Relacionar Columnas IPv4 addressing & ServicesVersión en línea In this activity, you will reinforce the concepts related to IPv4 addressing and services you have learned in class. por Juan Manuel Aranda Lopez King 1 NAT 2 Private address 3 DHCP 4 VLSM 5 classful addressing 6 classless addressing 7 ACL 8 subnetting 9 PAT 10 Public address 11 CIDR 12 netmask 198.8.3.32/24 192.168.0.1/24 Also known as NAT overload that allows supporting many clients with only a few public IP addresses. Allows creating multiple logical networks from a single address block. A list configured on a router to control packet flow through the router, such as to prevent packets with a certain IP address from leaving a particular interface on the router. Refers to the concept that an IPv4 address has three parts: network + subnet + host, as defined by the mask and Class A, B, and C rules. A technique that optimizes the IP address space by using more than one mask in a single classful network. Refers to the concept that an IPv4 address has two parts: the prefix + host, as defined by the mask, with no consideration of the class (A, B, C). Also called Prefix mask, that describes an IPv4 subnet mask when represented as a slash (/) followed by a decimal number (number of binary 1s in the mask). A mechanism for reducing the need for globally unique IP addresses. It allows an organization with addresses that are not globally unique to connect to the Internet, by translating those addresses into public addresses in the globally routable address space. Also known as Supernetting, an RFC-standard tool for global IP address range assignment, that helps to reduce the size of the IP routing tables and to deal with the rapid growth of the Internet. A protocol used by hosts to dynamically discover and lease an IP address, and learn the correct subnet mask, default gateway, and DNS server IP addresses.
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