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E-book: CWNA Certified Wireless Network Administrator Study Guide: Exam CWNA-107

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  • Format: EPUB+DRM
  • Pub. Date: 29-Aug-2018
  • Publisher: Sybex Inc.,U.S.
  • Language: eng
  • ISBN-13: 9781119477501
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CWNA Certified Wireless Network Administrator Study Guide: Exam CWNA-107Larger Image
  • Format: EPUB+DRM
  • Pub. Date: 29-Aug-2018
  • Publisher: Sybex Inc.,U.S.
  • Language: eng
  • ISBN-13: 9781119477501
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The bestselling CWNA study guide, updated for the latest exam

The CWNA: Certified Wireless Network Administrator Study Guide is the ultimate preparation resource for the CWNA exam. Fully updated to align with the latest version of the exam, this book features expert coverage of all exam objectives to help you internalize essential information. A pre-assessment test reveals what you already know, allowing you to focus your study time on areas in need of review, while hands-on exercises allow you to practice applying CWNA concepts to real-world scenarios.  Expert-led discussion breaks complex topics down into easily-digestible chucks to facilitate clearer understanding, and chapter review questions help you gauge your progress along the way. You also get a year of free access to the Sybex online interactive learning environment, which features additional resources and study aids including bonus practice exam questions.

The CWNA exam tests your knowledge of regulations and standards, protocols and devices, network implementation, security, and RF site surveying. Thorough preparation gives you your best chance of passing, and this book covers it all with a practical focus that translates to real on-the-job skills.

  • Study 100% of the objectives for Exam CWNA-107
  • Assess your practical skills with hands-on exercises
  • Test your understanding with challenging chapter tests
  • Access digital flashcards, white papers, bonus practice exams, and more

The CWNA certification is a de facto standard for anyone working with wireless technology. It shows employers that you have demonstrated competence in critical areas, and have the knowledge and skills to perform essential duties that keep their wireless technology functioning and safe. The CWNA: Certified Wireless Network Administrator Study Guide gives you everything you need to pass the exam with flying colors.

Foreword xxxi
Introduction xxxiii
Assessment Test lxiv
Chapter 1 Overview of Wireless Standards, Organizations, and Fundamentals 1(34)
History of Wireless Local Area Networks
2(2)
Standards Organizations
4(15)
Federal Communications Commission
5(1)
International Telecommunication Union Radiocommunication Sector
6(1)
Institute of Electrical and Electronics Engineers
7(1)
Internet Engineering Task Force
8(2)
Wi-Fi Alliance
10(8)
International Organization for Standardization
18(1)
Core, Distribution, and Access
19(2)
Communications Fundamentals
21(8)
Communication Terminology
21(1)
Understanding Carrier Signals
22(2)
Understanding Keying Methods
24(5)
Summary
29(1)
Exam Essentials
30(1)
Review Questions
31(4)
Chapter 2 IEEE 802.11 Standard and Amendments 35(34)
Original IEEE 802.11 Standard
38(1)
IEEE 802.11-2016 Ratified Amendments
39(19)
802.11a-1999
40(2)
802.11b-1999
42(1)
802.11d-2001
42(1)
802.11e-2005
43(1)
802.11g-2003
44(2)
802.11h-2003
46(1)
802.11i-2004
47(2)
802.11j-2004
49(1)
802.11k-2008
49(1)
802.11n-2009
50(1)
802.11p-2010
50(1)
802.11r-2008
51(1)
802.11s-2011
51(2)
802.11u-2011
53(1)
802.11v-2011
53(1)
802.11w-2009
53(1)
802.11y-2008
54(1)
802.11z-2010
54(1)
802.11aa-2012
55(1)
802.11ac-2013
55(1)
802.11ad-2012
56(1)
802.11ae-2012
56(1)
802.11af-2014
56(2)
Post 802.11-2016 Ratified Amendments
58(1)
802.11ah-2016
58(1)
802.11ai-2016
58(1)
IEEE 802.11 Draft Amendments
58(3)
802.11aj
59(1)
802.11ak
59(1)
802.11aq
59(1)
802.11ax
60(1)
802.11ay
60(1)
802.11az
60(1)
802.11ba
60(1)
Defunct Amendments
61(2)
802.11F
61(1)
802.11T
62(1)
IEEE Task Group m
63(1)
Summary
64(1)
Exam Essentials
64(1)
Review Questions
65(4)
Chapter 3 Radio Frequency Fundamentals 69(32)
What Is a Radio Frequency Signal?
