.
02/24/2004
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Wireless Network Policy The University of Denver's wireless network is designed to be a convenient supplement to the wired network for general functions including web browsing, email and printing to public printers. Wireless "access points" located in many areas of campus allow suitably configured computers equipped with wireless network cards to make wireless connections to the Internet.
02/24/2004
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University of Utah Office of Information Technology Wireless Network Policy This document sets forth the policies for using wireless technologies and assigns responsibilities for the deployment of wireless services and the administration of the wireless radio frequency spectrum in a distributed campus network environment. This policy expands the Office of Information Technology Network Connection Policy by including specific direction regarding wireless communications and the resolution of issues that may arise.
02/24/2004
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Wireless Communication Policy Defines standards for wireless systems used to connect to the organization’s networks.
02/19/2004
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University of Michigan Dearborn Information Technology Services Wireless Networking Wireless computing is now a reality for faculty, staff, and students at UM-Dearborn! It offers most of the computing services that the wired network does, without the restraints of a network cable and
02/19/2004
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Policy on Deployment, Operation, and Registration Requirements for Wireless Access Points on PennNet This policy specifies the requirements for Wireless Access Points (APs) and related wireless LAN infrastructure operating on PennNet. It also provides related "best practice" recommendations.
02/19/2004
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Wireless Network Policy and Procedure This regulation outlines the policy and procedures for the implementation of wireless networking for the University Campus.
02/19/2004
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Pace University Wireless Network Policy and Procedure This Pace Information Technology document sets forth the policies for using wireless data technologies and assigns responsibilities for the deployment of wireless services and the administration of th
02/19/2004
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Wireless Network Policy Development (Part One) The need for wireless policy has never been greater. 802.11/a/b/g wireless networks (WLANs) [1] have taken the Information Technology world by storm. With 35 million units expected to sell in 2003 and with a predicted growth rate of 50-200% compounded year over year through 2006, wireless is here to stay. The benefits of wireless connectivity in the business world are immense; they come in the form of flexibility, convenience, portability, increased productivity, relatively low cost, and ease of implementation. These benefits are not without an expense, though. The same aspects that make wireless so desirable in terms of usability and productivity can also become an Achilles heel if the proper security measures are not addressed throughout the network's life-cycle.
02/19/2004
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