Chapter 4 Network Layer Computer Networking: A Top Down Approach 6th edition Jim Kurose, Keith Ross Addison- Wesley March 2012 Network Layer 4-1 Chapter 4: network layer chapter goals: understand principles behind network layer services: network layer service models forwarding versus routing how a router works routing (path selection) […]
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Algorithms and Data 14: Network Flow II Professor Kevin Gold • • Network Flow Review With a source vertex s with unlimited supply, a sink t of unlimited demand, and edges with limited integer capacities, we find the maximum flow from the source to the sink The Ford-Fulkerson algorithm finds the maximum flow by repeatedly
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Notes on Complexity Theory Jonathan Katz Last updated: September, 2011 Lecture 8 1 The Polynomial Hierarchy We have seen the classes NP and coNP, which are defined as follows: L ∈ NP if there is a (deterministic) Turing machine M running in time polynomial in its first input, such that x ∈ L ⇔ ∃wM(x,w)
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CSE250 Fall 2016 Assignment A3 – Key/Value Sequences Due: 10/23/2016, 11:59PM Last updated: 2016-10-10 09:01 Objectives • Implement more advanced data structure. • Practice using basic C++ data structures. • Practice working with C++ classes. • Practice working with partially provided code. Introduction There are times when certain simple functionality is best achieved by a
University of Toronto, Department of Computer Science CSC 485/2501F—Computational Linguistics, Fall 2016 Assignment 3 Due date: 23:59, Wednesday 7 December 2016, at the course drop box in BA 2220. Late assignments will not be accepted without a valid medical certificate or other documen- tation of an emergency. This assignment is worth either 25% (CSC 2501)
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Guidelines CSCI-561 – Fall 2016 – Foundations of Artificial Intelligence Homework 3 Due November 21, 2016 23:59:59 This is a programming assignment. You will be provided sample inputs and outputs (see below). Please understand that the goal of the samples is to check that you can correctly parse the problem definitions, and generate a correctly
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Bresenham’s Circle Algorithm Kurt Rosenfeld The purpose of Bresenham’s circle algorithm is to generate the set of points that approximate a circle on a pixel-based display. We generate the points in the first octant of the circle and then use symmetry to generate the other seven octants. We start at (r,0). This pixel is chosen
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Due: Submission Mechanism: Submission Materials: Assessment Criteria: Introduction Stage I: 4pm, Fri 17 October 2014 (Melbourne time) Stage II: 11pm, Thurs 23 October, 2013 (Melbourne time) Online submission of project directory package, PDF to Turnitin Source, outputs, README; anonymised written report in PDF for which we will supply templates Creativity, Critical Analysis, Report Quality COMP30018/COMP90049
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Clipping Algorithms The Graphics Pipeline attributed geometry – Δ Model Transform Perspective Projection Scan Conversion Viewing Transform 3D Clipping Lighting, Shading, Texturing image -pixels 2 Clipping • 3Dclippingtoviewingfrustum • 2D clipping to windows and viewports • Today:Lineclipping,polygonclipping 3 Images courtesy of MIT 3D Clipping • Why REALLY Clip? 4 • Why REALLY Clip? – Save
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courseScraper In [1]: import urllib2 #specify the url wiki = “http://guide.berkeley.edu/courses/compsci/” page = urllib2.urlopen(wiki) from bs4 import BeautifulSoup soup = BeautifulSoup(page, “lxml”) In [34]: res = [] for t in soup.find_all(‘h3’, class_=”courseblocktitle”): alls = t.find_all() res.append(‘ ‘.join(x.string for x in alls).replace(u’\xa0’, ‘ ‘)) # alls = soup.find_all(‘h3’, class_=”courseblocktitle”)[0].find_all() # ‘ ‘.join(x.string for x in alls).replace(u’\xa0’, ‘ ‘)