71(1)
Radio Frequency Characteristics
72(8)
Wavelength
72(5)
Frequency
77(1)
Amplitude
78(1)
Phase
79(1)
Radio Frequency Behaviors
80(16)
Wave Propagation
81(1)
Absorption
82(1)
Reflection
82(2)
Scattering
84(1)
Refraction
85(1)
Diffraction
86(1)
Loss (Attenuation)
87(2)
Free Space Path Loss
89(2)
Multipath
91(3)
Gain (Amplification)
94(2)
Summary
96(1)
Exam Essentials
96(1)
Review Questions
97(4)
Chapter 4 Radio Frequency Components, Measurements, and Mathematics 101(38)
RF Components
104(3)
Transmitter
104(1)
Antenna
105(1)
Receiver
106(1)
Intentional Radiator
106(1)
Equivalent Isotropically Radiated Power
106(1)
Units of Power and Comparison
107(8)
Watt
108(1)
Milliwatt
109(1)
Decibel
109(2)
Decibels relative to an isotropic radiator (dBi)
111(1)
Decibels relative to a half-wave dipole antenna (dBd)
112(1)
Decibels relative to 1 milliwatt (dBm)
113(1)
Inverse Square Law
114(1)
RF Mathematics
115(17)
Rule of lOs and 3s
115(7)
Noise Floor
122(1)
Signal-to-Noise Ratio
122(1)
Signal-to-Interference-Plus-Noise Ratio
122(1)
Received Signal Strength Indicator
123(4)
Link Budget
127(3)
Fade Margin/System Operating Margin
130(2)
Summary
132(2)
Exam Essentials
134(1)
Review Questions
135(4)
Chapter 5 Radio Frequency Signal and Antenna Concepts 139(52)
Azimuth and Elevation Charts (Antenna Radiation Envelopes)
141(3)
Interpreting Polar Charts
144(3)
Beamwidth
147(2)
Antenna Types
149(11)
Omnidirectional Antennas
150(3)
Semidirectional Antennas
153(2)
Highly Directional Antennas
155(2)
Sector Antennas
157(1)
Antenna Arrays
158(2)
Visual Line of Sight
160(1)
RF Line of Sight
160(1)
Fresnel Zone
161(4)
Earth Bulge
165(1)
Antenna Polarization
166(1)
Antenna Diversity
167(1)
Multiple-Input, Multiple-Output
168(2)
MIMO Antennas
169(1)
Antenna Connection and Installation
170(8)
Voltage Standing Wave Ratio
170(2)
Signal Loss
172(1)
Antenna Mounting
172(6)
Antenna Accessories
178(6)
Cables
178(1)
Connectors
179(1)
Splitters
180(1)
Amplifiers
181(1)
Attenuators
182(1)
Lightning Arrestors
182(1)
Grounding Rods and Wires
183(1)
Regulatory Compliance
184(1)
Summary
185(1)
Exam Essentials
185(1)
Review Questions
186(5)
Chapter 6 Wireless Networks and Spread Spectrum Technologies 191(38)
Narrowband and Spread Spectrum
193(3)
Multipath Interference
195(1)
Frequency-Hopping Spread Spectrum
196(2)
Hopping Sequence
197(1)
Dwell Time
197(1)
Hop Time
198(1)
Modulation
198(1)
Direct-Sequence Spread Spectrum
198(2)
DSSS Data Encoding
199(1)
Modulation
200(1)
Orthogonal Frequency-Division Multiplexing
200(4)
Convolutional Coding
202(1)
Modulation
203(1)
Orthogonal Frequency-Division Multiple Access
204(1)
Industrial, Scientific, and Medical Bands
204(2)
900 MHz ISM Band
204(1)
2.4 GHz ISM Band
205(1)
5.8 GHz ISM Band
205(1)
Unlicensed National Information Infrastructure Bands
206(3)
U-NII-1
206(1)
U-NII-2A
207(1)
U-NII-2C
207(1)
U-NII-3
208(1)
Future U-NII Bands
208(1)
3.6 GHz Band
209(1)
4.9 GHz Band
