Deck 6: Enterprise Wireless Hardware Security

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Question
The IEEE ____ task group is currently working on standards for wireless mesh networks.

A) 802.2i
B) 802.3ef
C) 802.5t
D) 802.11s
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Question
Like hubs, network switches are capable of inspecting data packets as they are received.
Question
In EDCA, the four different streams, called ____, are differentiated in terms of priority.

A) port categories
B) access ports
C) access categories (AC)
D) port filters
Question
An advantage to backhaul wireless mesh networks is that they can be quickly deployed in an emergency.
Question
Instead of having only a single path through which data can travel, a(n) ____ network provides multiple paths.

A) wireless
B) wired
C) Ethernet
D) mesh
Question
Remote wireless bridges are a cost-effective alternative to expensive leased wired options for connecting remote buildings.
Question
A(n) ____ wireless mesh network connects special access points, known as wireless mesh routers, in a mesh configuration.

A) managed
B) backhaul
C) ad hoc
D) unmanaged
Question
In a wired network a ____ is a hardware device that joins multiple computers within one local area network (LAN).

A) bridge
B) router
C) gateway
D) switch
Question
In the ____ access control, the user can adjust the permissions for other users over network devices.

A) mandatory
B) discretionary
C) role based
D) temporal
Question
A(n) ____ switch supports both control and monitoring of the network.

A) unmanaged
B) managed
C) free
D) wireless
Question
A ____ is a network device that transfers packets between networks.

A) bridge
B) router
C) gateway
D) switch
Question
A(n) ____ switch provides no management capabilities in the operation of the switch.

A) audited
B) managed
C) unmanaged
D) controlled
Question
In the ____ access control, an administrator can assign permissions to a position and assign users and other objects to that position.

A) mandatory
B) discretionary
C) role based
D) temporal
Question
The IEEE ____ task group has been working on wireless QoS since May 2000.

A) 802.11e
B) 802.11f
C) 802.11g
D) 802.11i
Question
A ____ is a device that is used to connect two network segments together, even if those segments use different types of physical media, such as wired and wireless connections.

A) bridge
B) router
C) gateway
D) switch
Question
A(n) ____ wireless mesh network is designed to allow wireless devices to be longer distances away from the access point.

A) ad hoc
B) backhaul
C) 802.11f
D) managed
Question
EDCA provides "relative" QoS but cannot guarantee its service.
Question
A highly directional antenna focuses the energy in one direction but does not have the high power level of a semi-directional antenna.
Question
A ____ is a network device that acts as an entrance to another network.

A) bridge
B) router
C) gateway
D) switch
Question
In the ____ access control, the user is not allowed to give access to another user to use or access anything on the network.

A) mandatory
B) role based
C) discretionary
D) temporal
Question
What are some of the advantages of a wireless router?
Question
What is a wireless switch?
Question
What are the three basic types of filtering?
Question
The 802.11 MAC layer ____________________ mode is based upon polling and serves as a centralized scheduling mechanism.
Question
What are the two basic functions of an access point?
Question
The IEEE ____ standard is designed to enable WLAN devices to share the 5 GHz spectrum with other devices such as military radar systems.

A) 802.11e
B) 802.11h
C) 802.11i
D) 802.11r
Question
A backhaul wireless mesh network provides alternative data paths for the "backside" connection to the Internet (that is, from the routers to the Internet, called the ____________________).
Question
What are some of the features of the IEEE 802.11v protocol?
Question
What are some of the functions performed by an enterprise wireless gateway?
Question
The IEEE ____ protocol allows a wireless client to determine the QoS (and security) being used at a different AP before making the transition.

A) 802.11e
B) 802.11F
C) 802.11q
D) 802.11r
Question
A(n) ____________________ combines an access point with a router, typically with multiple ports.
Question
____ detects other devices using the same radio channel and then switches the WLAN operation to another channel if necessary.

A) TCP
B) PoE
C) EDCA
D) DFS
Question
Most bridges have what is known as ____________________ that minimizes the spread of the signal so that it can reach farther distances.
Question
What are the four operational mode supported by remote wireless bridges?
Question
In WMM, fixed wait times are known as the ____.

