Network_Layer
... Example of the first kind is the internet. Second kind example is ATM networks. ...
... Example of the first kind is the internet. Second kind example is ATM networks. ...
GPSR: Greedy Perimeter Stateless Routing for Wireless Networks
... uses a greedy forwarding algorithm that will send the information to the final destination using the most efficient path possible. If the greedy forwarding fails, perimeter forwarding will be used which routes around the perimeter of the region. GPSR uses Distance Vectors (DV), Link State (LS) and P ...
... uses a greedy forwarding algorithm that will send the information to the final destination using the most efficient path possible. If the greedy forwarding fails, perimeter forwarding will be used which routes around the perimeter of the region. GPSR uses Distance Vectors (DV), Link State (LS) and P ...
Security In Wireless Sensor Networks
... • Use multiple paths and/or redundant messages to mitigate these effects. ...
... • Use multiple paths and/or redundant messages to mitigate these effects. ...
CPSC 155a Lecture 3
... 5. permit distributed management of resources 6. cost effective 7. low effort to attach a host 8. account for resources ...
... 5. permit distributed management of resources 6. cost effective 7. low effort to attach a host 8. account for resources ...
Routing and Switching (CCNA).
... Routing and Switching Fundamentals Series - CCNA The Routing and Switching Fundamentals Part 1 and 2 brought to you by Pitman Training is the course for you if you are looking to pass the Cisco CCNA exam and build a career in network management or support in a Cisco environment. This course provides ...
... Routing and Switching Fundamentals Series - CCNA The Routing and Switching Fundamentals Part 1 and 2 brought to you by Pitman Training is the course for you if you are looking to pass the Cisco CCNA exam and build a career in network management or support in a Cisco environment. This course provides ...
Chapter 10 Introduction to MAN and WAN
... requires both sender and receiver to create a connection before any data is transferred. Applications such as large file transfers and sensitive transactions such as banking and business are typically connection-oriented. can operate over both a circuit-switched network or a packetswitched network. ...
... requires both sender and receiver to create a connection before any data is transferred. Applications such as large file transfers and sensitive transactions such as banking and business are typically connection-oriented. can operate over both a circuit-switched network or a packetswitched network. ...
Lecture 6: Vector
... – Flow control: between pairs of receivers and senders; use feedback to tell sender when allowed to send next packet » Back-pressure: separate wires to tell to stop » Window: give original sender right to send N packets before getting permission to send more; overlaps latency of interconnection with ...
... – Flow control: between pairs of receivers and senders; use feedback to tell sender when allowed to send next packet » Back-pressure: separate wires to tell to stop » Window: give original sender right to send N packets before getting permission to send more; overlaps latency of interconnection with ...
EN7278
... unique used ID. They are marked by their originator with their destination location. Here we used a greedy choice in association with the GPSR to choose the packet next hop as shown in Fig.7. Here in the greedy forwarding of GPSR, if a node knows its radio position, the optimal choice of the next ho ...
... unique used ID. They are marked by their originator with their destination location. Here we used a greedy choice in association with the GPSR to choose the packet next hop as shown in Fig.7. Here in the greedy forwarding of GPSR, if a node knows its radio position, the optimal choice of the next ho ...
B43011014
... destinations to those generated by the sources. This performance metric gives us an idea of how well the protocol is performing in terms of packet delivery at different speeds using different mobility. ...
... destinations to those generated by the sources. This performance metric gives us an idea of how well the protocol is performing in terms of packet delivery at different speeds using different mobility. ...
A Novel Approach for Secure Data Transmission and Clustering based Energy
... that state explicitly how routers communicate with each other, disseminating data that enables them to choose routes between any two nodes on the network. Routing protocol shares this information first among immediate neighbors, and then throughout the network. WSNs have many limitations such as com ...
... that state explicitly how routers communicate with each other, disseminating data that enables them to choose routes between any two nodes on the network. Routing protocol shares this information first among immediate neighbors, and then throughout the network. WSNs have many limitations such as com ...
Artificial Intelligence in Networking: Ant Colony Optimization
... Determines a path before packets are sent, and then sends all packets along that path ...
... Determines a path before packets are sent, and then sends all packets along that path ...
![[RIP] - School of Computing](http://s1.studyres.com/store/data/008734696_1-cf06dba4c0ce902042221af117bfaa99-300x300.png)
Brief Announcement: Network-Destabilizing Attacks
... and the edge set represents BGP communication links. The vertex set contains a unique destination node d to which all other nodes in V aim to establish routes.1 The routing system evolves over an infinite sequence of discrete time steps, where at each time step a subset of the nodes is “activated”. ...