209(1)
Future Wi-Fi Frequencies
210(1)
Below 1 GHz
210(1)
60 GHz
210(1)
TV White Space
211(1)
2.4 GHz Channels
211(4)
5 GHz Channels
215(6)
Long-Term Evolution in 5 GHz
219(2)
Adjacent, Nonadjacent, and Overlapping Channels
221(1)
Throughput vs. Bandwidth
221(1)
Communication Resilience
222(1)
Summary
223(1)
Exam Essentials
223(2)
Review Questions
225(4)
Chapter 7 Wireless LAN Topologies 229(26)
Wireless Networking Topologies
230(3)
Wireless Wide Area Network
230(1)
Wireless Metropolitan Area Network
231(1)
Wireless Personal Area Network
232(1)
Wireless Local Area Network
232(1)
802.11 Stations
233(4)
Client Station
234(1)
Access Point Station
234(1)
Integration Service
234(1)
Distribution System
235(1)
Wireless Distribution System
236(1)
802.11 Service Sets
237(11)
Service Set Identifier
237(1)
Basic Service Set
238(1)
Basic Service Area
239(1)
Basic Service Set Identifier
240(1)
Multiple Basic Service Set Identifiers
241(1)
Extended Service Set
242(2)
Independent Basic Service Set
244(1)
Personal Basic Service Set
245(1)
Mesh Basic Service Set
246(1)
QoS Basic Service Set
247(1)
802.11 Configuration Modes
248(2)
Access Point Modes
248(1)
Client Station Modes
249(1)
Summary
250(1)
Exam Essentials
250(1)
Review Questions
251(4)
Chapter 8 802.11 Medium Access 255(24)
CSMA/CA vs. CSMA/CD
256(1)
Collision Detection
257(1)
Distributed Coordination Function
258(8)
Physical Carrier Sense
259(2)
Virtual Carrier Sense
261(2)
Pseudo-Random Backoff Timer
263(2)
Interframe Space
265(1)
Point Coordination Function
266(1)
Hybrid Coordination Function
267(2)
Enhanced Distributed Channel Access
267(1)
HCF Controlled Channel Access
268(1)
Wi-Fi Multimedia
269(2)
Airtime Fairness
271(1)
Summary
272(1)
Exam Essentials
273(1)
Review Questions
274(5)
Chapter 9 802.11 MAC 279(60)
Packets, Frames, and Bits
281(1)
Data-Link Layer
282(1)
MAC Service Data Unit
282(1)
MAC Protocol Data Unit
282(1)
Physical Layer
283(1)
PLCP Service Data Unit
283(1)
PLCP Protocol Data Unit
284(1)
802.11 and 802.3 Interoperability
284(1)
802.11 MAC Header
285(12)
Frame Control Field
286(2)
Duration/ID Field
288(1)
MAC Layer Addressing
289(6)
Sequence Control Field
295(2)
QoS Control Field
297(1)
HT Control Field
297(1)
802.11 Frame Body
297(1)
802.11 Trailer
298(1)
802.11 State Machine
299(1)
Management Frames
300(14)
Beacon
301(6)
Authentication
307(1)
Association
308(2)
Reassociation
310(2)
Disassociation
312(1)
Deauthentication
312(1)
Action Frame
313(1)
Control Frames
314(8)
ACK Frame
315(1)
Block Acknowledgment
316(1)
PS-Poll
317(1)
RTS/CTS
318(1)
CTS-to-Self
318(2)
Protection Mechanisms
320(2)
Data Frames
322(4)
QoS and Non-QoS Data Frames
324(1)
Non-Data Carrying Frames
325(1)
Power Management
326(5)
Legacy Power Management
326(3)
WMM-Power Save and U-APSD
329(1)
MIMO Power Management
330(1)
Summary
331(1)
Exam Essentials
331(2)
Review Questions
333(6)
Chapter 10 MIMO Technology: HT and VHT 339(50)
MIMO
342(9)
