The Presentation
... network object A network object is made up of multiple modules defining its behavior Each module models some internal aspect of the node behavior (ex: data creation/storage) ...
... network object A network object is made up of multiple modules defining its behavior Each module models some internal aspect of the node behavior (ex: data creation/storage) ...
HDLC and PPP
... – mainly used in multidrop link configuration, and not used in point-to-point – In unbalanced configuration, every secondary is assigned a unique address. Contains address of secondary station in both command and response frames – In balanced mode, command frame has destination address and response ...
... – mainly used in multidrop link configuration, and not used in point-to-point – In unbalanced configuration, every secondary is assigned a unique address. Contains address of secondary station in both command and response frames – In balanced mode, command frame has destination address and response ...
HDLC and PPP - web.iiit.ac.in
... – mainly used in multidrop link configuration, and not used in point-to-point – In unbalanced configuration, every secondary is assigned a unique address. Contains address of secondary station in both command and response frames – In balanced mode, command frame has destination address and response ...
... – mainly used in multidrop link configuration, and not used in point-to-point – In unbalanced configuration, every secondary is assigned a unique address. Contains address of secondary station in both command and response frames – In balanced mode, command frame has destination address and response ...
HDLC and PPP
... – mainly used in multidrop link configuration, and not used in point-to-point – In unbalanced configuration, every secondary is assigned a unique address. Contains address of secondary station in both command and response frames – In balanced mode, command frame has destination address and response ...
... – mainly used in multidrop link configuration, and not used in point-to-point – In unbalanced configuration, every secondary is assigned a unique address. Contains address of secondary station in both command and response frames – In balanced mode, command frame has destination address and response ...
Link-state routing protocol A link-state routing protocol is one of the
... Notes about this stage The link-state message giving information about the neighbors is recomputed, and then flooded throughout the network, whenever there is a change in the connectivity between the node and its neighbors, e.g. when a link fails. Any such change will be detected by the reachability ...
... Notes about this stage The link-state message giving information about the neighbors is recomputed, and then flooded throughout the network, whenever there is a change in the connectivity between the node and its neighbors, e.g. when a link fails. Any such change will be detected by the reachability ...
Chapter 8 Hardware Address & Frame Type Identification
... of the computer; otherwise the frame is discarded ...
... of the computer; otherwise the frame is discarded ...
layered
... Provides the basis for higher level communication services. Main functionality is to transmit bits. ...
... Provides the basis for higher level communication services. Main functionality is to transmit bits. ...
Presentation (PowerPoint File) - IPAM
... – name data (not nodes) with externally relevant attributes • Data type, time, location of node, SNR, etc – diffuse requests and responses across network using application driven routing (e.g., geo sensitive or not) – optimize path with gradient-based feedback – support in-network aggregation and pr ...
... – name data (not nodes) with externally relevant attributes • Data type, time, location of node, SNR, etc – diffuse requests and responses across network using application driven routing (e.g., geo sensitive or not) – optimize path with gradient-based feedback – support in-network aggregation and pr ...
Link-layer addressing, Ethernet, hubs and switches
... equal size slots, time to transmit 1 frame nodes start to transmit frames only at beginning of slots nodes are synchronized if 2 or more nodes transmit in slot, all nodes detect collision ...
... equal size slots, time to transmit 1 frame nodes start to transmit frames only at beginning of slots nodes are synchronized if 2 or more nodes transmit in slot, all nodes detect collision ...
LGW2EChapter5Presentation3v2
... implement error control and flow control mechanisms. PPP uses HDLC-like frames but does not use error control and flow control protocols. Instead PPP supports powerful link and network control PPP is character based and can be implemented on any physical layer, HDLC is bit based and can be implement ...
... implement error control and flow control mechanisms. PPP uses HDLC-like frames but does not use error control and flow control protocols. Instead PPP supports powerful link and network control PPP is character based and can be implemented on any physical layer, HDLC is bit based and can be implement ...
Multicast with Network Coding in Application
... • Network nodes only perform LINEAR operations on incoming traffics – Any node can retrieve information at a rate equal to its capacity • Example: – Source multicasts 12 pieces of data – Node of capacity 4 retrieves all data in 3 seconds – Node of capacity 3 in 4 seconds and of capacity 1 in 12 seco ...
