PPT-Problem Set 2

Reconstructing a Simpler World COS429 Computer Vision Due October one week from today13 th Goal Recover the 3D structure of the world Problem 1 Making the World Simpler Simple World Assumptions. Newtons method for computing least squares In this problem we will prove that if we use Newtons method solve the least s quares optimization problem then we only need one iteration to converge to a Find the Hessian of the cost function 1 Answer As LAMPORT SRI International, Menlo Park, Califorma Abstract The Byzantine Generals Problem requires processes to reach agreement upon a value even though some of them may fad. It is weakened by allowin In AI, we will formally define a problem as. a space of all possible configurations where each configuration is called a state. thus, we use the term state space. an initial state. one or more goal states. A dynamic approach. Knapsack Problem. Given a sack, able to hold K kg. Given a list of objects. Each has a weight and a value. Try to pack the object in the sack so that the total value is maximized. A. B. C. This Lecture. We will first introduce set theory before we do counting.. Basic Definitions. Operations on Sets. Set Identities. Russell’s Paradox. Defining Sets. We can define a set by directly listing all its elements.. 1. The “problem”. -well versus ill defined. 2. Measurement. -RT, error patterns, verbal protocols. 3. History of problem solving. First work on animals: Thorndike’s puzzle boxes. One cat’s data (all of the others are similar):. GOAL:. I can write and interpret numerical expressions and compare expressions using a visual model. . Agenda:. Multiply by multiples of 10. Estimate Products. Word Problem of the Day!. Decompose a factor: Distributive Property. Step-by-Step Mass to Mole. What is Stoichiometry. Stoichiometry is the study of the relationships or ratios between two or more substances undergoing a physical or chemical change. We will be taking steps to solve the different equations. Submitted to: . Prof. Dr. Sahand Daneshvar. Presented by. : Lutfiyah Alriqeeq 16500017 . IENG516 Network Flows. Spring 2017. Definition:. An n x n assignment problem defined as:. Minimize . c. ij . Cuc Mai. GME Lunch n Learn Conference. June 2012. A Typical Day…. You, the PD, are eating lunch. . A faculty member stomps into your office and wants to talk to you about resident A. . Resident A is a second year IM resident. Faculty member says he has been showing up late for work, does not appear to know what is going on with his patients.. The Clique vs. Independent-Set . Problem . (. Yannakakis. ’88). CIS. G. : . Publicly known G = (V,E), |V|=n . . Alice : Clique . C. . µ. V . Bob : Independent Set . I. . µ. . V . ?. Goal: . : active efforts to discover what must be done to achieve a goal that is not readily attainable. TYPES OF PROBLEMS. Problems of inducing structure. : relations among numbers, words, symbols, ideas. Problems of arrangement. There are 3 plants, 3 warehouses.. Production of Plants 1, 2, and 3 are . 100, 150, . 200 respectively.. Demand of warehouses 1, 2 and 3 are . 170, 180, . and . 100 . units respectively.. Transportation costs for . The . Eagles . and . Bears . played a football game. . The Eagles scored . three . less . than . four . times the number of points the . Bears . scored. The total number of points scored by both teams is .