network flow OR 215 Spring 1998 Network Flows M. Hartmann STABLE MATCHING PROBLEMS Stable Marriage Problem Propose and Reject Algorithm Bipartite Stable Matching Application: NRMP Linear Programming Formulation Non-Bipartite Stable Matching STABLE MARRIAGE PROBLEM A certain community consists of n men and n women. Each person has a strict preference over members of the opposite sex‚ for example: Bengt: Anita‚ Christine
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In today’s society‚ billions of people across the world are accessing the internet multiple times a day. Why wouldn’t they? Many people have the internet on their smart phones‚ and at the touch of a button can check their email‚ their Facebook‚ their bank account balance‚ movie times‚ you name it. One of these things‚ however‚ usually consumes more of the user’s time than the others. Yes‚ you guessed it: Facebook. Any social networking site or application‚ actually‚ whether it be Facebook‚ Twitter
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NETWORK MARKETING (Netflix Case) By Gracie Lee (B94705011 )‚ Jennifer Huang (B94705035)‚ Charles Virgile (A97749219)‚ Nicolas Valaize (A97749221)‚ Vincent Montmoreau‚ Fabien Palmero 1) Would you buy Blockbuster stock or short it at the time of the case? How about Netflix? Why? We would rather short stock of Blockbuster‚ since we conjecture that the price of it will decline. Our conjecture is based on the following reasons: A. Competitors: This is the main reason of our
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ω t [R1 + R2] = K + [I0/C[-ω - 1/C2R12]] K = I0sin ω t [R1 + R2] - [I0/C[-ω - 1/C2R12]] V(t) = [I0sin ω t [R1 + R2] - [I0/C[-ω - 1/C2R12]]]e-(1/CR1)t + [-[I0/C[-ω 1/C2R12]]/ω CR1]sin ω t + [I0/C[-ω - 1/C2R12]]cos ω t Q#6.29: Consider a series RLC network which is excited by a voltage source. 1. Determine the characteristic equation. 2. Locus of the roots of the equation. 3. Plot the roots of the equation. Solution: R V(t) i(t) L C For t ≥ 0 According to KVL di 1 L + ∫ idt + Ri = V(t) dt C
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ENTS 640 Networks and Protocols I Fall 2013 Solutions to Homework #5 Assigned: October 19; Due: October 24 H5.1 Write a Java application with a simple class inheritance hierarchy. As shown in the UML diagram below‚ it should consist of three classes. The Student class‚ representing a student’s personal and course registration information for a given semester‚ which will be the superclass. The two subclasses inheriting from the Student class are the FullTimeStudent class‚ representing a full-time
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Introduction……………………………………………………………….3/7\ Relationship………………………………………………………………3/7~4/7\ new requirements…………………………………………………………4/7~5/7\ The efficiency and reliability of international logistics…………………..5/7~6/7\ Conclusion ………………………………………………………………….6/7\ References…………………………………………………………………7/7\ International trade and international Logistics The rapid expansion of trade liberalization and the growth of global capital markets and integration‚ information technology and the progressive
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Module 2 Data Communication Fundamentals Version 2 CSE IIT‚ Kharagpur Lesson 1 Data and Signal Version 2 CSE IIT‚ Kharagpur Specific Instructional Objectives At the end of this lesson the students will be able to: • • • • • • • • • Explain what is data Distinguish between Analog and Digital signal Explain the difference between time and Frequency domain representation of signal Specify the bandwidth of a signal Specify the Sources of impairment Explain Attenuation and Unit of Attenuation
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Digital collection of Tamil Heritage Foundation Digitally signed by Ramanathan DN: cn=Ramanathan‚ c=IN‚ o=Commercial Taxed Dept Staff Training Institute‚‚ ou=Computer Lecturer‚‚ email=ctdsti@gmail.com Location: Commercial Taxes Staff Training Institute‚ Computer Lecturer‚Ph:9442282076 Date: 2008.03.09 21:27:25 +05’30’ Ramanathan Digital collection of Tamil Heritage Foundation Digital collection of Tamil Heritage Foundation Digital collection of Tamil Heritage Foundation Ramanathan
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Objectives Written Assessment : 2‚000 and 3‚000 words This assessment item relates to the course learning outcomes 1‚2‚4 and 5 as stated on Page 1. The document guidelines are as the following: Mobile Application Project Project Description • What is the Application concept? • How do you think that this application is different from the existing one in the market? • Who are your target audience? • Discuss correlation between target audience and target device. Project Objectives • Why
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Chapter 3 Mobile Radio Propagation: Large-Scale Path Loss 1. (a) Explain the advantages and disadvantages of the 2-ray ground reflection model in the analysis of path loss. (b) What insight does the 2-ray model provide about large-scale path loss that was disregarded when cellular systems used very large cells? 2 .In a 2-ray ground reflected model‚ assume that must be kept below 6.261 radians for phase cancellation reasons. Assuming a receiver height of 2 m‚ and given a requirement that be less
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