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This document discusses signals and systems. It defines signals as physical quantities that vary with time and/or space and carry information. Signals are classified as one-dimensional, two-dimensional, or multi-dimensional. They can also be periodic or non-periodic, even or odd, energy-based or power-based, deterministic or random, and causal or non-causal. Standard signals include sinusoidal, exponential, unit ramp, unit impulse, and unit step signals. Discrete time signals are defined at specific time instances while continuous time signals vary continuously with respect to time. Systems are defined as sets of connected components that produce outputs in response to inputs. Applications of signals and systems include communications, controls, signal processing and more.
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This document discusses systems and signals. A system is defined as a set of components connected together that produce an output in response to an input. A signal carries information and is a function of one or more independent variables that varies over time or space. Signals can be classified as one-dimensional, two-dimensional, or multi-dimensional and as periodic/non-periodic, even/odd, energy/power, deterministic/random, and causal/non-causal. Standard signals include sinusoidal, exponential, unit ramp, unit impulse, and unit step signals. Discrete time signals are only defined at specific time instances while continuous time signals vary continuously over time. Examples of applications of signals and systems are also provided.
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3) Developmental theories including Freud's psychosexual stages from oral to genital and how fixation can occur if development is arrested.
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Psychotherapy is the treatment of emotional or related bodily problems through psychological means such as verbal and emotional communication. Its objectives include removing or modifying existing symptoms, changing disturbed behavior patterns, and promoting positive personality growth. Psychotherapy can be scientific or an art. As a science, it focuses on problems and treatment using techniques like interpretation and behavior modification. As an art, it focuses on prevention using techniques like emotional support and reassurance. There are different types of psychotherapy based on depth of probing into the unconscious mind and number of patients treated, as well as purpose and techniques used. Common techniques include ventilation, abreaction, reassurance, explanation, suggestion, reinforcement, recreation, work as therapy, and relaxation.
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This document discusses systems and signals. A system is defined as a set of components connected together that produce an output in response to an input. A signal carries information and is a function of one or more independent variables that varies over time or space. Signals can be classified as one-dimensional, two-dimensional, or multi-dimensional and as periodic/non-periodic, even/odd, energy/power, deterministic/random, and causal/non-causal. Standard signals include sinusoidal, exponential, unit ramp, unit impulse, and unit step signals. Discrete time signals are only defined at specific time instances while continuous time signals vary continuously over time. Examples of applications of signals and systems are also provided.
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2) Trait theories that identify common and unique personality traits.
3) Developmental theories including Freud's psychosexual stages from oral to genital and how fixation can occur if development is arrested.
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This document provides an introduction to signals and systems. It discusses various signal classifications including continuous-time vs discrete-time, and memory vs memoryless systems. Elementary signals such as unit step, impulse, and sinusoid functions are defined. Common signal operations including time reversal, time scaling, amplitude scaling and shifting are described. The relationships between the time and frequency domains are introduced. The document is intended to help students understand signal characteristics and operations in both the time and frequency domains.
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SS - Unit 1- Introduction of signals and standard signals
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Professional powerpoint templates arivu
- 2. SIGNALS It carries some information. 1 A function of one more independent variable 2 Any physical quantity various with time,space. 3
- 3. TYPES OF SIGNAL One dimensional signal1 Two dimensional Signal2 Multi dimensional Signal3
- 4. CLASSIFICATION OF SIGNAL 2 Even and odd 1 Periodic and non periodic 3 Energy and power 4 Deterministisc & random 5 casual and non casual
- 5. STANDARD SIGNALS 5 Sinusoidal 4 Exponential 3 Unit Ramp 2 Unit impulse 1 Unit Step
- 6. DISCRETE TIME SIGNAL DTS • Not continuously with respect to time • only at specific time instant
- 7. CONTINUOUS TIME SIGNAL • Continously with respect to time 1 • Denoted by “t” 2 • Example [sin cos ] 3
- 8. SYSTEMS 1 Set of components connected together 2 Produce output with response to input
- 10. APPLICATIONS OF SIGNALS AND SYSTEMS 1 2 34 5
- 11. THANK YOU