Deck 6: Connecting Through a Wireless Network

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Question
Infrared light is susceptible to interference from RFI and EMI.
Use Space or
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to flip the card.
Question
The transmission speeds in the 802.11 group of wireless standards correspond to the Physical layer of the OSI model.
Question
Terrestrial microwave transmissions require the operator to obtain an FCC license.
Question
Both priority-based access and Carrier Sense Multiple Access with Collision Avoidance (CSMA/CA)function at the ____ layer of the OSI model.

A)Transport
B)Physical
C)Network
D)Data Link
Question
In ____ system authentication, any two stations can authenticate with each other.

A)open
B)closed
C)selective
D)binary
Question
In the early 1980s, a technology called ____ radio emerged to network PCs over radio waves.

A)CB
B)digital
C)amateur
D)packet
Question
In the United States, network signals may be transmitted in the frequency range of 902-928 MHz.
Question
Bluetooth uses ____,which means that packets are sent in alternating directions using time slots.

A)code division multiplexing
B)time division duplexing
C)time division multiplexing
D)code division duplexing
Question
____ communications occur in discrete units with a start bit at the front and a stop bit at the back.

A)Timed
B)Synchronous
C)Asynchronous
D)Modular
Question
Two stations disconnect when either station sends a ____ notice.

A)denial
B)deauthentication
C)deactivation
D)termination
Question
The ____ is a value that defines a logical network for all devices that belong to it.

A)WEP encryption key
B)service set identifier
C)preshared key
D)shared key
Question
The ____ standard supports three transmission technologies on the 2.4 GHz band.

A)802.11a
B)802.11b
C)802.11c
D)802.11g
Question
One ____ represents a radiated alternating current or emission of one cycle per second.

A)Angstrom
B)Hertz
C)nanometer
D)rpm
Question
The 802.11b standard offers the advantage of speed over the 802.11a and 802.11g standards.
Question
Amplification of a signal radiated by an antenna is called ____.

A)gain
B)increase
C)growth
D)generation
Question
Up to ____ Bluetooth devices can be connected at the same time.

A)seven
B)ten
C)fifteen
D)twenty
Question
Orthogonal Frequency Division Multiplexing (OFDM)functions by dividing the 5 GHz frequency range into a series of ____ subcarriers or subchannels.

A)5
B)15
C)52
D)100
Question
In the ____ wireless topology, the broadcast area around a single access point is a cell.

A)IBSS
B)star
C)IAPP
D)multiple-cell
Question
Both radio wave and ____ technologies are used for short distance wireless communications within an office, a building, or between buildings.

A)infrared
B)microwave
C)ultraviolet
D)gamma ray
Question
The 802.11i standard uses ____ for creating random encryption keys from one master key.

A)AES
B)PSK
C)TKIP
D)RSN
Question
How does Direct Sequence Spread Spectrum (DSSS)work?
Question
Microwave transmissions have a theoretical bandwidth of up to ____ Mbps.

A)16
B)64
C)128
D)720
Question
A(n)____________________ transmission goes from point to point, following the surface of the Earth, rather than bouncing off the atmosphere to skip across the country or continents.
Question
The marketed connection speeds through a satellite network are currently up to about ____ for download and upload speeds.

A)1.5 Kbps
B)1.5 Mbps
C)1.5 Gbps
D)1.5 Tbps
Question
How does the Inter-Access Point Protocol (IAPP)enable roaming communications?
Question
How is the automatic repeat-request (ARQ)characteristic in the 802.11 standard implemented?
Question
The ________________________________________ topology consists of ad hoc peer-to-peer communication between WNICs on individual computers.
Question
A(n)____________________ is a device that sends out (radiates)and picks up radio waves.
Question
WiMAX is another name for the IEEE 802.16 standard for wireless ____.

A)WANs
B)LANs
C)MANs
D)DANs
Question
Describe the two operational modes of the current version of high-performance radio local area network (HiperLAN2).
Question
A(n)____________________ satellite maintains an orbital position that is stationary with respect to the earth.
Question
In ____________________ access, the access point device also functions as a point coordinator.
Question
What are five needs that wireless networks are designed and installed to accommodate?
Question
An area with public wireless access is called a ____,which is simply a location that provides a public access point to users.