Radio Chains
344(1)
Spatial Multiplexing
345(1)
MIMO Diversity
346(2)
Space-Time Block Coding
348(1)
Cyclic Shift Diversity
348(1)
Transmit Beamforming
348(2)
802.11ac Explicit Beamforming
350(1)
Multi-User MIMO
351(4)
Multi-User Beamforming
353(2)
Channels
355(6)
20 MHz Channels
356(1)
40 MHz Channels
357(2)
Forty MHz Intolerant
359(1)
80 MHz and 160 MHz Channels
360(1)
Guard Interval
361(2)
256-QAM Modulation
363(4)
802.11n/ac PPDUs
367(2)
Non-HT
367(1)
HT Mixed
368(1)
VHT
369(1)
802.11n/ac MAC
369(9)
A-MSDU
369(1)
A-MPDU
370(1)
Block Acknowledgment
371(1)
Power Management
372(1)
Modulation and Coding Scheme
373(3)
802.11ac Data Rates
376(2)
HT/VHT Protection Mechanisms
378(1)
HT Protection Modes (0-3)
378(1)
Wi-Fi Alliance Certification
379(3)
Summary
382(1)
Exam Essentials
383(1)
Review Questions
384(5)
Chapter 11 WLAN Architecture 389(54)
WLAN Client Devices
391(11)
802.11 Radio Form Factors
392(6)
802.11 Radio Chipsets
398(1)
Client Utilities
398(4)
Management, Control, and Data Planes
402(2)
Management Plane
403(1)
Control Plane
403(1)
Data Plane
404(1)
WLAN Architecture
404(13)
Autonomous WLAN Architecture
404(2)
Centralized Network Management Systems
406(2)
Centralized WLAN Architecture
408(6)
Distributed WLAN Architecture
414(2)
Hybrid WLAN Architecture
416(1)
Specialty WLAN Infrastructure
417(9)
Enterprise WLAN Routers
417(1)
WLAN Mesh Access Points
418(1)
WLAN Bridges
419(2)
WLAN Array
421(1)
Real-Time Location Systems
422(2)
VoWiFi
424(2)
Cloud Networking
426(2)
Infrastructure Management
428(5)
Protocols for Management
428(5)
Application Programming Interface
433(3)
Transport and Data Formats
434(1)
WLAN APIs
434(1)
Common Applications
435(1)
Summary
436(1)
Exam Essentials
436(2)
Review Questions
438(5)
Chapter 12 Power over Ethernet (PoE) 443(28)
History of PoE
444(2)
Nonstandard PoE
445(1)
IEEE 802.3af
445(1)
IEEE Std 802.3-2005, Clause 33
445(1)
IEEE 802.3at-2009
445(1)
IEEE Std 802.3-2015, Clause 33
446(1)
An Overview of PoE Devices
446(12)
Powered Device
446(2)
Power-Sourcing Equipment
448(1)
Endpoint PSE
449(9)
Midspan PSE 4S
S3
Power-Sourcing Equipment Pin Assignments
458(1)
Planning and Deploying PoE
458(5)
Power Planning
459(3)
Redundancy
462(1)
802.11ac and PoE
463(2)
IEEE 802.3bt
464(1)
Summary
465(1)
Exam Essentials
465(1)
Review Questions
466(5)
Chapter 13 WLAN Design Concepts 471(64)
WLAN Coverage Design
473(6)
Received Signal
473(2)
Signal-to-Noise Ratio
475(1)
Dynamic Rate Switching
476(2)
Transmit Power
478(1)
Roaming Design
479(6)
Primary and Secondary Coverage
481(2)
Fast Secure Roaming
483(1)
Layer 3 Roaming
483(2)
Channel Design
485(19)
Adjacent Channel Interference
485(1)
2.4 GHz Channel Reuse
486(3)
Co-Channel Interference
489(3)
5 GHz Channel Reuse
492(2)
DFS Channels
494(3)
40 MHz Channel Design
497(3)
Static Channels and Transmit Power vs. Adaptive RF
500(1)
Single-Channel Architecture
501(3)
Capacity Design
504(13)
High Density
505(5)
