Internet Protocol Analysis/Address Resolution Protocol/Quiz

{ Address Resolution Protocol (ARP) is a telecommunications protocol used for { resolution of network (Internet) layer addresses into link layer addresses (i) _76 }.
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{ ARP is the name of the program for manipulating Address Resolution Protocol { caches (i) _8 } in most operating systems.
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{ In Internet Protocol Version 6 (IPv6) networks, the functionality of ARP is provided by { the Neighbor Discovery Protocol (NDP) (i) _39 }.
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{ ARP is a request and reply protocol that runs encapsulated by the { line (i) _6 } protocol.
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{ ARP is an Internet Protocol Suite { Link (i) _6 } layer protocol.
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{ ARP packets include { the sender hardware address, the sender protocol address, the target hardware address, and the target protocol address (i) _120 }.
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{ The ARP cache is { a memory-cached table of IP addresses and corresponding hardware addresses (i) _76 }.
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{ An ARP probe is { an ARP request for one's own IP address, sent just before a network interface begins to use that address (i) _106 }.
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{ A gratuitous ARP request is { simply an announcement of intent to use the given address (i) _59 }.
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{ ARP mediation supports the transparent use of ARP requests across { a circuit-based virtual private wire service (circuit-based VPN) (i) _66 }.
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{ Inverse ARP is used to { resolve link layer addresses into network (Internet) layer addresses (i) _70 }.
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{ Reverse ARP is similar to Inverse ARP in that it was used to resolve a link layer address into a network layer address. The difference is that { Reverse ARP was used to resolve one's own link layer address rather than another node (i) _87 }.
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{ Proxy ARP is a technique by which a device on a given network { answers the ARP queries for a network address that is not on that network (i) _75 }.
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{ ARP spoofing is a technique whereby an attacker { sends fake Address Resolution Protocol (ARP) messages onto a Local Area Network to associate the attacker's MAC address with the IP address of another host (i) _157 }.
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{ The IPv4 broadcast address is { 255.255.255.255 _17 }.
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{ IPv6 does not define broadcast addresses. IPv6 uses { multicast (i) _11 } addressing.
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{ The Ethernet broadcast address is { FF:FF:FF:FF:FF:FF (i) _19 }.
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