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A. 5 times
B. 20 times
C. 15 times
D. 10 times
A. Focuses on private networks
B. Makes efficient use of carriers' wireless capacity
C. Is a virtual network infrastructure
D. Enables smart cities
A. A wireless-industry initiative for designing and building 5G radio access networks
B. A wireless network security protocol
C. A cloud-based application framework
D. A wireless communication protocol
A. Reducing noise interference
B. Extending wireless range
C. To focus a wireless signal towards a specific receiving device
D. Broadcasting a signal
A. Secure storage of data
B. Web hosting
C. Housing business-critical applications and information
D. Automated server-side processing
A. Ecommerce
B. B2B
C. C2C
D. B2C
A. WAN
B. LAN
C. MAN
D. PAN
A. Physical topology
B. Logical topology
C. Theoretical topology
D. All of the abvoe
A. Asynchronous
B. Connection-oriented
C. Frequency division
D. Application net
E. Connectionless
A. Plug-in
B. Aggregator
C. Magnifier
D. Power-up
A. Personal area network
B. Wide area network
C. Local area network
D. Metropolitan area network
A. Bits per second.
B. Relays per second.
C. Moles per second.
D. Parts per million.
E. Joules per second.
A. 56 Kbps
B. 90 Kbps
C. 56 mbps
D. 112 Kbps
A. Scanners
B. High-powered storage devices
C. Photo printers
D. All of the above
A. More expensive
B. Slower in processing digital information
C. More volatile and lose data
D. Faster in processing digital information
A. Dynamic
B. Static
C. Point-to-point
D. Ethernet
A. Bit-switched networks
B. Circuit-switched networks
C. Data-switched networks
D. Packet-switched networks
E. Byte-switched networks
A. Newsgroups.
B. Hotspots.
C. Corporate portals.
D. Universal resource locators
A. Phishing
B. Sniffing
C. Authentication
D. Port scanner
A. Tracking
B. Formatting
C. Crashing
D. Allotting
A. Zone network
B. Metro network
C. Wide area network
D. Proximity network
A. Windows
B. OS X
C. Unix
D. Linux
A. Broadband
B. Wireless
C. Both a and b
D. None of the above
A. Fidelity
B. Broadband
C. Analog
D. Satellite
A. PPPoE
B. PPoE
C. Both a and b
D. None of the above
A. Are based on the star topology.
B. Are based on the bus topology.
C. Are based on the mesh topology.
D. None of the above
A. Full-duplex
B. Full-simplex
C. Half-simplex
D. Half-duplex
A. Bus/tree
B. Ring star
C. Token ring
D. Star
A. KDS
B. TGS
C. AS
D. VPN.
A. Surge protector
B. Countermeasure
C. Access point
D. Scareware
A. Scripting
B. Promoting
C. Dedicated
D. Submission
A. Hashtag
B. Options button
C. Authority
D. Keywords
A. 2
B. 4
C. 6
D. 8
A. 56
B. 256
C. 126
D. 512
A. Hotspot
B. Access point
C. Hub
D. Data point
A. Electronic
B. Manual
C. Analog
D. Binary
A. 100-MHz
B. 200-MHz
C. 100-GHz
D. 200-GHz
A. Suspend state
B. Block state
C. Hold state
D. Wait state
A. Collaboration
B. Partition
C. Layer
D. Factor
E. Abstraction
A. Digital
B. Subwoofer
C. Tweeter
D. Cross-over
A. DDR2
B. DDR3
C. DRAM
D. SDRAM
A. 3 bits
B. 9 bits
C. 18 bits
D. 27 bits
A. What you are
B. What you have
C. What you know
D. What you calculate.