Band Steering
510(2)
Load Balancing
512(2)
Airtime Consumption
514(3)
Voice vs. Data
517(2)
Dual 5 GHz and Software-Defined Radios
519(3)
Physical Environment
522(1)
Antennas
523(4)
Outdoor Design
527(1)
Summary
528(1)
Exam Essentials
529(1)
Review Questions
530(5)
Chapter 14 Site Survey and Validation 535(52)
WLAN Site Survey and Design Interview
537(11)
Customer Briefing
538(1)
Business Requirements
539(1)
Capacity and Coverage Requirements
540(2)
Existing Wireless Network
542(1)
Upgrading an Existing WLAN
543(1)
Infrastructure Connectivity
544(2)
Security Expectations
546(1)
Guest Access
546(1)
Aesthetics
547(1)
Outdoor Surveys
547(1)
Vertical Market Considerations
548(3)
Government
548(1)
Education
548(1)
Healthcare
549(1)
Retail
550(1)
Warehouses and Manufacturing
550(1)
Multi-Tenant Buildings
551(1)
Legacy AP-on-a-Stick Survey
551(9)
Spectrum Analysis
551(4)
Coverage Analysis
555(5)
Hybrid Survey
560(5)
Initial Site Visit
561(2)
Predictive Design
563(2)
Validation Survey
565(4)
Capacity and Throughput
566(2)
Roaming
568(1)
Delay and Jitter
568(1)
Connectivity
568(1)
Aesthetics
568(1)
Site Survey Tools
569(5)
Indoor Site Survey Tools
569(3)
Outdoor Site Survey Tools
572(2)
Documents and Reports
574(5)
Forms and Customer Documentation
574(3)
Deliverables
577(1)
Additional Reports
578(1)
Summary
579(1)
Exam Essentials
579(2)
Review Questions
581(6)
Chapter 15 WLAN Troubleshooting 587(66)
Five Tenets of WLAN Troubleshooting
589(6)
Troubleshooting Best Practices
589(2)
Troubleshoot the OSI Model
591(1)
Most Wi-Fi Problems Are Client Issues
592(2)
Proper WLAN Design Reduces Problems
594(1)
WLAN Always Gets the Blame
594(1)
Layer 1 Troubleshooting
595(7)
WLAN Design
595(1)
Transmit Power
596(1)
RF Interference
596(3)
Drivers
599(1)
PoE
600(1)
Firmware Bugs
601(1)
Layer 2 Troubleshooting
602(12)
Layer 2 Retransmissions
602(2)
RF Interference
604(1)
Low SNR
605(1)
Adjacent Channel Interference
606(1)
Hidden Node
607(4)
Mismatched Power
611(3)
Multipath
614(1)
Security Troubleshooting
614(13)
PSK Troubleshooting
614(2)
802.1X/EAP Troubleshooting
616(8)
VPN Troubleshooting
624(3)
Roaming Troubleshooting
627(4)
Channel Utilization
631(2)
Layers 3-7 Troubleshooting
633(3)
WLAN Troubleshooting Tools
636(8)
WLAN Discovery Applications
637(1)
Spectrum Analyzers
638(1)
Protocol Analyzers
638(3)
Throughput Test Tools
641(1)
Standard IP Network Test Commands
642(1)
Secure Shell
643(1)
Summary
644(1)
Exam Essentials
644(2)
Review Questions
646(7)
Chapter 16 Wireless Attacks, Intrusion Monitoring, and Policy 653(34)
Wireless Attacks
654(17)
Rogue Wireless Devices
655(3)
Peer-to-Peer Attacks
658(1)
Eavesdropping
659(4)
Encryption Cracking
663(1)
KRACK Attack
664(1)
Authentication Attacks
664(2)
MAC Spoofing
666(1)
Management Interface Exploits
666(1)
Wireless Hijacking
667(2)
Denial-of-Service Attacks
669(1)
Vendor-Specific Attacks
670(1)
Social Engineering
671(1)
Intrusion Monitoring