A) contention window
B) HCCA
C) EDCA
D) AIFSN
Question
What are some of the advantages and disadvantages of ad hoc wireless mesh networks?
Question
The 802.11 MAC layer ____________________ mode is contention-based and supports different "streams" (types) of traffic.
Question
In WMM, random wait times are known as the ____.

A) contention window
B) HCCA
C) EDCA
D) AIFSN
Question
Using the ____, 802.11F specified information that access points need to exchange to support WLAN roaming.

A) AIFSN
B) HCCA
C) IAPP
D) EDCA
Question
What is the problem solved by the Inter-Access Point Protocol (IAPP)?
Question
Describe the main characteristics of transmit power control (TPC).
Question
Match between columns
Wi-Fi Alliance own QoS specification.
Fast handoff
Wi-Fi Alliance own QoS specification.
DAC
Wi-Fi Alliance own QoS specification.
Remote wireless bridge
Wi-Fi Alliance own QoS specification.
Quality of Service (QoS)
Wi-Fi Alliance own QoS specification.
Thin access point
Wi-Fi Alliance own QoS specification.
Wi-Fi Multimedia (WMM)
Wi-Fi Alliance own QoS specification.
Wireless mesh network
Wi-Fi Alliance own QoS specification.
IEEE 802.11v protocol
Wi-Fi Alliance own QoS specification.
End-span
Ethernet switch that has embedded PoE technology.
Fast handoff
Ethernet switch that has embedded PoE technology.
DAC
Ethernet switch that has embedded PoE technology.
Remote wireless bridge
Ethernet switch that has embedded PoE technology.
Quality of Service (QoS)
Ethernet switch that has embedded PoE technology.
Thin access point
Ethernet switch that has embedded PoE technology.
Wi-Fi Multimedia (WMM)
Ethernet switch that has embedded PoE technology.
Wireless mesh network
Ethernet switch that has embedded PoE technology.
IEEE 802.11v protocol
Ethernet switch that has embedded PoE technology.
End-span
type of access that most users associate with their personal computers.
Fast handoff
type of access that most users associate with their personal computers.
DAC
type of access that most users associate with their personal computers.
Remote wireless bridge
type of access that most users associate with their personal computers.
Quality of Service (QoS)
type of access that most users associate with their personal computers.
Thin access point
type of access that most users associate with their personal computers.
Wi-Fi Multimedia (WMM)
type of access that most users associate with their personal computers.
Wireless mesh network
type of access that most users associate with their personal computers.
IEEE 802.11v protocol
type of access that most users associate with their personal computers.
End-span
capability to prioritize different types of frames.
Fast handoff
capability to prioritize different types of frames.
DAC
capability to prioritize different types of frames.
Remote wireless bridge
capability to prioritize different types of frames.
Quality of Service (QoS)
capability to prioritize different types of frames.
Thin access point
capability to prioritize different types of frames.
Wi-Fi Multimedia (WMM)
capability to prioritize different types of frames.
Wireless mesh network
capability to prioritize different types of frames.
IEEE 802.11v protocol
capability to prioritize different types of frames.
End-span
allows for multiple data paths for wireless transmissions.
Fast handoff
allows for multiple data paths for wireless transmissions.
DAC
allows for multiple data paths for wireless transmissions.
Remote wireless bridge
allows for multiple data paths for wireless transmissions.
Quality of Service (QoS)
allows for multiple data paths for wireless transmissions.
Thin access point
allows for multiple data paths for wireless transmissions.
Wi-Fi Multimedia (WMM)
allows for multiple data paths for wireless transmissions.
Wireless mesh network
allows for multiple data paths for wireless transmissions.
IEEE 802.11v protocol
allows for multiple data paths for wireless transmissions.
End-span
wireless device designed to connect two or more wired or wireless networks.
Fast handoff
wireless device designed to connect two or more wired or wireless networks.
DAC
wireless device designed to connect two or more wired or wireless networks.
Remote wireless bridge
wireless device designed to connect two or more wired or wireless networks.
Quality of Service (QoS)
wireless device designed to connect two or more wired or wireless networks.
Thin access point
wireless device designed to connect two or more wired or wireless networks.
Wi-Fi Multimedia (WMM)
wireless device designed to connect two or more wired or wireless networks.
Wireless mesh network
wireless device designed to connect two or more wired or wireless networks.
IEEE 802.11v protocol
wireless device designed to connect two or more wired or wireless networks.
End-span
designed to assist with the management of WLAN devices.
Fast handoff
designed to assist with the management of WLAN devices.
DAC
designed to assist with the management of WLAN devices.
Remote wireless bridge
designed to assist with the management of WLAN devices.
Quality of Service (QoS)
designed to assist with the management of WLAN devices.
Thin access point
designed to assist with the management of WLAN devices.
Wi-Fi Multimedia (WMM)
designed to assist with the management of WLAN devices.
Wireless mesh network
designed to assist with the management of WLAN devices.
IEEE 802.11v protocol
designed to assist with the management of WLAN devices.
End-span
streamlines the transition process of a mobile client as it roams between APs.
Fast handoff
streamlines the transition process of a mobile client as it roams between APs.
DAC
streamlines the transition process of a mobile client as it roams between APs.
Remote wireless bridge
streamlines the transition process of a mobile client as it roams between APs.
Quality of Service (QoS)
streamlines the transition process of a mobile client as it roams between APs.
Thin access point
streamlines the transition process of a mobile client as it roams between APs.
Wi-Fi Multimedia (WMM)
streamlines the transition process of a mobile client as it roams between APs.
Wireless mesh network
streamlines the transition process of a mobile client as it roams between APs.
IEEE 802.11v protocol
streamlines the transition process of a mobile client as it roams between APs.
End-span
access point with limited functionality.
Fast handoff
access point with limited functionality.
DAC
access point with limited functionality.
Remote wireless bridge
access point with limited functionality.
Quality of Service (QoS)
access point with limited functionality.
Thin access point
access point with limited functionality.
Wi-Fi Multimedia (WMM)
access point with limited functionality.
Wireless mesh network
access point with limited functionality.
IEEE 802.11v protocol
access point with limited functionality.
End-span
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Deck 6: Enterprise Wireless Hardware Security
1
The IEEE ____ task group is currently working on standards for wireless mesh networks.

