MARC Record from marc_nuls

LEADER: 11737cam 2200361 a 4500
001 9922658890001661
005 20150423144743.0
008 011107s2003 inua 000 0 eng d
010 $a 2001098196
015 $aGBA2-U0466
016 7 $a1587050692$2Uk
019 $a52145120
020 $a1587050692 :$c℗Đ46.99
029 1 $aUKM$bbA2U0466
029 1 $aUKM$bbA331437
035 $a(CSdNU)u236439-01national_inst
035 $a(OCoLC)51000248
035 $a(OCoLC)51000248
040 $aStDuBDS$cDLC$dUKM$dTXA$dOrPss
042 $alccopycat
049 $aCNUM
050 00 $aTK5105.87$b.U525 2003
082 04 $a004.67$221
100 1 $aUnger, Jack.
245 10 $aDeploying license-free wireless wide-area networks /$cJack Unger.
260 $aIndianapolis, IN :$bCisco,$c2003.
300 $axxiv, 328 p. :$bill. ;$c24 cm.
505 0 $aAn Introduction to Broadband License-Free Wireless Wide-Area Networking -- Differences Between Wired Networks and Wireless Networks -- Wireless Terminology and Evolution -- Broadband -- Wide-Area Network -- History of License-Free Wireless Networking -- Advantages of License-Free Wireless Networks -- Cost Savings -- Fast Deployment Speed -- Network Architecture Flexibility -- Network Independence -- Challenges of License-Free Wireless Networks -- Challenge of Understanding Wireless Fundamentals -- Challenge of Overcoming Real-World Obstacles -- Challenge of Maximizing Available Bandwidth -- Challenge of Working Safely with Wireless -- Understanding Wireless Fundamentals -- Wireless Propagation -- Wireless Frequency -- Wireless Wavelength -- Attenuation -- Free-Space Waves -- Reflected Waves -- Sky Waves -- Microwave Reflections -- Diffraction -- Weather and Other Atmospheric Effects -- Precipitation -- Wind -- Refraction -- Working with Wireless Power -- Ratios -- Power Ratios -- Wireless Power Ratios -- dBm -- dBm Calculations and Reference Chart -- Antenna Characteristics -- Antenna Directivity -- Antenna Radiation Patterns -- Antenna Gain -- Antenna Spillover -- Antenna Beamwidth -- Obtaining Wireless Line-of-Sight Paths -- Visual LOS Path -- Difference Between Visual and Wireless LOS Paths -- Fresnel Zone -- Wireless Link Budget -- Transmitter Output Power -- Transmitter Antenna System Transmission Line Loss -- Transmitting Antenna Gain -- Free-Space Path Loss -- Receiving Antenna Gain -- Receiver Antenna System Transmission Line Loss -- Receiver Sensitivity Threshold -- Fade Margin -- Doubling the Link Distance -- Tips for Planning Long Wireless Links -- Antenna Height -- Fresnel Zone -- Atmospheric Refraction (k-Factor) -- Link Budget -- Long-Link Strategies -- Choosing Your Network Architecture -- Point-to-Point Architecture -- Advantages of Point-to-Point Architecture -- Disadvantages of Point-to-Point Architecture -- Examples of When to Use Point-to-Point Architecture -- Point-to-Multipoint Architecture -- Advantages of Point-to-Multipoint Architecture -- Disadvantages of Point-to-Multipoint Architecture -- Examples of When to Use Point-to-Multipoint Architecture -- Cellular Architecture -- Advantages of Cellular Architecture -- Disadvantages of Cellular Architecture -- Examples of When to Use Cellular Architecture -- Mesh Architecture -- Advantages of Mesh Architecture -- Disadvantages of Mesh Architecture -- Examples of When to Use Mesh Architecture -- Selecting the Preliminary Network Architecture -- Map the Locations of End Users -- Evaluate Point-to-Point Architecture -- Group Users by Proximity -- Evaluate Point-to-Multipoint Architecture -- Evaluate Cellular Architecture -- Evaluate Mesh Architecture -- Draft Preliminary Network Architecture -- Confirm Hub Site Availability -- Confirm End User Site Availability -- Confirm Site Usability -- Performing Site Surveys -- Physical Site Surveys -- Reviewing the Preliminary Network Design -- Contacting Site Management -- Physical Site Survey Preparation -- Locating a Controlled Equipment Environment -- Minimizing the Distance Between the Equipment and the Antenna -- Gaining Access to the Roof -- Routing the Cables -- Surveying the Roof -- Determining Where to Point the Antenna -- Determining Where to Place the Antenna -- Determining Antenna Height -- Selecting the Antenna-Mounting Structure -- Grounding the Antenna System -- Revising the Preliminary Network Design -- Radio Frequency (RF) Site Surveys -- Overview of the RF Site Survey Process -- RF Site Survey Test Equipment -- How a Spectrum Analyzer Works -- Inspecting Real-World Signals on a Spectrum Analyzer -- RF Site Survey Principles -- RF Site Survey Process -- Documenting RF Site Survey Findings -- No Spectrum Analyzer? Now What? -- RF Criteria Evaluation and Conclusion -- Performing Path Testing or Coverage Testing -- Negotiating a Site Lease -- Lease Rates -- Avoiding Interference -- Access to Equipment -- Insurance Requirements -- Work Requirements -- Tower Site Requirements -- Selecting Antenna Systems -- Using Antennas to Focus Power and Reduce Interference -- Antenna Building Blocks: Lights, Mirrors, and Lenses -- Antenna Polarization -- Polarization Selection Examples -- Surveying Common Antenna Types -- Omnidirectional Antennas -- Yagi-Uda (Yagi) Antennas -- Corner Reflector Antennas -- Parabolic Reflector Antennas -- Panel Antennas -- Helix Antennas -- Combining Antenna Systems -- Feeding Power to Combined Antenna Systems -- Bidirectional Antenna Systems -- Diversity Antenna Systems -- Isolating Antenna Systems -- Benefiting from Antenna System Isolation -- Vertical Separation Isolation -- Horizontal Separation Isolation -- Cross-Polarization Isolation -- Obstruction Isolation -- Sector Antenna Systems -- Selecting Sector Antennas -- Other Antenna System Components -- Feed Systems -- Feed System Connector Locations and Types -- Antenna-Mounting Hardware -- Antenna Coverings -- Evaluating and Selecting Wireless Equipment -- Overview of the Equipment Selection Process -- Reviewing Your Wireless Network Needs -- Researching Equipment Features -- Visiting Deployment Sites -- Testing Wireless Equipment in the Lab -- Testing Wireless Equipment Outdoors -- Making Purchase Decisions -- OSI and TCP/IP Reference Models -- Peer Protocols -- Services -- Basic Packet Structure and Frame Types -- Application Layer Functions and Protocols -- Transport Layer Functions and Protocols -- Network Layer Functions and Protocols -- Data Link Layer Functions and Protocols -- Physical Layer Functions and Protocols -- Physical Layer Wired-Interface Features -- Low-Speed Data Ports -- Ethernet Ports -- High-Speed Data Ports -- Voice Interfaces -- Wired-Interface Security Features -- Physical Layer Wireless-Interface Features -- Non Line-of-Sight Features -- Wireless Frequency Bands -- Modulation Types -- Bandwidth and Throughput -- Noise and Interference Reduction Features -- Physical Layer Wireless Security Features -- Miscellaneous Wireless Features -- Data Link Layer Features -- Bridging Features -- MAC Sublayer Features -- Data Link Layer Security Features -- Network Layer Features -- Routing Features -- Bandwidth Management -- Quality of Service (QoS) -- Roaming -- Network Layer Security Features -- Application Layer Features -- Network Design -- Network Management -- Application Layer Security Features -- Major Network Feature Decisions -- Market Versus Equipment Cost -- 802.11b Compatibility--Yes or No? -- Bridged Versus Routed WANs -- Backbone Feature Decisions -- AP Feature Decisions -- CPE Feature Decisions -- Wireless Network Card Decisions -- Mesh Network Feature Decisions -- Wireless Equipment Environmental Decisions -- Wireless Amplifier Feature Decisions -- Compatibility Issues -- Wireless Support Issues -- Installing Outdoor Wireless Systems -- Preparing for Outdoor Wireless Installations -- Planning -- Collaboration -- Safety Training -- Availability and Use of Proper