671(6)
Wireless Intrusion Prevention System
671(3)
Rogue Detection and Mitigation
674(3)
Spectrum Analyzer
677(1)
Wireless Security Policies
677(4)
General Security Policies
678(1)
Functional Security Policies
678(1)
Legislative Compliance
679(1)
802.11 Wireless Policy Recommendations
680(1)
Summary
681(1)
Exam Essentials
681(2)
Review Questions
683(4)
Chapter 17 802.11 Network Security Architecture 687(44)
802.11 Security Basics
689(4)
Data Privacy and Integrity
690(2)
Authentication, Authorization, and Accounting
692(1)
Segmentation
692(1)
Monitoring and Policy
693(1)
Legacy 802.11 Security
693(6)
Legacy Authentication
693(2)
Static WEP Encryption
695(3)
MAC Filters
698(1)
SSID Cloaking
698(1)
Robust Security
699(19)
Robust Security Network
700(1)
Authentication and Authorization
701(1)
PSK Authentication
701(2)
Proprietary PSK Authentication
703(2)
Simultaneous Authentication of Equals
705(2)
802.1X/EAP Framework
707(2)
EAP Types
709(2)
Dynamic Encryption-Key Generation
711(1)
4-Way Handshake
712(2)
WLAN Encryption
714(2)
TKIP Encryption
716(1)
CCMP Encryption
717(1)
GCMP Encryption
717(1)
Traffic Segmentation
718(3)
VLANs
718(2)
RBAC
720(1)
WPA3
721(1)
VPN Wireless Security
722(3)
VPN 101
722(1)
Layer 3 VPNs
723(1)
SSL VPNs
724(1)
VPN Deployment
724(1)
Summary
725(1)
Exam Essentials
726(1)
Review Questions
727(4)
Chapter 18 Bring Your Own Device (BYOD) and Guest Access 731(52)
Mobile Device Management
734(14)
Company-Issued Devices vs. Personal Devices
735(2)
MDM Architecture
737(1)
MDM Enrollment
738(3)
MDM Profiles
741(2)
MDM Agent Software
743(1)
Over-the-Air Management
744(3)
Application Management
747(1)
Self-Service Device Onboarding for Employees
748(3)
Dual-SSID Onboarding
749(1)
Single-SSID Onboarding
750(1)
MDM vs. Self-Service Onboarding
751(1)
Guest WLAN Access
751(14)
Guest SSID
752(1)
Guest VLAN
752(1)
Guest Firewall Policy
753(2)
Captive Web Portals
755(3)
Client Isolation, Rate Limiting, and Web Content Filtering
758(1)
Guest Management
758(2)
Guest Self-Registration
760(1)
Employee Sponsorship
761(2)
Social Login
763(1)
Encrypted Guest Access
764(1)
Hotspot 2.0 and Passpoint
765(5)
Access Network Query Protocol
765(1)
Hotspot 2.0 Architecture
766(1)
802.1X/EAP and Hotspot 2.0
767(1)
Online Sign-Up
768(1)
Roaming Agreements
769(1)
Network Access Control
770(6)
Posture
770(2)
OS Fingerprinting
772(1)
AAA
772(1)
RADIUS Change of Authorization
773(1)
Single Sign-On
774(2)
Summary
776(1)
Exam Essentials
777(2)
Review Questions
779(4)
Chapter 19 802.11ax: High Efficiency (HE) 783(32)
HE Overview
784(3)
Multi-User
787(1)
OFDMA
788(11)
Subcarriers
788(2)
Resource Units
790(3)
Trigger Frames
793(3)
Downlink OFDMA
796(1)
Uplink OFDMA
797(2)
MU-MIMO
799(1)
BSS Color
800(5)
Adaptive CCA
801(2)
Dual NAV timers
803(2)
Target Wake Time
805(1)
Additional 802.11ax PHY and MAC Capabilities
806(5)
1024-QAM
806(1)
Long Symbol Time and Guard Intervals
807(1)
802.11ax PPDU Formats