A) 802.2i
B) 802.3ef
C) 802.5t
D) 802.11s
D
2
Like hubs, network switches are capable of inspecting data packets as they are received.
False
3
In EDCA, the four different streams, called ____, are differentiated in terms of priority.

A) port categories
B) access ports
C) access categories (AC)
D) port filters
C
4
An advantage to backhaul wireless mesh networks is that they can be quickly deployed in an emergency.
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5
Instead of having only a single path through which data can travel, a(n) ____ network provides multiple paths.

A) wireless
B) wired
C) Ethernet
D) mesh
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k this deck
6
Remote wireless bridges are a cost-effective alternative to expensive leased wired options for connecting remote buildings.
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Unlock Deck
k this deck
7
A(n) ____ wireless mesh network connects special access points, known as wireless mesh routers, in a mesh configuration.

A) managed
B) backhaul
C) ad hoc
D) unmanaged
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8
In a wired network a ____ is a hardware device that joins multiple computers within one local area network (LAN).

A) bridge
B) router
C) gateway
D) switch
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k this deck
9
In the ____ access control, the user can adjust the permissions for other users over network devices.

A) mandatory
B) discretionary
C) role based
D) temporal
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k this deck
10
A(n) ____ switch supports both control and monitoring of the network.

A) unmanaged
B) managed
C) free
D) wireless
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k this deck
11
A ____ is a network device that transfers packets between networks.

A) bridge
B) router
C) gateway
D) switch
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k this deck
12
A(n) ____ switch provides no management capabilities in the operation of the switch.

A) audited
B) managed
C) unmanaged
D) controlled
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k this deck
13
In the ____ access control, an administrator can assign permissions to a position and assign users and other objects to that position.

A) mandatory
B) discretionary
C) role based
D) temporal
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k this deck
14
The IEEE ____ task group has been working on wireless QoS since May 2000.

A) 802.11e
B) 802.11f
C) 802.11g
D) 802.11i
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k this deck
15
A ____ is a device that is used to connect two network segments together, even if those segments use different types of physical media, such as wired and wireless connections.

