Seven-Segment LED Displays Nicholas Neumann 11/19/2010 Abstract Seven-segment displays are electronic display devices used as an easy way to display decimal numerals and an alterative to the more complex dot-matrix displays. The LDS-C303RI‚ a common seven-segment display‚ will be examined. Common anode vs. common cathode will be outlined. LED drivers such as the CD74HC4511E will also be discussed. Design applications such as digital clocks and electronic meters will be covered briefly
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Layers and mechanisms: A new taxonomy for the Bullwhip Effect Giovanni Miragliotta In this article‚ Giovanni Miragliotta has two main purposes. The first one is to strengthen the knowledge on the dynamics of a supply chain via a deep review of the Bullwhip Effect. The second one is to build a new framework abled to classify the causes of the Bullwhip effect. Furthermore‚ this framework can distinguish layers and mechanisms that lead to Bullwhip Effect and so help managers to better understand
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Flood-Fill Flood-fill • Used in interactive paint systems. • The user specify a seed by pointing to the interior of the region to initiate a flood operation Recursive Flood-Fill • Fill a image-space region with some intensity (color) value • How to define the region? • Fill Until vs. Fill While • 4-connectivity vs. 8-connectivity Flood-Fill from Seed • Start from the seed and floods the region until a boundary is met. A simple recursive algorithm can be used: void floodFill(int x‚ int
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The Art of War Sun Tzu (Translator: Lionel Giles) Published: -514 Categorie(s): Non-Fiction‚ Philosophy‚ History‚ Military Source: http://www.paxlibrorum.com/ 1 About Sun Tzu: Sun Tzu was a Chinese author of The Art of War‚ an immensely influential ancient Chinese book on military strategy. He is also one of the earliest realists in international relations theory. The name Sun Tzu ("Master Sun") is an honorific title bestowed upon Sun Wu‚ the author’s name. The character wu‚ meaning
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King Saud University College of Computer and Information Sciences Information Technology Department IT327 Artificial Intelligence Homework 2 search strategies Q1. A. Show that DFS generates about O(bm) nodes in the search tree. m: The maximum length of any path in the state space b: The branching factor: maximum number of successors of any node. At the worst case‚ DFS generates about O(bm) nodes in the search tree. As follows : At m (max depth )tries : 1 +b + b2 + b3 +….+ bm =O(bm)
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Iterative Deepening A-star (IDA*) Kent Benedict Clapano Earl Karlo Mationg Contents ● Prerequisites ● Description ● Algorithm ● Example ● Analysis ● Applications ● References Iterative Deepening A-star (IDA*) CSC 171 – Introduction to AI 1 Prerequisites ● Iterative Deepening Depth-First Search ● A* algorithm Iterative Deepening A-star (IDA*) CSC 171 – Introduction to AI 2 Description Iterative Deepening A* is a graph traversal and path search algorithm that can find the
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Page 1 of 2 King Saud University College of Computer and Information Sciences Information Technology Department IT422 Artificial Intelligence HOMEWORK 1 Q1: Problem formulation Three fathers with 3 children (A and his child CA‚ B and his child CB‚ and C and his child CC) are standing on side North of a river. The three fathers want to cross the river (go to side South) with their children‚ but there is only one boat‚ which can hold a maximum of two persons (a child is considered a person). Furthermore
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operations using Entity Framework. Using examples specified below implement the following pages: Page that will show all the employees Page that will show all the employees filtered by Job Page where you will be able to insert or update new employee Page where you will be able to delete employee by EmpNo Create tables that we used for Library case study in SQL Server DB and implement Lbrary system using Entity Framework. Entity Framework Examples Select //getting list of objects
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Bullwhip Effect Causes and Impact. How Can Improved IT Support Reduce Bullwhip Effect Dnyanesh Sarang Table of Contents 1 Introduction 2 2 Supply Chain & Bullwhip Effect 2 3 Causes of Bullwhip effect 4 3.1 Demand Forecast Updating 4 3.2 Order Batching 5 3.3 Price Fluctuation 5 3.4 Rationing and shortage gaming 5 4 Impact of Bullwhip Effect 6 4.1 Manufacturing Cost 6 4.2 Inventory Cost 6 4.3 Replenishment Lead Time 6 4.4 Transportation Cost 6 4.5 Level of Product Aavailability
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#include <stdlib.h> #include <stdio.h> #include <string.h> #include "dynamicArray.h" #include <assert.h> /* param: s the string * param: num a pointer to double * returns: true (1) if s is a number else 0 or false. * postcondition: if it is a number‚ num will hold * the value of the number * */ int isNumber(char *s‚ double *num) { char *end; double returnNum; returnNum = strtod(s‚ &end); /* If there’s
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