A)hotspot
B)cell
C)nexus
D)hub
Question
What is an omnidirectional antenna and how is it used?
Question
____ infrared transmits by reflecting the infrared light from the ceiling.

A)Refracted
B)Concentrated
C)Diffused
D)Reflected
Question
Describe three options for networking two buildings separated by an interstate highway.
Question
Infrared can be broadcast in a single direction or in all directions, using a(n)____ to transmit and a photodiode to receive.

A)antenna
B)LED
C)laser
D)satellite dish
Question
Describe the authentication process when using shared key authentication and WEP.
Question
Provide a description of terrestrial microwave transmission, including applications in which it might be used.
Question
Match between columns
characteristic in 802.11 standard that helps wireless devices take interference into account.
terminal node controller (TNC)
characteristic in 802.11 standard that helps wireless devices take interference into account.
Wireless LAN Association (WLANA)
characteristic in 802.11 standard that helps wireless devices take interference into account.
spread spectrum technology
characteristic in 802.11 standard that helps wireless devices take interference into account.
access point
characteristic in 802.11 standard that helps wireless devices take interference into account.
automatic repeat request (ARQ)
characteristic in 802.11 standard that helps wireless devices take interference into account.
controlled port
characteristic in 802.11 standard that helps wireless devices take interference into account.
frequency hopping
characteristic in 802.11 standard that helps wireless devices take interference into account.
pulse position modulation (PPM)
characteristic in 802.11 standard that helps wireless devices take interference into account.
satellite microwave
means that transmissions hop among 79 frequencies for each packet that is sent.
terminal node controller (TNC)
means that transmissions hop among 79 frequencies for each packet that is sent.
Wireless LAN Association (WLANA)
means that transmissions hop among 79 frequencies for each packet that is sent.
spread spectrum technology
means that transmissions hop among 79 frequencies for each packet that is sent.
access point
means that transmissions hop among 79 frequencies for each packet that is sent.
automatic repeat request (ARQ)
means that transmissions hop among 79 frequencies for each packet that is sent.
controlled port
means that transmissions hop among 79 frequencies for each packet that is sent.
frequency hopping
means that transmissions hop among 79 frequencies for each packet that is sent.
pulse position modulation (PPM)
means that transmissions hop among 79 frequencies for each packet that is sent.
satellite microwave
defined by 802.1x to allow only authenticated communications.
terminal node controller (TNC)
defined by 802.1x to allow only authenticated communications.
Wireless LAN Association (WLANA)
defined by 802.1x to allow only authenticated communications.
spread spectrum technology
defined by 802.1x to allow only authenticated communications.
access point
defined by 802.1x to allow only authenticated communications.
automatic repeat request (ARQ)
defined by 802.1x to allow only authenticated communications.
controlled port
defined by 802.1x to allow only authenticated communications.
frequency hopping
defined by 802.1x to allow only authenticated communications.
pulse position modulation (PPM)
defined by 802.1x to allow only authenticated communications.
satellite microwave
spreads a transmission over one or more adjoining frequencies, using greater bandwidth to transmit the signal.
terminal node controller (TNC)
spreads a transmission over one or more adjoining frequencies, using greater bandwidth to transmit the signal.
Wireless LAN Association (WLANA)
spreads a transmission over one or more adjoining frequencies, using greater bandwidth to transmit the signal.
spread spectrum technology
spreads a transmission over one or more adjoining frequencies, using greater bandwidth to transmit the signal.
access point
spreads a transmission over one or more adjoining frequencies, using greater bandwidth to transmit the signal.
automatic repeat request (ARQ)
spreads a transmission over one or more adjoining frequencies, using greater bandwidth to transmit the signal.
controlled port
spreads a transmission over one or more adjoining frequencies, using greater bandwidth to transmit the signal.
frequency hopping
spreads a transmission over one or more adjoining frequencies, using greater bandwidth to transmit the signal.
pulse position modulation (PPM)
spreads a transmission over one or more adjoining frequencies, using greater bandwidth to transmit the signal.
satellite microwave
communication method used by the IEEE 802.11R standard.
terminal node controller (TNC)
communication method used by the IEEE 802.11R standard.
Wireless LAN Association (WLANA)
communication method used by the IEEE 802.11R standard.
spread spectrum technology
communication method used by the IEEE 802.11R standard.
access point
communication method used by the IEEE 802.11R standard.
automatic repeat request (ARQ)
communication method used by the IEEE 802.11R standard.
controlled port
communication method used by the IEEE 802.11R standard.
frequency hopping