A) bridge
B) router
C) gateway
D) switch
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k this deck
16
A(n) ____ wireless mesh network is designed to allow wireless devices to be longer distances away from the access point.

A) ad hoc
B) backhaul
C) 802.11f
D) managed
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17
EDCA provides "relative" QoS but cannot guarantee its service.
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18
A highly directional antenna focuses the energy in one direction but does not have the high power level of a semi-directional antenna.
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19
A ____ is a network device that acts as an entrance to another network.

A) bridge
B) router
C) gateway
D) switch
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Unlock Deck
k this deck
20
In the ____ access control, the user is not allowed to give access to another user to use or access anything on the network.

A) mandatory
B) role based
C) discretionary
D) temporal
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21
What are some of the advantages of a wireless router?
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22
What is a wireless switch?
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23
What are the three basic types of filtering?
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24
The 802.11 MAC layer ____________________ mode is based upon polling and serves as a centralized scheduling mechanism.
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25
What are the two basic functions of an access point?
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26
The IEEE ____ standard is designed to enable WLAN devices to share the 5 GHz spectrum with other devices such as military radar systems.

A) 802.11e
B) 802.11h
C) 802.11i
D) 802.11r
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27
A backhaul wireless mesh network provides alternative data paths for the "backside" connection to the Internet (that is, from the routers to the Internet, called the ____________________).
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k this deck
28
What are some of the features of the IEEE 802.11v protocol?
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29
What are some of the functions performed by an enterprise wireless gateway?
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30
The IEEE ____ protocol allows a wireless client to determine the QoS (and security) being used at a different AP before making the transition.

A) 802.11e
B) 802.11F
C) 802.11q
D) 802.11r
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k this deck
31
A(n) ____________________ combines an access point with a router, typically with multiple ports.
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32
____ detects other devices using the same radio channel and then switches the WLAN operation to another channel if necessary.

A) TCP
B) PoE
C) EDCA
D) DFS
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33
Most bridges have what is known as ____________________ that minimizes the spread of the signal so that it can reach farther distances.
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34
What are the four operational mode supported by remote wireless bridges?
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35
In WMM, fixed wait times are known as the ____.

A) contention window
B) HCCA
C) EDCA
D) AIFSN
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36
What are some of the advantages and disadvantages of ad hoc wireless mesh networks?
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37
The 802.11 MAC layer ____________________ mode is contention-based and supports different "streams" (types) of traffic.
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38
In WMM, random wait times are known as the ____.

A) contention window
B) HCCA
C) EDCA
D) AIFSN
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k this deck
39
Using the ____, 802.11F specified information that access points need to exchange to support WLAN roaming.

