Warning:
JavaScript is turned OFF. None of the links on this page will work until it is reactivated.
If you need help turning JavaScript On, click here.
The Concept Map you are trying to access has information related to:
Some bits used to represent the first and second part of address to choose direction of outgoing packet... Destination address stored in packet determines the location to be sent, Routing Table (mouse over info) has two consequences... Computation time required to forward packets can be reduced due to the routing tables organization of indexing of packet information, Routing Table (mouse over info) has two consequences... Can be shortened to contain one entry per destination packet switch istead of one entry per destination computer, Distributed Route Computation (mouse over info) two forms... Link-State Routing (SPF), Distributed Route Computation (mouse over info) two forms... Distance Vector Routing (mouse over info), Interior Switches (mouse over info) both require a... Routing Table (mouse over info), Hardware places copy of packet in memory and informs processor of packet arrival. very useful method because... Multiple arrival of packets can be held in memory until output device is ready, Dijkstra's Algorithm (mouse over info) alternative... Distributed Route Computation (mouse over info), WAN (Mouse over info) difference is... Scalability (Mouse over info), Destination address stored in packet determines the location to be sent furthermore... Next-Hop Forwarding, Chapter 13 networks conists of 3 categories... WAN (Mouse over info), Chapter 13 networks conists of 3 categories... LAN (Mouse over info), Chapter 13 networks conists of 3 categories... MAN (Mouse over info), Handle high performance for large size networks possible with the use of... Packet Switches (Mouse over info), A Small Computer (containing a processor, memory and I/O devices) allows for the paradigm known as... Forward, A Small Computer (containing a processor, memory and I/O devices) allows for the paradigm known as... Store, Physical Address this is possible through a... Hierarchical Addressing Scheme, First part indentifies a packet switch address is represented by a single binary value Some bits used to represent the first and second part of address, Processor examines the packet, determines which next destination and performs the operation to send the packet very useful method because... Multiple arrival of packets can be held in memory until output device is ready, Uniformly (mouse over info) this is made possible through a... Routing Table (mouse over info), Default Routing Table Entry this is possble if... More than one destination has the same next-hop value, Default Route this is optional... Allows for only one default entry in a routing table at a time and the priority is lower than the other entries, Forward operation occurs after store... Processor examines the packet, determines which next destination and performs the operation to send the packet, Next-Hop Forwarding also known as... Routing, Packet Switches (Mouse over info) two types of I/O device Operate at High speed (Connect switch to a digital circuit leading to another packet switch), Packet Switches (Mouse over info) two types of I/O device Operates at Low Speed (Connect switch to individual computer), Exterior Switches (mouse over info) both require a... Routing Table (mouse over info), Routing Table (mouse over info) also can use... Dijkstra's Algorithm (mouse over info), Second part identifies a computer attached to a packet switch address is represented by a single binary value Some bits used to represent the first and second part of address, Store operation occurs when packet arrives... Hardware places copy of packet in memory and informs processor of packet arrival., Packet Switches (Mouse over info) set of these make up a... WAN (Mouse over info), Connected computers increase furthermore packet switches can be added to handle load... Exterior Switches (mouse over info), Connected computers increase furthermore packet switches can be added to handle load... Interior Switches (mouse over info), Packet Switches (Mouse over info) each packet switch is considered... A Small Computer (containing a processor, memory and I/O devices), Duplicate entries mechanism is known as... Default Route, Duplicate entries mechanism is known as... Default Routing Table Entry, Hierarchical Addressing Scheme address broken down into 2 parts... First part indentifies a packet switch, Hierarchical Addressing Scheme address broken down into 2 parts... Second part identifies a computer attached to a packet switch, Routing Table (mouse over info) WAN's are implemented to avoid Duplicate entries, Next-Hop Forwarding if the destination packet switch is not the one that is currently receiving the packet... It is sent to another packet switch and so on an so forth until the packet switch containing the computer destination is found, WAN (Mouse over info) each computer is assigned... Physical Address, WAN (Mouse over info) not considered unless... Handle high performance for large size networks, Routing capactity of WAN must increase as... Connected computers increase, Source Independence (mouse over info) ensures that packets are handled... Uniformly (mouse over info), It is sent to another packet switch and so on an so forth until the packet switch containing the computer destination is found leads to the concept of... Source Independence (mouse over info), Routing Table (mouse over info) are created through two approaches... Dynamic Routing (mouse over info), Routing Table (mouse over info) are created through two approaches... Static Routing (mouse over info), LAN (Mouse over info) difference is... Scalability (Mouse over info), WAN (Mouse over info) some examples... (mouse over info on all) Frame Relay, WAN (Mouse over info) some examples... (mouse over info on all) X.25, WAN (Mouse over info) some examples... (mouse over info on all) SMDS, WAN (Mouse over info) some examples... (mouse over info on all) ARPANET, WAN (Mouse over info) some examples... (mouse over info on all) ATM