communication method used by the IEEE 802.11R standard.
pulse position modulation (PPM)
communication method used by the IEEE 802.11R standard.
satellite microwave
converted a computer's digital signal to an analog signal that was amplified by a transceiver and broadcast through an antenna.
terminal node controller (TNC)
converted a computer's digital signal to an analog signal that was amplified by a transceiver and broadcast through an antenna.
Wireless LAN Association (WLANA)
converted a computer's digital signal to an analog signal that was amplified by a transceiver and broadcast through an antenna.
spread spectrum technology
converted a computer's digital signal to an analog signal that was amplified by a transceiver and broadcast through an antenna.
access point
converted a computer's digital signal to an analog signal that was amplified by a transceiver and broadcast through an antenna.
automatic repeat request (ARQ)
converted a computer's digital signal to an analog signal that was amplified by a transceiver and broadcast through an antenna.
controlled port
converted a computer's digital signal to an analog signal that was amplified by a transceiver and broadcast through an antenna.
frequency hopping
converted a computer's digital signal to an analog signal that was amplified by a transceiver and broadcast through an antenna.
pulse position modulation (PPM)
converted a computer's digital signal to an analog signal that was amplified by a transceiver and broadcast through an antenna.
satellite microwave
device that can optionally attach to a cabled network and that services wireless communications between WNICs and the cabled network.
terminal node controller (TNC)
device that can optionally attach to a cabled network and that services wireless communications between WNICs and the cabled network.
Wireless LAN Association (WLANA)
device that can optionally attach to a cabled network and that services wireless communications between WNICs and the cabled network.
spread spectrum technology
device that can optionally attach to a cabled network and that services wireless communications between WNICs and the cabled network.
access point
device that can optionally attach to a cabled network and that services wireless communications between WNICs and the cabled network.
automatic repeat request (ARQ)
device that can optionally attach to a cabled network and that services wireless communications between WNICs and the cabled network.
controlled port
device that can optionally attach to a cabled network and that services wireless communications between WNICs and the cabled network.
frequency hopping
device that can optionally attach to a cabled network and that services wireless communications between WNICs and the cabled network.
pulse position modulation (PPM)
device that can optionally attach to a cabled network and that services wireless communications between WNICs and the cabled network.
satellite microwave
organization providing information about wireless networks.
terminal node controller (TNC)
organization providing information about wireless networks.
Wireless LAN Association (WLANA)
organization providing information about wireless networks.
spread spectrum technology
organization providing information about wireless networks.
access point
organization providing information about wireless networks.
automatic repeat request (ARQ)
organization providing information about wireless networks.
controlled port
organization providing information about wireless networks.
frequency hopping
organization providing information about wireless networks.
pulse position modulation (PPM)
organization providing information about wireless networks.
satellite microwave
transmits the signal between three antennas, one of which is on a satellite in space.
terminal node controller (TNC)
transmits the signal between three antennas, one of which is on a satellite in space.
Wireless LAN Association (WLANA)
transmits the signal between three antennas, one of which is on a satellite in space.
spread spectrum technology
transmits the signal between three antennas, one of which is on a satellite in space.
access point
transmits the signal between three antennas, one of which is on a satellite in space.
automatic repeat request (ARQ)
transmits the signal between three antennas, one of which is on a satellite in space.
controlled port
transmits the signal between three antennas, one of which is on a satellite in space.
frequency hopping
transmits the signal between three antennas, one of which is on a satellite in space.
pulse position modulation (PPM)
transmits the signal between three antennas, one of which is on a satellite in space.
satellite microwave
Question
Identify four uses for satellite networks.
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Deck 6: Connecting Through a Wireless Network
1
Infrared light is susceptible to interference from RFI and EMI.
False
2
The transmission speeds in the 802.11 group of wireless standards correspond to the Physical layer of the OSI model.
True
3
Terrestrial microwave transmissions require the operator to obtain an FCC license.
True
4
Both priority-based access and Carrier Sense Multiple Access with Collision Avoidance (CSMA/CA)function at the ____ layer of the OSI model.

