RARP (Reverse Address Resolution Protocol) maps layer 2 addresses to layer 3 addresses.
ARP (Address Resolution Protocol) maps layer 3 addresses to layer 2 addresses.
A book of maps is called an "Atlas".
Yes, Vikings did have maps, although they were different from the detailed and accurate maps we have today. Viking maps were known as "sailing directions" or "itineraries" and were mostly verbal or rudimentary drawings. These maps helped the Vikings navigate the seas and find their way during their voyages.
physical maps
Yes and by the 1800's they were pretty good maps.
Not to get the DLC maps or for the Wii to get the PS3 and Xbox 360 maps
ARP
ARP is protocol that doesn't fit nicely into the OSI model. It's not a layer two protocol because it utilizes Ethernet_II (Data Link) to get around with broadcast addresses (FF:FF:FF:FF:FF:FF). It's also not a layer three protocol because it doesn't provide routing capabilities. It maps layer 2 addresses to corresponding layer 3 addresses. So you could say it's 2.5. It is encapsulated within Ethernet_II frames.
ARP
ARP is a protocol that maps MAC addresses to IP addresses for packet delivery and for finding out which device in a LAN has a given IP address.
The data-link layer The physical layer
The Network Interface layer
Domain name system is an application layer service . DNS provides mapping between addresses and names . DNS is what maps URL to the Addresses .
The structure of the question is meant to trick you because 'logical addressing' is being used loosely. Technically, IP is the CORE protocol responsible for logical addressing. ARP is the network layer protocol that is used to discover the identity(physical address) of a machine whose IP address you know. Very briefly, it does this by creating a database that maps the MAC address to the (hosts') logical address provided.
DNS is Domain name system for short . Domain name system maps a name to an address. Protocol that relies upon DNS is TCP/IP .tcpip protocol
The Application layer The Presentation layer The Session layer
Google Maps is a good starting point.
== == www.mapquest.com or google maps.