In UNIX-like operating systems, the /etc/hosts file contains static mappings of hostnames to network addresses.
Static NAT: Maps an unregistered IP address to a registered IP address on a one-to-one basis. Particularly useful when a device needs to be accessible from outside the network. Dynamic NAT: Maps an unregistered IP address to a registered IP address from a group of registered IP addresses. Dynamic NAT also establishes a one-to-one mapping between unregistered and registered IP address, but the mapping could vary depending on the registered address available in the pool, at the time of communication. Overloading: A form of dynamic NAT that maps multiple unregistered IP addresses to a single registered IP address by using different ports. Known also as PAT (Port Address Translation), single address NAT or port-level multiplexed NAT.
A host's authoritative name server provides the "official" translation of a hostname to an IP address (among other things). A host's local name server is a proxy to the DNS system: the host first queries its local name server for a mapping; the local name server then obtains the mapping on the behalf of the querying host.
The Mapping is done in the ARP table. C:\Documents and Settings\martin>arp -a Interface: 10.1.1.3 --- 0x6 Internet Address Physical Address Type 10.1.1.1 00-22-b0-8e-94-41 dynamic
The address of the Mapping Boston Foundation is: 200 State Street, Boston, MA 02109-2628
The address of the Digital Heritage Mapping is: 304 Newbury Street, Boston, MA 02115-2839
DNS
There are three different types of NAT (Static, Dynamic, and Overloading). The one you're most likely talking about is static NAT. It provides a one to one mapping.
The differences among direct mapping and set-associative mapping :Direct mapping : Each line in main memory maps onto a single cache line.Set-associative : Each line in main memory maps onto a small (collection) set of cache line.Direct mapping : A memory block is mapped into a unique cache line, depending on the memory address of the respective block.Set-associative : A memory block is mapped into any of the line of a set. The set is determined by the memory address, but the line inside the set can be any one.dont knowyet
The differences among direct mapping and set-associative mapping :Direct mapping : Each line in main memory maps onto a single cache line.Set-associative : Each line in main memory maps onto a small (collection) set of cache line.Direct mapping : A memory block is mapped into a unique cache line, depending on the memory address of the respective block.Set-associative : A memory block is mapped into any of the line of a set. The set is determined by the memory address, but the line inside the set can be any one.dont knowyet
The address of the Georgia Museum Of Surveying And Mapping Inc is: 477 Atlanta Hwy, Warrenton, GA 30828
bump mapping data mapping texture mapping displacement mapping relief mapping parallax mapping
An ARP cache holds dynamic network and mapping information. Delaying the clearing of this cache is that dynamic information or processes can be left in limbo and become non-removable after a period of time.