A)Transport
B)Physical
C)Network
D)Data Link
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k this deck
5
In ____ system authentication, any two stations can authenticate with each other.

A)open
B)closed
C)selective
D)binary
Unlock Deck
Unlock for access to all 42 flashcards in this deck.
Unlock Deck
k this deck
6
In the early 1980s, a technology called ____ radio emerged to network PCs over radio waves.

A)CB
B)digital
C)amateur
D)packet
Unlock Deck
Unlock for access to all 42 flashcards in this deck.
Unlock Deck
k this deck
7
In the United States, network signals may be transmitted in the frequency range of 902-928 MHz.
Unlock Deck
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Unlock Deck
k this deck
8
Bluetooth uses ____,which means that packets are sent in alternating directions using time slots.

A)code division multiplexing
B)time division duplexing
C)time division multiplexing
D)code division duplexing
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9
____ communications occur in discrete units with a start bit at the front and a stop bit at the back.

A)Timed
B)Synchronous
C)Asynchronous
D)Modular
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k this deck
10
Two stations disconnect when either station sends a ____ notice.

A)denial
B)deauthentication
C)deactivation
D)termination
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k this deck
11
The ____ is a value that defines a logical network for all devices that belong to it.

A)WEP encryption key
B)service set identifier
C)preshared key
D)shared key
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Unlock Deck
k this deck
12
The ____ standard supports three transmission technologies on the 2.4 GHz band.

A)802.11a
B)802.11b
C)802.11c
D)802.11g
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k this deck
13
One ____ represents a radiated alternating current or emission of one cycle per second.

A)Angstrom
B)Hertz
C)nanometer
D)rpm
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k this deck
14
The 802.11b standard offers the advantage of speed over the 802.11a and 802.11g standards.
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k this deck
15
Amplification of a signal radiated by an antenna is called ____.

A)gain
B)increase
C)growth
D)generation
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k this deck
16
Up to ____ Bluetooth devices can be connected at the same time.

A)seven
B)ten
C)fifteen
D)twenty
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k this deck
17
Orthogonal Frequency Division Multiplexing (OFDM)functions by dividing the 5 GHz frequency range into a series of ____ subcarriers or subchannels.

A)5
B)15
C)52
D)100
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k this deck
18
In the ____ wireless topology, the broadcast area around a single access point is a cell.

A)IBSS
B)star
C)IAPP
D)multiple-cell
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k this deck
19
Both radio wave and ____ technologies are used for short distance wireless communications within an office, a building, or between buildings.

A)infrared
B)microwave
C)ultraviolet
D)gamma ray
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Unlock for access to all 42 flashcards in this deck.
Unlock Deck
k this deck
20
The 802.11i standard uses ____ for creating random encryption keys from one master key.

A)AES
B)PSK
C)TKIP
D)RSN
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21
How does Direct Sequence Spread Spectrum (DSSS)work?
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22
Microwave transmissions have a theoretical bandwidth of up to ____ Mbps.

A)16
B)64
C)128
D)720
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k this deck
23
A(n)____________________ transmission goes from point to point, following the surface of the Earth, rather than bouncing off the atmosphere to skip across the country or continents.
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k this deck
24
The marketed connection speeds through a satellite network are currently up to about ____ for download and upload speeds.

A)1.5 Kbps
B)1.5 Mbps
C)1.5 Gbps
D)1.5 Tbps
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25
How does the Inter-Access Point Protocol (IAPP)enable roaming communications?
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26
How is the automatic repeat-request (ARQ)characteristic in the 802.11 standard implemented?
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27
The ________________________________________ topology consists of ad hoc peer-to-peer communication between WNICs on individual computers.
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28
A(n)____________________ is a device that sends out (radiates)and picks up radio waves.
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k this deck
29
WiMAX is another name for the IEEE 802.16 standard for wireless ____.

