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Novell’s implementation of RIP updates routing tables every _________ seconds
60
60
See lessWhat does the “IPX maximum-paths 2” command accomplish?
The "IPX maximum-paths 2" command is used in the context of networking with the Interior Gateway Routing Protocol (IGRP) for IPX (Internetwork Packet Exchange, a network layer protocol used in Novell NetWare environments). This command configures the maximum number of equal-cost paths that IGRP willRead more
The “IPX maximum-paths 2” command is used in the context of networking with the Interior Gateway Routing Protocol (IGRP) for IPX (Internetwork Packet Exchange, a network layer protocol used in Novell NetWare environments). This command configures the maximum number of equal-cost paths that IGRP will include in the routing table for IPX routes. By setting this value to 2, the router is allowed to keep up to two parallel paths to a destination in the routing table. If there are more than two equal-cost paths available, the router will choose the first two it learns about and ignore the rest. This feature is used for load balancing over multiple links, improving the network’s efficiency by distributing traffic across several paths.
See lessWhich NetWare protocol provides link-state routing?
The NetWare protocol that provides link-state routing is the NetWare Link Services Protocol (NLSP).
The NetWare protocol that provides link-state routing is the NetWare Link Services Protocol (NLSP).
See lessWhich NetWare protocol works on layer 3–network layer—of the OSI model?
The NetWare protocol that works on layer 3—the network layer—of the OSI model is the IPX/SPX (Internetwork Packet Exchange/Sequenced Packet Exchange). IPX is responsible for the network layer functions, essentially routing the data from one network to another.
The NetWare protocol that works on layer 3—the network layer—of the OSI model is the IPX/SPX (Internetwork Packet Exchange/Sequenced Packet Exchange). IPX is responsible for the network layer functions, essentially routing the data from one network to another.
See lessWhich type of Ethernet framing is used for TCP/IP and DEC net?
The type of Ethernet framing used for TCP/IP is Ethernet II framing. Ethernet II is the Ethernet frame format that is widely used in TCP/IP networks for the encapsulation of IP packets.For DECnet, depending on the specific phase or version of DECnet, Ethernet II framing can also be used. However, orRead more
The type of Ethernet framing used for TCP/IP is Ethernet II framing. Ethernet II is the Ethernet frame format that is widely used in TCP/IP networks for the encapsulation of IP packets.
For DECnet, depending on the specific phase or version of DECnet, Ethernet II framing can also be used. However, originally, DECnet Phase IV utilized IEEE 802.3 standard with SNAP (SubNetwork Access Protocol) encapsulation for Ethernet framing prior to the wide adoption of Ethernet II framing for various protocols including DECnet over Local Area Networks (LANs).
See less________ refers to an increase in the performance by the addition of more resources along the service layers
Scalability refers to an increase in the performance by the addition of more resources along the service layers.
Scalability refers to an increase in the performance by the addition of more resources along the service layers.
See lessThe Data-Intensive Scalable Computing(DISC) utilizes a ________ data-center clusters to gather and maintain data.
The Data-Intensive Scalable Computing (DISC) utilizes distributed data-center clusters to gather and maintain data.
The Data-Intensive Scalable Computing (DISC) utilizes distributed data-center clusters to gather and maintain data.
See lesshe network address of 172.16.0.0/19 provides how many subnets and hosts?
The given network address is 172.16.0.0 with a subnet mask of /19. This means that the first 19 bits of the IP address are dedicated to the network portion, while the remaining bits are for host addresses within that network.To understand how many subnets and hosts this provides, we need to break doRead more
The given network address is 172.16.0.0 with a subnet mask of /19. This means that the first 19 bits of the IP address are dedicated to the network portion, while the remaining bits are for host addresses within that network.
To understand how many subnets and hosts this provides, we need to break down the information:
1. CIDR Notation (/19): Classless Inter-Domain Routing (CIDR) notation of /19 means that 19 bits are used for the network part of the address. Since this is an IPv4 address, there are a total of 32 bits in the address. This leaves us with 32 – 19 = 13 bits for host addresses.
2. Calculating Subnets: Since the original classful nature of this address would be a Class B (given the starting range of 172.16.0.0), and Class B addresses typically come with a default subnet mask of /16, using a /19 subnet mask means we are subnetting further into smaller networks. The difference between the original class subnet mask (/16) and the given subnet mask (/19) is 3 bits (19-16 = 3). These 3 bits allow for 2^3 = 8 subnets. However, this calculation assumes we’re strictly adhering to subnetting within what would originally be considered a single network in classical classful networking. In modern classless networking, this isn
See lessThe Cloudlets have a ________ ownership unlike that of Clouds.
The Cloudlets have a decentralized ownership unlike that of Clouds.
The Cloudlets have a decentralized ownership unlike that of Clouds.
See lessWhat is the subnet id of a host with an IP address 172.16.66.0/21?
The subnet ID of a host with an IP address 172.16.66.0/21 can be determined by applying the subnet mask (/21) to the IP address. A /21 subnet mask means the first 21 bits are the network portion of the address, with the remaining bits designated for host addresses within that network.To calculate thRead more
The subnet ID of a host with an IP address 172.16.66.0/21 can be determined by applying the subnet mask (/21) to the IP address. A /21 subnet mask means the first 21 bits are the network portion of the address, with the remaining bits designated for host addresses within that network.
To calculate the subnet ID, convert the IP address and the subnet mask into binary, then perform a logical AND operation between the two.
IP address: 172.16.66.0 in binary is 10101100.00010000.01000010.00000000
Subnet mask: /21 means the first 21 bits are ‘1’, and the rest are ‘0’. In binary, this is 11111111.11111111.11111000.00000000 which translates back into dotted-decimal notation as 255.255.248.0
Performing the AND operation:
– 10101100.00010000.01000010.00000000 (IP address in binary)
– 11111111.11111111.11111000.00000000 (/21 subnet mask in binary)
= 10101100.00010000.01000000.00000000
Converting the result back to decimal gives us the subnet ID: 172.16.64.0
Therefore, the subnet ID for a host with an IP address 172.16.66.0
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