A) AIFSN
B) HCCA
C) IAPP
D) EDCA
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40
What is the problem solved by the Inter-Access Point Protocol (IAPP)?
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41
Describe the main characteristics of transmit power control (TPC).
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42
Match between columns
Wi-Fi Alliance own QoS specification.
Fast handoff
Wi-Fi Alliance own QoS specification.
DAC
Wi-Fi Alliance own QoS specification.
Remote wireless bridge
Wi-Fi Alliance own QoS specification.
Quality of Service (QoS)
Wi-Fi Alliance own QoS specification.
Thin access point
Wi-Fi Alliance own QoS specification.
Wi-Fi Multimedia (WMM)
Wi-Fi Alliance own QoS specification.
Wireless mesh network
Wi-Fi Alliance own QoS specification.
IEEE 802.11v protocol
Wi-Fi Alliance own QoS specification.
End-span
Ethernet switch that has embedded PoE technology.
Fast handoff
Ethernet switch that has embedded PoE technology.
DAC
Ethernet switch that has embedded PoE technology.
Remote wireless bridge
Ethernet switch that has embedded PoE technology.
Quality of Service (QoS)
Ethernet switch that has embedded PoE technology.
Thin access point
Ethernet switch that has embedded PoE technology.
Wi-Fi Multimedia (WMM)
Ethernet switch that has embedded PoE technology.
Wireless mesh network
Ethernet switch that has embedded PoE technology.
IEEE 802.11v protocol
Ethernet switch that has embedded PoE technology.
End-span
type of access that most users associate with their personal computers.
Fast handoff
type of access that most users associate with their personal computers.
DAC
type of access that most users associate with their personal computers.
Remote wireless bridge
type of access that most users associate with their personal computers.
Quality of Service (QoS)
type of access that most users associate with their personal computers.
Thin access point
type of access that most users associate with their personal computers.
Wi-Fi Multimedia (WMM)
type of access that most users associate with their personal computers.
Wireless mesh network
type of access that most users associate with their personal computers.
IEEE 802.11v protocol
type of access that most users associate with their personal computers.
End-span
capability to prioritize different types of frames.
Fast handoff
capability to prioritize different types of frames.
DAC
capability to prioritize different types of frames.
Remote wireless bridge
capability to prioritize different types of frames.
Quality of Service (QoS)
capability to prioritize different types of frames.
Thin access point
capability to prioritize different types of frames.
Wi-Fi Multimedia (WMM)
capability to prioritize different types of frames.
Wireless mesh network
capability to prioritize different types of frames.
IEEE 802.11v protocol
capability to prioritize different types of frames.
End-span
allows for multiple data paths for wireless transmissions.
Fast handoff
allows for multiple data paths for wireless transmissions.
DAC
allows for multiple data paths for wireless transmissions.
Remote wireless bridge
allows for multiple data paths for wireless transmissions.
Quality of Service (QoS)
allows for multiple data paths for wireless transmissions.
Thin access point
allows for multiple data paths for wireless transmissions.
Wi-Fi Multimedia (WMM)
allows for multiple data paths for wireless transmissions.
Wireless mesh network
allows for multiple data paths for wireless transmissions.
IEEE 802.11v protocol
allows for multiple data paths for wireless transmissions.
End-span
wireless device designed to connect two or more wired or wireless networks.
Fast handoff
wireless device designed to connect two or more wired or wireless networks.
DAC
wireless device designed to connect two or more wired or wireless networks.
Remote wireless bridge
wireless device designed to connect two or more wired or wireless networks.
Quality of Service (QoS)
wireless device designed to connect two or more wired or wireless networks.
Thin access point
wireless device designed to connect two or more wired or wireless networks.
Wi-Fi Multimedia (WMM)
wireless device designed to connect two or more wired or wireless networks.
Wireless mesh network
wireless device designed to connect two or more wired or wireless networks.
IEEE 802.11v protocol
wireless device designed to connect two or more wired or wireless networks.
End-span
designed to assist with the management of WLAN devices.
Fast handoff
designed to assist with the management of WLAN devices.
DAC
designed to assist with the management of WLAN devices.
Remote wireless bridge
designed to assist with the management of WLAN devices.
Quality of Service (QoS)
designed to assist with the management of WLAN devices.
Thin access point
designed to assist with the management of WLAN devices.
Wi-Fi Multimedia (WMM)
designed to assist with the management of WLAN devices.
Wireless mesh network
designed to assist with the management of WLAN devices.
IEEE 802.11v protocol
designed to assist with the management of WLAN devices.
End-span
streamlines the transition process of a mobile client as it roams between APs.
Fast handoff
streamlines the transition process of a mobile client as it roams between APs.
DAC
streamlines the transition process of a mobile client as it roams between APs.
Remote wireless bridge
streamlines the transition process of a mobile client as it roams between APs.
Quality of Service (QoS)
streamlines the transition process of a mobile client as it roams between APs.
Thin access point
streamlines the transition process of a mobile client as it roams between APs.
Wi-Fi Multimedia (WMM)
streamlines the transition process of a mobile client as it roams between APs.
Wireless mesh network
streamlines the transition process of a mobile client as it roams between APs.
IEEE 802.11v protocol
streamlines the transition process of a mobile client as it roams between APs.
End-span
access point with limited functionality.
Fast handoff
access point with limited functionality.
DAC
access point with limited functionality.
Remote wireless bridge
access point with limited functionality.
Quality of Service (QoS)
access point with limited functionality.
Thin access point
access point with limited functionality.
Wi-Fi Multimedia (WMM)
access point with limited functionality.
Wireless mesh network
access point with limited functionality.
IEEE 802.11v protocol
access point with limited functionality.
End-span
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