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CENG 707 Data Structures and Algorithms

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Chapter 10 - Object-Oriented Programming: Polymorphism

Chapter 10 - Object-Oriented Programming: Polymorphism. Outline 10.1 Introduction 10.2 Relationships Among Objects in an Inheritance Hierarchy 10.2.1 Invoking Base-Class Functions from Derived-Class Objects 10.2.2 Aiming Derived-Class Pointers at Base-Class Objects

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8086 and families

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Chapter 7: Classes Part II

Chapter 7: Classes Part II. Outline 7.1 Introduction 7.2 const (Constant) Objects and const Member Functions 7.3 Composition: Objects as Members of Classes 7.4 friend Functions and friend Classes 7.5 Using the this Pointer

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Object-Oriented Programming -- Using C++

Object-Oriented Programming -- Using C++. Andres, Wen-Yuan Liao Department of Computer Science and Engineering De Lin Institute of Technology andres@dlit.edu.tw http://cse.dlit.edu.tw/~andres. Chapter 9 - Object-Oriented Programming: Inheritance.

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Chapter 17 - C++ Classes: Part II

Chapter 17 - C++ Classes: Part II. Outline 17.1 Introduction 17.2 const (Constant) Objects and const Member Functions 17.3 Composition: Objects as Members of Classes 17.4 friend Functions and friend Classes 17.5 Using the this Pointer

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Capitolo 7: Classi (parte II)

Capitolo 7: Classi (parte II). Oggetti const e funzioni membro const Composizione: oggetti come membri di classi Funzioni friend e classi friend Uso del puntatore this Allocazione dinamica della memoria con new e delete Membri static Data abstraction e information hiding

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Chapter 17 - C++ Classes: Part II

Chapter 17 - C++ Classes: Part II. Outline 17.1 Introduction 17.2 const (Constant) Objects and const Member Functions 17.3 Composition: Objects as Members of Classes 17.4 friend Functions and friend Classes 17.5 Using the this Pointer

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Oggetti e metodi const

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??? ??? ( ? )

??? ??? ( ? ). ???????? (C++). 6 ??????. 6.1 ????????? 6.2 this ?? 6.3 ???? 6.4 const( ?? ) 6.5 const ??? const ???? 6.6 ?????????????. 6.1 ?????????. 6.1.1 ????. ?????????????????????????????????? class X{ private: int basetypemem; // ????

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Chapter 6: Classes and Data Abstraction

Chapter 6: Classes and Data Abstraction. Outline 6.1 Introduction 6.2 Structure Definitions 6.3 Accessing Members of Structures 6.4 Implementing a User-Defined Type Time with a Struct 6.5 Implementing a Time Abstract Data Type with a Class 6.6 Class Scope and Accessing Class Members

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Compiling with Dependent Types

Compiling with Dependent Types. Hongwei Xi University of Cincinnati. What do we want to do?. To produce (optimized) self-certified code that can guarantee both type safety and memory safety Self-certification is done through the use of a form of low-level dependent types

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A simple abstract interpreter to compute Sign s

A simple abstract interpreter to compute Sign s. The Sign Abstract Domain. concrete domain ( P ( Z ), ? , ? , Z , ? , ? ) sets of integers abstract domain ( Sign , ? , bot, top , lub , glb ). The example of Sign. ? Sign (x) = ? , if x= bot {y|y>0}, if x= + {y|y ? 0}, if x= 0+

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Genomics, Computing, Economics

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Overview of COOL

Overview of COOL. ICOM 4029 Lecture 2. Lecture Outline. Cool The Course Project Programming Assignment 1. Cool Overview. C lassroom O bject O riented L anguage Designed to Be implementable in one semester Give a taste of implementation of modern Abstraction Static typing

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Lecture 3: Constructors and Destructors

Lecture 3: Constructors and Destructors. Bushra Riaz. Initializing Objects with Constructors. A constructor can be used to automatically initialize an object of the class when the object is created.

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Inner Halo Shapes of Dwarf Galaxies: Reconciling the Cusp/Core Problem

-1. 100. log (r, M o /pc 3 ). V rot (km/s). Density profiles from long-slit spectra:. 60. -2. minimum disk. 1.0. 0.2. 0.6. r/r opt. 1. 0. log(r,kpc). spherical symmetry. Rotation curve. Density profile. Kristine Spekkens, Riccardo Giovanelli (Cornell).

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DFLAS (60 mV at I nom )

Rint. Circuit RB.A78. ?. Pt 8. RPTE (16250 A ). DCCT. I_min=350 A I_inj=760A I_nom=11850 A Stored energy at I_nom=1.22 GJ. DQSB. DQRB (75 m ? ). gnd. 1 ?. Rw. Signals: V circuit V DCCT V lead (HTS and resistive) V dump. DFLAS. DFLAS (60 mV at I nom ). 77xMB (7.85 H,

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Astrazione di dati

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Konstruktoren

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