DON HONORIO VENTURA TECHNOLOGICAL STATE UNIVERSITY COMPUTER EDUCATION PROGRAM Bacolor‚ Pampanga AUTOMATED GATE PASS SYSTEM A Thesis presented to the Faculty of Computer Education Program In partial fulfillment of the requirements for the degree of Bachelor of Science in Computer Science Presented By: Ms. Nouf N. Marzan Mr. Patrick John S. Laxamana Ms. Aidee S. Ide Mr. Jansen D. Vital 2013 CHAPTER I PROBLEMS AND ITS SETTINGS 1.1 INTRODUCTION – INTRODUCING THE PROPOSED
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Crackback by John Coy Miles Manning is a typical eleventh grader who is really good at football. But once the season begins he is faced with a lot of problems. He has a really nice and helpful head Coach Sepolski. He is really helpful and he supports Miles. The other coach‚ assistant coach Stahl however is always against Miles and always brings him down. He always finds ways to upset Miles and really wants to replace him. Miles also has a best friend named Zach. Zach is a really talented defender
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Implementation of active filters using OTA-C circuits Winter Training Report CONTENTS Title Page no. 1) Introduction to OTAs 2 2) Advantages of OTAs 3 3) First Order Filter using OTAs 4 4) Second Order Filter using OTAs 5
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CHAPTR 1 INTRODUCTION 1. INTRODUCTION The project “GATE PASS MONITORING SYSTEM” is useful for security those who stand in gate to share the details about student. This have the module to support the students to get permission from their HOD while absent in their chair. In a college campus the student will try to escape from class before the closing time‚ at that time from the gates security have to check whether the person has got permission from department or not. Student information
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2.0 WAVELET THEORY 2.1 INTRODUCTION: The transform of a signal is just another form of representing the signal. It does not change the information content present in the signal. The Wavelet Transform provides a time-frequency representation of the signal. It was developed to overcome the short coming of the Short Time Fourier Transform (STFT)‚ which can also be used to analyze non-stationary signals. While STFT gives a constant resolution at all frequencies‚ the Wavelet Transform uses multi-resolution
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determine their behavior when excited by sinusoidal sources. First‚ the behavior of both RC and RLC circuits will be examined when driven by a sinusoidal source at a 3-1 given frequency. Subsequently‚ the frequency response of both a low-pass filter and a high-pass filter will be considered. 3.2 Objectives At the end of this experiment‚ the student will be able to: (1) Determine the steady-state behavior of linear circuits driven by sinusoidal sources‚ (2) Use the oscilloscope to measure the phase
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modulators‚ we assume that (see Figure 3): • The modulated signal s(t) of each system has the same average power • Channel noise w(t) has the same average power in the message bandwidth B. m(t) message with same power as modulated wave $ Σ Low Pass Filter (B) Output n(t) & Figure 3: Basic Channel Model % ’ $ Figure of Merit (FoM) Analysis • DSB-SC (see Figure 4) s(t) = CAc cos(ωc
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Discrete wavelet transform 2 Others Other forms of discrete wavelet transform include the non- or undecimated wavelet transform (where downsampling is omitted)‚ the Newland transform (where an orthonormal basis of wavelets is formed from appropriately constructed top-hat filters in frequency space). Wavelet packet transforms are also related to the discrete wavelet transform. Complex wavelet transform is another form. Properties The Haar DWT illustrates the desirable properties of wavelets
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Final Report FOR REMOTE CONTROL ROBOT WITH CELL PHONE LINK December 12‚ 2005 Submitted By: Justin Schaper Richard Lienou Michael Area Sudhendu Raj Sharma Advisor: Dr. Carl Latino Abstract Team Robot Cell Inc. developed a working model of a one-way control link between a user control device (joystick) and a dumb robot (RC car) using two cell phones. The joystick provides the user with proportional control over the speed and steering of the RC car from a remote location. Included
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BROADBAND AMPLIFIER DESIGN FOR OPERATION IN Ku BAND LINGAPRASANTH.M. (E/02/163) RAVITHARAN R. (E/02/229) RAMESH SELVARAJ (E/02/245) 2006/ 2007 ACKNOWLEDGEMENT We wish to acknowledge our project supervisor Dr.A.U.A.W.Gunawardena who gave enormous help to success this project. At the mean time we would like to thank Dr.Chandima Ekanayake – Coordinator‚ Final year undergraduate project. CONTENTS CHAPTER 01 Introduction 01 CHAPTER 02 Literature Review 02 CHAPTER
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