Tools -- Professional Work Attitude -- Verifying the Installation Documentation -- Installing Tower-Mounted Antenna Systems -- Working in High-RF Environments -- Tower Equipment-Mounting Scenarios -- Installing Rooftop-Mounted Antenna Systems -- Building the Roof-Mounted Antenna Base -- Installing the Antenna -- Waterproofing the Connections and the Equipment -- Attaching the Guy Wires -- Raising the Antenna and Mast -- Running the Cabling -- Grounding and Lightning Protection -- Installing the Wireless Equipment -- Testing Wireless Systems -- Testing Point-to-Point Wireless Links -- Testing Point-to-Multipoint Wireless Links -- Documenting the Test Results -- Solving Noise and Interference Problems -- Understanding SNR -- Maximizing the Signal Level -- Minimizing the Noise and Interference Level -- Minimizing Noise from Your DSSS Network -- Minimizing Noise from Your FHSS Network -- Minimizing Noise from Other Networks -- Minimizing Noise from Out-of-Band Transmitters -- Signal-to-Noise Variations over Time -- Using Direction-Finding Techniques to Locate Noise Sources -- Monitoring Network Performance -- Documenting Noise-Reduction Results -- Minimizing Interference to Licensed Wireless Systems -- Providing Broadband Wireless Internet Access -- Planning for WISP Success -- Obtaining ISP and WISP Experience -- Serving Niche Markets -- Differentiating Between Bandwidth and Throughput -- Pricing Your Service Offerings -- Overselling Throughput -- Committing to High-Reliability Service -- Preplanning the Installation Process -- Designing Reliable Networks -- Selecting Low-Noise AP Locations -- Planning for Emergencies -- Learning to Spell Decibels -- Using Licensed Backhauls -- Deploying Stable Networks -- Wireless Site Surveys -- Standardizing Customer Premises Equipment (CPE) -- Avoiding Needless Equipment Mixing -- Meeting the Customer at the Ethernet -- Measuring Fade Margin -- Allowing AP Test Time -- Managing Network Throughput -- Minimizing Lost Throughput -- Reusing Frequencies Successfully -- Allocating Throughput Per Customer -- Determining Network Capacity -- Keeping Some Throughput in Reserve -- Enhancing Network Security -- Coexisting with Other Wireless Networks -- Cooperating with Competitors -- Interference from Other WISPs -- Interference with Amateur Radio Operations -- Living with the FCC -- Observing FCC Power Limits -- FCC Equipment Certification -- Responding to FCC Inquiries -- Lobbying the FCC -- Anticipating Emerging Trends -- CPE Equipment Cost Reductions -- 802.11 Creep -- 802.11b and Cellular Service Integration -- Other Trends -- Avoiding Black Holes -- NLOS Equipment Performance -- Receiver Performance Near High-Power Transmitters -- Commercial Tower Companies -- Changes to Government Licensing Regulations -- Wireless Standards Summary -- Wireless Hardware, Software, and Service Provider Organizations -- Wireless Hardware -- Low-Cost 802.11b Access Point Hardware -- Wireless Hotspot Hardware.
505 8 $aFree Space Optical Hardware -- Security Hardware and Software -- Antenna Systems -- Coaxial Cable -- Towers and Antenna Mounting Hardware -- Lightning-Protection Equipment -- Grounding Equipment -- Test Equipment -- Peripheral Equipment Distributors -- Wireless Software -- Access Point Software -- Bandwidth Management Software -- Wireless Link Planning Software -- Utility Software -- Site Survey Software -- Services -- Consulting -- Training -- Online Magazines -- WISP Industry Organizations -- E-Mail Lists -- FCC Rules and Regulations -- Wireless Standards -- Locating a WISP -- Community Networks and Wireless User Groups.
650 0 $aWide area networks (Computer networks)
949 $aTK 5105.87 .U525 2003$i31786101879390
994 $a92$bCNU
999 $aTK 5105.87 .U525 2003$wLC$c1$i31786101879390$d12/6/2007$e11/7/2007 $lCIRCSTACKS$mNULS$n4$rY$sY$tBOOK$u1/10/2005