... • Network nodes only perform LINEAR operations on incoming traffics – Any node can retrieve information at a rate equal to its capacity • Example: – Source multicasts 12 pieces of data – Node of capacity 4 retrieves all data in 3 seconds – Node of capacity 3 in 4 seconds and of capacity 1 in 12 seco ...
O(Log N) - DEIM (URV) - Universitat Rovira i Virgili
... existing nodes to reflect the addition of n n becomes ith finger of node p if: • p precedes n by at least 2i-1 • ith finger of node p succeeds n 3- Transfer state associated with keys that node n is now responsible for New node n only needs to contact node that immediately forwards it to transfer re ...
... existing nodes to reflect the addition of n n becomes ith finger of node p if: • p precedes n by at least 2i-1 • ith finger of node p succeeds n 3- Transfer state associated with keys that node n is now responsible for New node n only needs to contact node that immediately forwards it to transfer re ...
ICN lecture1 - OSI & TCP_IP
... Agreed rules form the basis of harmonious data exchange between network nodes. These rules are referred to as protocols in the telecoms world. All telecommunications technologies are underpinned by protocols that should be recognised internationally managed by established standards bodies. A protoco ...
... Agreed rules form the basis of harmonious data exchange between network nodes. These rules are referred to as protocols in the telecoms world. All telecommunications technologies are underpinned by protocols that should be recognised internationally managed by established standards bodies. A protoco ...
Computer Network and Communication (107 KB)
... steps of examination generate data in some sort, which represent a defined meaning. Other examples could be an Excel data file, a Word processor document, music on CD, etc. Data and information from one computer system can be transmitted to other computer systems spread across a wide geographical ar ...
... steps of examination generate data in some sort, which represent a defined meaning. Other examples could be an Excel data file, a Word processor document, music on CD, etc. Data and information from one computer system can be transmitted to other computer systems spread across a wide geographical ar ...
C01-Overview
... we learned how to do this already (chapter 3)! seldom used on low bit-error link (fiber, some twisted pair) wireless links: high error rates ...
... we learned how to do this already (chapter 3)! seldom used on low bit-error link (fiber, some twisted pair) wireless links: high error rates ...
GEPS Programming Tutorial
... the wavelength of transmission increases. Interfering transmissions on the same or nearby bands may also limit the ability of a sensor node to communicate. Most interferers are time-dependent, so protocol adaptation may be used to communicate successfully in spite of interference. For example, the 8 ...
... the wavelength of transmission increases. Interfering transmissions on the same or nearby bands may also limit the ability of a sensor node to communicate. Most interferers are time-dependent, so protocol adaptation may be used to communicate successfully in spite of interference. For example, the 8 ...
coppin chapter 11e
... is the learning rate; xi is the input to node i and yi is the output of node i. Hebbian networks usually also use a forgetting factor, which decreases the weight of the connection between if two nodes if they fire at ...
... is the learning rate; xi is the input to node i and yi is the output of node i. Hebbian networks usually also use a forgetting factor, which decreases the weight of the connection between if two nodes if they fire at ...
Chapter 15 Local Area Network Overview
... —Packets that have the same source and destination —This done by observing ongoing traffic or using a special flow label in packet header (allowed in IPv6 but not in IPv4) —Once flow is identified, predefined route can be established through the network to speed up the forwarding process. —Huge perf ...
... —Packets that have the same source and destination —This done by observing ongoing traffic or using a special flow label in packet header (allowed in IPv6 but not in IPv4) —Once flow is identified, predefined route can be established through the network to speed up the forwarding process. —Huge perf ...
Chapter 13
... • 32-bit network address • MAC address of interface becomes host address • A socket number assigned to the process or application running on the device – This is NOT the same as the sockets discussed in the Transport layer. ...
... • 32-bit network address • MAC address of interface becomes host address • A socket number assigned to the process or application running on the device – This is NOT the same as the sockets discussed in the Transport layer. ...
Introduction - Jigar Pandya
... the destination, they are recompiled into the original message. Most modern Wide Area Network (WAN) protocols, including TCP/IP, X.25, and Frame Relay, are based on packet-switching technologies. ...
... the destination, they are recompiled into the original message. Most modern Wide Area Network (WAN) protocols, including TCP/IP, X.25, and Frame Relay, are based on packet-switching technologies. ...
01_tcom5272_intro
... Easier to manage than bus Handles high volume network better than bus Suited to transmitting signals over long ...
... Easier to manage than bus Handles high volume network better than bus Suited to transmitting signals over long ...