A)WANs
B)LANs
C)MANs
D)DANs
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30
Describe the two operational modes of the current version of high-performance radio local area network (HiperLAN2).
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31
A(n)____________________ satellite maintains an orbital position that is stationary with respect to the earth.
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32
In ____________________ access, the access point device also functions as a point coordinator.
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33
What are five needs that wireless networks are designed and installed to accommodate?
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34
An area with public wireless access is called a ____,which is simply a location that provides a public access point to users.

A)hotspot
B)cell
C)nexus
D)hub
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35
What is an omnidirectional antenna and how is it used?
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36
____ infrared transmits by reflecting the infrared light from the ceiling.

A)Refracted
B)Concentrated
C)Diffused
D)Reflected
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37
Describe three options for networking two buildings separated by an interstate highway.
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38
Infrared can be broadcast in a single direction or in all directions, using a(n)____ to transmit and a photodiode to receive.

A)antenna
B)LED
C)laser
D)satellite dish
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39
Describe the authentication process when using shared key authentication and WEP.
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40
Provide a description of terrestrial microwave transmission, including applications in which it might be used.
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41
Match between columns
characteristic in 802.11 standard that helps wireless devices take interference into account.
terminal node controller (TNC)
characteristic in 802.11 standard that helps wireless devices take interference into account.
Wireless LAN Association (WLANA)
characteristic in 802.11 standard that helps wireless devices take interference into account.
spread spectrum technology
characteristic in 802.11 standard that helps wireless devices take interference into account.
access point
characteristic in 802.11 standard that helps wireless devices take interference into account.
automatic repeat request (ARQ)
characteristic in 802.11 standard that helps wireless devices take interference into account.
controlled port
characteristic in 802.11 standard that helps wireless devices take interference into account.
frequency hopping
characteristic in 802.11 standard that helps wireless devices take interference into account.
pulse position modulation (PPM)
characteristic in 802.11 standard that helps wireless devices take interference into account.
satellite microwave
means that transmissions hop among 79 frequencies for each packet that is sent.
terminal node controller (TNC)
means that transmissions hop among 79 frequencies for each packet that is sent.
Wireless LAN Association (WLANA)
means that transmissions hop among 79 frequencies for each packet that is sent.
spread spectrum technology
means that transmissions hop among 79 frequencies for each packet that is sent.
access point
means that transmissions hop among 79 frequencies for each packet that is sent.
automatic repeat request (ARQ)
means that transmissions hop among 79 frequencies for each packet that is sent.
controlled port
means that transmissions hop among 79 frequencies for each packet that is sent.
frequency hopping
means that transmissions hop among 79 frequencies for each packet that is sent.
pulse position modulation (PPM)
means that transmissions hop among 79 frequencies for each packet that is sent.
satellite microwave
defined by 802.1x to allow only authenticated communications.
terminal node controller (TNC)
defined by 802.1x to allow only authenticated communications.
Wireless LAN Association (WLANA)
defined by 802.1x to allow only authenticated communications.
spread spectrum technology
defined by 802.1x to allow only authenticated communications.
access point
defined by 802.1x to allow only authenticated communications.
automatic repeat request (ARQ)
defined by 802.1x to allow only authenticated communications.
controlled port
defined by 802.1x to allow only authenticated communications.
frequency hopping
defined by 802.1x to allow only authenticated communications.
pulse position modulation (PPM)
defined by 802.1x to allow only authenticated communications.
satellite microwave
spreads a transmission over one or more adjoining frequencies, using greater bandwidth to transmit the signal.
terminal node controller (TNC)
spreads a transmission over one or more adjoining frequencies, using greater bandwidth to transmit the signal.
Wireless LAN Association (WLANA)
spreads a transmission over one or more adjoining frequencies, using greater bandwidth to transmit the signal.
spread spectrum technology
spreads a transmission over one or more adjoining frequencies, using greater bandwidth to transmit the signal.
access point
spreads a transmission over one or more adjoining frequencies, using greater bandwidth to transmit the signal.
automatic repeat request (ARQ)
spreads a transmission over one or more adjoining frequencies, using greater bandwidth to transmit the signal.
controlled port
spreads a transmission over one or more adjoining frequencies, using greater bandwidth to transmit the signal.
frequency hopping
