PPT-Link State Algorithm Alternative to distance-vector

Distributed computation Broadcast link information to all routers Each router computes shortest paths to all destinations based on knowledge of full topology Uses Dijkstras algorithm to compute the paths. Link-State, Distance-Vector. EE122 Section 2. First off, where are we?. Application. Transport. Network. Datalink. Physical. Mostly still here. Link-State Routing. Link-State Routing. . Dest. Given the bag-of-features representations of images from different classes, how do we learn a model for distinguishing them?. Classifiers. Learn a decision rule assigning bag-of-features representations of images to different classes. This means, that we can represent an orientation with 3 numbers. Assuming we limit ourselves to 3 rotations without successive rotations about the same axis:. Example. Gimbal Lock. Gimbal Lock Animation. Euclidean Distance. . Minimum distance from a source (Value <> NoData). Input grid must have at least one source cell with the rest of the grid being NoData.. Global Function. Map Algebra: Euc_Dist = EucDistance(Source_Ras). Protocols. Heng Sovannarith. heng_sovannarith@yahoo.com. Introduction. Routing protocols were created for routers. These protocols have been designed to allow the exchange of routing tables, or known networks, between routers. . Scalar quantities . have only a magnitude (amount).. Vector quantities . have a magnitude . and. a direction. . We represent them as . arrows. .. Distance. (d): the separation between . two points. . Routing Algorithms. Network Layer. 4-. 1. Graph abstraction. 2. u. y. x. w. v. z. 2. 2. 1. 3. 1. 1. 2. 5. 3. 5. Graph: G = (N,E). N = set of routers = { u, v, w, x, y, z }. E = set of links ={ (. u,v. Complete questions 1, 2, and 3 on your quiz. 1. Graph abstraction. 2. u. y. x. w. v. z. 2. 2. 1. 3. 1. 1. 2. 5. 3. 5. Graph: G = (N,E). N = set of routers = { u, v, w, x, y, z }. E = set of links ={ (. 19. Network Layer . (Routing Algorithms). slides are modified from . J. Kurose & K. Ross. University of Nevada – Reno. Computer Science & Engineering Department. Fall . 2011. CPE 400 / 600. Intra-domain Routing. Based partly on lecture notes by David . Mazières. , Phil Levis, John . Jannotti. Rodrigo Fonseca. Today. Intra-Domain Routing . Next class (next Thursday): Inter-Domain Routing. Bamshad Mobasher. DePaul University. Distance or Similarity Measures. Many data mining and analytics tasks involve the comparison of objects and determining in terms of their similarities (or dissimilarities). Lecture 23. http://www.cs.rutgers.edu/~sn624/352-S22. Srinivas Narayana. 1. The network layer is . all about reachability. .. Every protocol below solves a sub-problem.. DHCP. How does an endpoint get an address?. Distance and Displacement. Learning Objectives. I can describe the difference between scalar and vector quantities.. I can determine displacement and distance using a scale diagram or calculation.. I can calculate the displacement of an object with two vector quantities in one direction or at right angles.. 10. : . Network . Layer. – Part II. Based on slides from D. . Choffnes. Northeastern U. . and P. . Gill. . from. . StonyBrook. University. Revised . Autumn. 2015 by . S. . . Laki. Network Layer.