Showing 13 results for Book detail unavailable for "giOvDgAAQBAJ"

MCSE Core Required Exams in a Nutshell cover
Computers2006-05-19

MCSE Core Required Exams in a Nutshell

The Required 70: 290, 291, 293 and 294 Exams

William R. Stanek

Highlighting essential nuggets of information related to the skills measured in the Microsoft Certified Systems Engineer (MCSE) exams, this book is an easy reference and a great study aid.

The Telecommunications Illustrated Dictionary cover
Technology & Engineering2002-05-29

The Telecommunications Illustrated Dictionary

J.K. Petersen

From fundamental physics concepts to the World Wide Web, the Telecommunications Illustrated Dictionary, Second Edition describes protocols, computer and telephone devices, basic security concepts, and Internet-related legislation, along with capsule biographies of the pioneering inventors who developed the technologies that changed our world. The new edition offers even more than the acclaimed and bestselling first edition, including: Thousands of new definitions and existing definitions updated and expanded Expanded coverage, from telegraph and radio technologies to modern wireline and mobile telephones, optical technologies, PDAs, and GPS-equipped devices More than 100 new charts and illustrations Expanded appendices with categorized RFC listings Categorized charts of ITU-T Series Recommendations that facilitate online lookups Hundreds of Web URLs and descriptions for major national and international standards and trade organizations Clear, comprehensive, and current, the Telecommunications Illustrated Dictionary, Second Edition is your key to understanding a rapidly evolving field that, perhaps more than any other, shapes the way we live.

Advanced Trends in Wireless Communications cover
Computers2011-02-17

Advanced Trends in Wireless Communications

Mutamed Khatib

Physical limitations on wireless communication channels impose huge challenges to reliable communication. Bandwidth limitations, propagation loss, noise and interference make the wireless channel a narrow pipe that does not readily accommodate rapid flow of data. Thus, researches aim to design systems that are suitable to operate in such channels, in order to have high performance quality of service. Also, the mobility of the communication systems requires further investigations to reduce the complexity and the power consumption of the receiver. This book aims to provide highlights of the current research in the field of wireless communications. The subjects discussed are very valuable to communication researchers rather than researchers in the wireless related areas. The book chapters cover a wide range of wireless communication topics.

CCNP cover
Computers1999

CCNP

Cisco LAN Switching Configuration Study Guide

Todd Lammle, Ward Spangenberg, Robert Padjen

The CCNP: Cisco LAN Switch Configuration Study Gudie is the most affordable, effective way to prepare for the CLSC (Exam 640-404). Book jacket.

I-ways cover
Computer networks2004

I-ways

Digest of the Global Information Infrastructure Commission

Unknown author

Description unavailable for this volume in the current provider response.

Macworld cover
Macintosh (Computer)2008

Macworld

The Macintosh Magazine

Unknown author

Description unavailable for this volume in the current provider response.

Data & Telecommunications Dictionary cover
Computers1999-02

Data & Telecommunications Dictionary

Julie K. Petersen

This fully illustrated dictionary -- a technically, comprehensive, standard-setting reference -- compiles more than 14,000 terms and concepts to describe emerging and converging communications fields. The book documents significant information in a substantial, consistent, and relevant manner, containing illustrations, timelines, and charts to enhance its readability and appeal.

Network Magazine cover
Computer networks2001

Network Magazine

The Competitive Edge in Business Technology

Unknown author

Description unavailable for this volume in the current provider response.

VMware vSphere 4 Implementation cover
Computers2009-10-22

VMware vSphere 4 Implementation

Mike Laverick

Evolve to a virtual network infrastructure using VMware vSphere 4 Design and deploy a high-performance cloud-based enterprise IT platform with guidance from a VMware expert. Featuring tips, techniques, and best practices, VMware vSphere 4 Implementation explains how to dramatically cut hardware costs, maximize computing power, and centralize system administration. Configure hardware and storage devices, build virtual machines and networks, install guest operating systems, and import physical machines. Security, disaster recovery, performance tuning, and system updates are also covered in this comprehensive resource. Perform a clean VMware vSphere 4 install or migrate existing systems Build Distributed Virtual Networks using DvSwitches and VMotion Manage SAN, NAS, iSCSI, and fiber channel storage devices Construct VM and provision new copies of Windows/Linux from vCenter Automate server maintenance with the Distributed Resource Scheduler Set up multiple security zones, users, permissions, roles, and privileges Maximize uptime using VMware High Availability and Fault Tolerance Work with VMware Consolidated Backup, vDR, and Update Manager Mike Laverick is a VMware Forum moderator and member of the London VMware User Group steering committee. He is the sole author of the virtualization website/blog, RTFM Education. Mike recently received the vExperts Award from VMware.

Community Fiber in Washington, D.C., Seattle, WA, and San Francisco, CASusan P. Crawford, John Connolly, Melissa Nally, Travis West
Book2014

Community Fiber in Washington, D.C., Seattle, WA, and San Francisco, CA

Developments and Lessons Learned

Susan P. Crawford, John Connolly, Melissa Nally, Travis West

This report provides detailed accounts of planning carried out in connection with community fiber networks in Washington, D.C., San Francisco, CA, and Seattle, WA. It includes information about existing fiber assets that the cities identified, funding mechanisms that were considered, and roadblocks that were encountered. Our hope is that this report will be helpful to other cities that are considering launching fiber optic networks. Key findings: The cities profiled in this report have each approached the question of community fiber differently. Washington, D.C. made concessions and arrangements that allowed it to build a robust public-safety-quality fiber network, but limitations on the use of that network have made it unavailable to residents and businesses. Additionally, prices charged non-profits for use of the network are currently too high to be competitive with incumbent products. San Francisco has been highly innovative in expanding fiber to public housing, aggressively leasing dark fiber to community anchor institutions such as libraries and schools, and ensuring free public Wi-Fi, but has not yet cracked the nut of alternative community residential or business fiber access. Seattle has had an extensive city fiber loop in place since 1986, but regulations limiting use of poles and approvals for cabinets have slowed the rollout of competitive last-mile service. Seattle's recent negative experience with Gigabit Squared (which was unable to execute on its last-mile promises and subsequently vanished from the scene) casts a shadow. Seattle's current mayor appears to be determined to ameliorate both the regulatory burdens and the information asymmetries that have dogged the city.

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