spreads a transmission over one or more adjoining frequencies, using greater bandwidth to transmit the signal.
pulse position modulation (PPM)
spreads a transmission over one or more adjoining frequencies, using greater bandwidth to transmit the signal.
satellite microwave
communication method used by the IEEE 802.11R standard.
terminal node controller (TNC)
communication method used by the IEEE 802.11R standard.
Wireless LAN Association (WLANA)
communication method used by the IEEE 802.11R standard.
spread spectrum technology
communication method used by the IEEE 802.11R standard.
access point
communication method used by the IEEE 802.11R standard.
automatic repeat request (ARQ)
communication method used by the IEEE 802.11R standard.
controlled port
communication method used by the IEEE 802.11R standard.
frequency hopping
communication method used by the IEEE 802.11R standard.
pulse position modulation (PPM)
communication method used by the IEEE 802.11R standard.
satellite microwave
converted a computer's digital signal to an analog signal that was amplified by a transceiver and broadcast through an antenna.
terminal node controller (TNC)
converted a computer's digital signal to an analog signal that was amplified by a transceiver and broadcast through an antenna.
Wireless LAN Association (WLANA)
converted a computer's digital signal to an analog signal that was amplified by a transceiver and broadcast through an antenna.
spread spectrum technology
converted a computer's digital signal to an analog signal that was amplified by a transceiver and broadcast through an antenna.
access point
converted a computer's digital signal to an analog signal that was amplified by a transceiver and broadcast through an antenna.
automatic repeat request (ARQ)
converted a computer's digital signal to an analog signal that was amplified by a transceiver and broadcast through an antenna.
controlled port
converted a computer's digital signal to an analog signal that was amplified by a transceiver and broadcast through an antenna.
frequency hopping
converted a computer's digital signal to an analog signal that was amplified by a transceiver and broadcast through an antenna.
pulse position modulation (PPM)
converted a computer's digital signal to an analog signal that was amplified by a transceiver and broadcast through an antenna.
satellite microwave
device that can optionally attach to a cabled network and that services wireless communications between WNICs and the cabled network.
terminal node controller (TNC)
device that can optionally attach to a cabled network and that services wireless communications between WNICs and the cabled network.
Wireless LAN Association (WLANA)
device that can optionally attach to a cabled network and that services wireless communications between WNICs and the cabled network.
spread spectrum technology
device that can optionally attach to a cabled network and that services wireless communications between WNICs and the cabled network.
access point
device that can optionally attach to a cabled network and that services wireless communications between WNICs and the cabled network.
automatic repeat request (ARQ)
device that can optionally attach to a cabled network and that services wireless communications between WNICs and the cabled network.
controlled port
device that can optionally attach to a cabled network and that services wireless communications between WNICs and the cabled network.
frequency hopping
device that can optionally attach to a cabled network and that services wireless communications between WNICs and the cabled network.
pulse position modulation (PPM)
device that can optionally attach to a cabled network and that services wireless communications between WNICs and the cabled network.
satellite microwave
organization providing information about wireless networks.
terminal node controller (TNC)
organization providing information about wireless networks.
Wireless LAN Association (WLANA)
organization providing information about wireless networks.
spread spectrum technology
organization providing information about wireless networks.
access point
organization providing information about wireless networks.
automatic repeat request (ARQ)
organization providing information about wireless networks.
controlled port
organization providing information about wireless networks.
frequency hopping
organization providing information about wireless networks.
pulse position modulation (PPM)
organization providing information about wireless networks.
satellite microwave
transmits the signal between three antennas, one of which is on a satellite in space.
terminal node controller (TNC)
transmits the signal between three antennas, one of which is on a satellite in space.
Wireless LAN Association (WLANA)
transmits the signal between three antennas, one of which is on a satellite in space.
spread spectrum technology
transmits the signal between three antennas, one of which is on a satellite in space.
access point
transmits the signal between three antennas, one of which is on a satellite in space.
automatic repeat request (ARQ)
transmits the signal between three antennas, one of which is on a satellite in space.
controlled port
transmits the signal between three antennas, one of which is on a satellite in space.
frequency hopping
transmits the signal between three antennas, one of which is on a satellite in space.
pulse position modulation (PPM)
transmits the signal between three antennas, one of which is on a satellite in space.
satellite microwave
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42
Identify four uses for satellite networks.
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