What is one purpose of using logical addresses in an IP network?
Logical Addressing on an IP Network enables selected devices to be part of Logical group for sharing information.
bridge filters router directs
The primary purpose of the Address Resolution Protocol (ARP) is to map an IP address to a MAC address in a local network. This allows devices on a network to communicate with each other using their unique MAC addresses. ARP is crucial for proper functioning of Ethernet-based networks.
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•If the hosts on a network using private IP addresses need to access the Internet, a problem arises because the private IP addresses are not allowed on the Internet. •The solution is to use NAT (Network Address Translation), which uses a single public IP address to access the Internet on behalf of all hosts on the network using other IP addresses.
Internal addresses are hidden from external networks A company needs fewer registered IP addresses to access the Internet
Routers don't use MAC addresses for routing. They use IP address.
To determine the number of host addresses available in the 128.107.0.0 network, we first need to identify its subnet mask. Assuming it's a Class B network with a default subnet mask of 255.255.0.0 (or /16), the number of usable host addresses can be calculated using the formula (2^{(32 - subnet_bits)} - 2). This results in (2^{(32 - 16)} - 2 = 65,534) usable host addresses, where we subtract 2 for the network and broadcast addresses.
If you are using a DHCP server, you are basically safe. It's a good practice to release all ip addresses after certain time especially if you have temporary computer in the network.
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To start the specified network service.
Logical address is the address generated by the CPU (from the perspective of a program that is running) whereas physical address (or the real address) is the address seen by the memory unit and it allows the data bus to access a particular memory cell in the main memory. All the logical addresses need to be mapped in to physical addresses before they can be used by the MMU. Physical and logical addresses are same when using compile time and load time address binding but they differ when using execution time address binding.