... and the edge set represents BGP communication links. The vertex set contains a unique destination node d to which all other nodes in V aim to establish routes.1 The routing system evolves over an infinite sequence of discrete time steps, where at each time step a subset of the nodes is “activated”. ...
Crowd Management System
... People count will be decided at server, by subtracting the 2 counts Suitable contraption will be designed to ensure no other light gets to sensor Advantage over single entry/exit Single entry/exit system may not be able to handle concurrent user crossings ...
... People count will be decided at server, by subtracting the 2 counts Suitable contraption will be designed to ensure no other light gets to sensor Advantage over single entry/exit Single entry/exit system may not be able to handle concurrent user crossings ...
Communication Protocols
... Classification of protocols and their application area. Reference models for communication protocols. HDLC and SLIP protocols. Link access protocols. 3rd Layer protocols in telecom signaling and networking – DSS-1, PSTN, Control Protocol, BCC Protocol, Link Control Protocol, Protection Protocol, TUP ...
... Classification of protocols and their application area. Reference models for communication protocols. HDLC and SLIP protocols. Link access protocols. 3rd Layer protocols in telecom signaling and networking – DSS-1, PSTN, Control Protocol, BCC Protocol, Link Control Protocol, Protection Protocol, TUP ...
Ad Hoc Routing
... Vector Routing • Draft RFC at http://www.ietf.org/internetdrafts/draft-ietf-manet-aodv-10.txt • “Hop-by-hop” protocol: intermediate nodes use lookup table to determine next hop based on destination ...
... Vector Routing • Draft RFC at http://www.ietf.org/internetdrafts/draft-ietf-manet-aodv-10.txt • “Hop-by-hop” protocol: intermediate nodes use lookup table to determine next hop based on destination ...
Preventing Black Hole Attack in MANETs Using Randomized Multipath Routing Algorithm
... the ebb-and-flow of path availability. This approach allows reuse of paths which become unavailable for a time, rather than simply regarding them as useless, upon failure, and discarding them from not making them to be used during routing. The channel average non fading duration (ANFD) is used as a ...
... the ebb-and-flow of path availability. This approach allows reuse of paths which become unavailable for a time, rather than simply regarding them as useless, upon failure, and discarding them from not making them to be used during routing. The channel average non fading duration (ANFD) is used as a ...
Lecture 6: Intra
... • New ARPANET metric - stamp each incoming packet with its arrival time (AT) - record departure time (DT) - when link-level ACK arrives, compute Delay = (DT − AT ) + Transmit + Latency - if timeout, reset DT to departure time for retransmission - link cost = average delay over some time period ...
... • New ARPANET metric - stamp each incoming packet with its arrival time (AT) - record departure time (DT) - when link-level ACK arrives, compute Delay = (DT − AT ) + Transmit + Latency - if timeout, reset DT to departure time for retransmission - link cost = average delay over some time period ...
Lesson 10
... Flooding • Packet sent by node to every neighbour and the neighbour sends to its neighbours • Incoming packets retransmitted on every link except incoming link • Eventually a number of copies will arrive at destination • Each packet is uniquely numbered so duplicates can be discarded • To bound the ...
... Flooding • Packet sent by node to every neighbour and the neighbour sends to its neighbours • Incoming packets retransmitted on every link except incoming link • Eventually a number of copies will arrive at destination • Each packet is uniquely numbered so duplicates can be discarded • To bound the ...
Chapter 4 Review Questions
... node knows the adapter address to which the response should be sent, so there is no need to send a broadcast frame (which would have to be processed by all the other nodes on the LAN). 11. No it is not possible. Each LAN has its own distinct set of adapters attached to it, with each adapter having a ...
... node knows the adapter address to which the response should be sent, so there is no need to send a broadcast frame (which would have to be processed by all the other nodes on the LAN). 11. No it is not possible. Each LAN has its own distinct set of adapters attached to it, with each adapter having a ...
IP Routing
... packets from one network to another network using routers A routing protocol is a tool used by routers to dynamically find all the networks in the internetwork, as well as to ensure that all routers have the same routing table. Ex: RIP, OSPF ...
... packets from one network to another network using routers A routing protocol is a tool used by routers to dynamically find all the networks in the internetwork, as well as to ensure that all routers have the same routing table. Ex: RIP, OSPF ...