p ANU GUPTA EEE Time-domain analysis BITS Pilani Pilani Campus p Response of a LTIC system time-domain analysis linear‚ time-invariant‚ continuous-time (LTIC) systems--Total response = zero-input response + zero-state response zero-input response component that results only from the initial i t t th t lt l f th i iti l conditions at t = 0 with the input f(t) = 0 for t ≥ 0‚ zero-state zero state response component that results only from the input f(t) or t ≥ 0 when the initial conditions
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RUNNING HEAD: IMPULSE CONTROL DISORDER Impulse-Control Disorder Impulse-Control Disorders Impulse-Control Disorder (ICD) is a repeated impulsive action that results in negative consequences. The DSM-IV distinguish five particular impulse-Control Disorder such as: kleptomania‚ pyromania‚ pathological‚ trichotillomania‚ and intermittent explosive disorder. The DSM-IV-TR named these five disorders “Not Elsewhere Classified” and names them separately
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Electronics and Communications Engineering Electronics and Communications Engineering LBYEC33 Feedback and Control Systems Laboratory Research Paper Section: EK2 Group Number: 5 Date Submitted: August 5‚ 2013 Submitted by: Professor: Dr. Aaron Don M. Africa 1. Abigail Cleo V. Tom 2. Hazel Mae M. Garcia Grade: _____________ Instructor’s Signature: ______________ Remarks:
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Familiarization with Basic CT/DT functions Objective The basic objective of this lab was to be familiar with MATLAB‚ one of the most famous tools used in Signal Analysis and Processing. Theory Impulse Signal The impulse function‚ also known as Dirac delta function or Dirac impulse‚ is defined by | | Ramp and Step Signals The step signal
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EE310 - Spring 2013 - Midterm Exam # 2 Friday‚ March 29th‚ 10am - 10:50 am Instructions: • This examination is closed book‚ closed notes‚ and calculators/cellphones/laptops etc cannot be used. By signing this document‚ you are pledging to adhere to the honor system stating that all work performed here is strictly your own effort. • • Limited partial credit given for some problems. Check your answers carefully for arithmetic mistakes. • • List all assumptions‚ show all work and
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points] Consider a linear time-invariant (LTI) system with impulse response h(t) whose Fourier transform is H(f ) = ∧(f ). Recall that ∧(f ) is non-zero only from f = −1 to f = +1. Find the output of the system if the input is: (a) x(t) = sin 0.5πt Solution: ∧(0.25) sin 0.5πt = 0.75 sin 0.5πt (b) x(t) = cos 10πt Solution: ∧(5) cos 10πt = 0 Question 2: [6 points] An input signal x(t) = sinc (4t) is applied to to an LTI system with impulse response h(t) = sinc (6t). Let the output of the LTI system is y(t)
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________________________________________________________________________________ TRANSFER FUNCTIONS AND BLOCK DIAGRAMS 1. Introduction 2. Transfer Function of Linear Time-Invariant (LTI) Systems 3. Block Diagrams 4. Multiple Inputs 5. Transfer Functions with MATLAB 6. Time Response Analysis with MATLAB 1. Introduction An important step in the analysis and design of control systems is the mathematical modelling of the controlled process. There are a number of mathematical representations to describe a controlled process:
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identification‚ three techniques are considered for the identification of linear system. Different techniques are frequency chirp‚ coherence function and pseudoinverse. In chirp method‚ wideband excitation such as frequency chirp is used. Frequency response is obtained as the DFT of the output of the system for time-domain input. Inverse method uses SVD function to find pseudoinverse. Coherence function has been used to identify the system using MATL AB function tfestimate. The performances of the
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BY: B.C.SURVE/SHARATH B. ASSISTANT PROFESSOR CONTENTS: 1)Experiment 1: INTRODUCTION WITH MATLAB SOFTWARE 2) Experiment 2: GENERATION OF BASIC CONTINUES SIGNALS / BASIC DISCRETE SIGNALS 3) Experiment 3: IMPULSE RESPONSE OF AN LTI SYSTEM 4) Experiment 4: CONVOLUTION OF TWO SEQUENCE AND PROPERTIES OF CONVOLUTION 5) Experiment 5: CORRELATION- AUTOCORRELATION 6) Experiment 6: read and display digital image using MATLAB 7) Experiment 7: remove noise using spatial
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Impulse Control Disorder General Psychology 11:00-12:15 T/H 11/29/13 What is impulse control disorder? Impulse control disorder is more than just acting on a whim. People with an impulse control disorder‚ a newer form of personality disorders‚ can’t resist the urge to do something harmful to themselves or others (Ploskin‚ 2007). People with these disorders may or may not plan the acts‚ but the acts generally fulfill their immediate‚ conscious wishes. Most people‚ however‚ find their
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