808(1)
20 MHz-Only
809(1)
Multi-TID AMPDU
810(1)
802.11ax Design Considerations
811(1)
Summary
812(2)
Review Questions
814(1)
Chapter 20 WLAN Deployment and Vertical Markets 815(30)
Deployment Considerations for Commonly Supported WLAN Applications and Devices
817(4)
Data
817(1)
Voice
818(1)
Video
818(1)
Real-Time Location Services (RTLS)
819(1)
iBeacon Proximity
819(2)
Mobile Devices
821(1)
Corporate Data Access and End-User Mobility
821(1)
Network Extension to Remote Areas
822(1)
Bridging: Building-to-Building Connectivity
823(1)
Wireless ISP: Last-Mile Data Delivery
823(1)
Small Office/Home Office
824(1)
Mobile Office Networking
825(1)
Branch Offices
825(1)
Educational/Classroom Use
826(1)
Industrial: Warehousing and Manufacturing
827(1)
Retail
828(1)
Healthcare
829(1)
Municipal Networks
830(1)
Hotspots: Public Network Access
830(2)
Stadium Networks
832(1)
Transportation Networks
833(1)
Law Enforcement Networks
833(1)
First-Responder Networks
834(1)
Managed Service Providers
835(1)
Fixed Mobile Convergence
835(1)
WLAN and Health
836(1)
Internet of Things
836(1)
WLAN Vendors
837(3)
Summary
840(1)
Exam Essentials
840(1)
Review Questions
841(4)
Appendix A Answers to Review Questions 845(48)
Chapter 1: Overview of Wireless Standards, Organizations, and Fundamentals
846(1)
Chapter 2: IEEE 802.11 Standard and Amendments
847(3)
Chapter 3: Radio Frequency Fundamentals
850(2)
Chapter 4: Radio Frequency Components, Measurements, and Mathematics
852(2)
Chapter 5: Radio Frequency Signal and Antenna Concepts
854(2)
Chapter 6: Wireless Networks and Spread Spectrum Technologies
856(2)
Chapter 7: Wireless LAN Topologies
858(2)
Chapter 8: 802.11 Medium Access
860(3)
Chapter 9: 802.11 MAC
863(2)
Chapter 10: MIMO Technology: HT and VHT
865(3)
Chapter 11: WLAN Architecture
868(2)
Chapter 12: Power over Ethernet (PoE)
870(2)
Chapter 13: WLAN Design Concepts
872(4)
Chapter 14: Site Survey and Validation
876(2)
Chapter 15: WLAN Troubleshooting
878(3)
Chapter 16: Wireless Attacks, Intrusion Monitoring, and Policy
881(3)
Chapter 17: 802.11 Network Security Architecture
884(2)
Chapter 18: Bring Your Own Device (BYOD) and Guest Access
886(3)
Chapter 19: 802.11ax: High Efficiency (HE)
889(1)
Chapter 20: WLAN Deployment and Vertical Markets
890(3)
Appendix B Abbreviations and Acronyms 893(16)
Certifications
894(1)
Organizations and Regulations
894(1)
Measurements
895(1)
Technical Terms
896(13)
Index 909
David D. Coleman, CWNE #4, is a WLAN consultant, technical trainer, public speaker and Senior Product Evangelist for Aerohive Networks. He is the author of numerous books, white papers and videos about Wi-Fi technology.

David A. Westcott, CWNE #7, is an independent consultant and WLAN technical trainer of thirty years. He provides vendor and custom wireless training to government agencies, corporations and universities around the world.
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