Search Results: 'simulation programming MATLAB'

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5 results for "simulation programming MATLAB"
Physical Modeling in MATLAB By Allen Downey
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An introductory textbook for people who have not programmed before. Covers basic MATLAB programming with emphasis on modeling and simulation of physical systems.
Getting Started with Matlab Simulink and Arduino By Agus Kurniawan
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Getting started with Matlab Simulink and Arduino comprehensively explains how to use MATLAB and Simulink to perform Arduino simulation. This book begins with covering the Matlab Simulink with... More > targeting Arduino, and the solutions to different problems in simulation. *TOC* 1. Preparing Development Environment 2. Matlab Simulink and Arduino 3. Hello World - Matlab Simulink and Arduino 4. Simulink with Arduino Digital I/O 4.1 Working with Arduino Digital I/O 4.2 Digital Sources 4.3 Simulink with Arduino Digital I/O 4.4 Testing 5. Simulink with Arduino Analog I/O 5.1 Simulink with Arduino Analog Input 5.2 Simulink with Arduino Analog Output 6. Simulink with Arduino Serial 6.1 Arduino Serial Communication 6.2 Configuring Arduino 6.3 Building a Simulink Model 6.4 Testing 7. Simulink with Arduino and Servo Motor 7.1 Servo Motor 7.2 Building A Simulink Hardware 7.3 Building A Simulink Model with Arduino and Servo Motor 7.4 Testing< Less
Missile Flight Simulation By Jeffrey Strickland
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Surface-to-air missiles are designed to defend a land area against an aerial or theater ballistic missile threat. The size of the defended area and the capabilities of the threat have great... More > influence on the speed, maneuverability, and lethality requirements of the missile system. Simulation of the missile flight path can provide valuable information about these requirements. A missile flight simulation is a computational tool that calculates the flight of a missile from launch until it engages the target. The simulation is based on mathematical models of the missile, target and environment. This book provides instruction for the preparation of these mathematical models to simulate the flight of a surface-to-air missile. This book may be used as a reference or as a textbook, although it is devoid of exercises. However, the reader is encourages to perform the simulation of Charter 12 using MATLAB® and SimulinkTM, or a programming language such as FORTRAN (see Chapter 10).< Less
Missile Flight Simulation - Surface-to-Air Missiles By Jeffrey Strickland
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Surface-to-air missiles are designed to defend a land area against an aerial or theater ballistic missile threat. The size of the defended area and the capabilities of the threat have great... More > influence on the speed, maneuverability, and lethality requirements of the missile system. Simulation of the missile flight path can provide valuable information about these requirements. A missile flight simulation is a computational tool that calculates the flight of a missile from launch until it engages the target. The simulation is based on mathematical models of the missile, target and environment. This book provides instruction for the preparation of these mathematical models to simulate the flight of a surface-to-air missile. This book may be used as a reference or as a textbook, although it is devoid of exercises. However, the reader is encourages to perform the simulation of Charter 12 using MATLAB® and Simulink, or a programming language such as FORTRAN (see Chapter 10).< Less
The Simbol-X Cd(Zn)Te detector By Bob Dirks
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The astrophysics community needs an instrument to gain more insight in the origin of the cosmic X-ray background in the energy range between 0.5 to 80 keV. Existing instruments like Chandra and... More > XMM-Newton show good results up to 10 keV but lack sensitivity above. In order to keep or improve the same performances up to 80 keV, grazing incidence mirrors with a focal length of at least 20 m should be used. Since satellites this big cannot be launched with existing launchers, the mirror and detector must be placed on two different satellites flying in formation. The Simbol-X space mission will be the first project of this type. A crucial element is the High Energy Detector, a hybridisation of the IDeF-X read-out electronics and Cd(Zn)Te semiconductor crystals, operating in the energy range from 5 to 80 keV. This work presents the results of characterisation measurements of electronics and crystals, related to pixel leakage currents, spectroscopy and the development of a complete detector simulation program.< Less