Electronics & Communication Engineering
| Course Title | Code | L | T | P | Credits |
|---|---|---|---|---|---|
| Open Elective- III | - | 3 | 0 | 0 | 3 |
| Open Elective- IV | - | 3 | 0 | 0 | 3 |
| Program Elective- IV | - | 3 | 0 | 0 | 3 |
| Program Elective- V | - | 3 | 0 | 0 | 3 |
| Project- II | - | 0 | 0 | 12 | 6 |
| TOTAL | - | - | - | - | 18 |
Module 1: Introduction (8 Lectures)
Basic Definitions • Types Of Learning • Hypothesis Space And Inductive Bias • Evaluation • Cross-Validation • Linear Regression • Decision Trees • Over Fitting
Module 2: Instance Based Learning And Probability (8 Lectures)
Instance Based Learning • Feature Reduction • Collaborative Filtering Based Recommendation • Probability And Bayes Learning
Module 3: Advanced Classification Methods (8 Lectures)
Logistic Regression • Support Vector Machine • Kernel Function And Kernel SVM
Module 4: Neural Networks (8 Lectures)
Perceptron • Multilayer Network • Back Propagation • Introduction To Deep Neural Network
Module 5: Learning Theory And Clustering (8 Lectures)
Computational Learning Theory • PAC Learning Model • Sample Complexity • VC Dimension • Ensemble Learning • Clustering • K-Means • Adaptive Hierarchical Clustering • Gaussian Mixture Model
Module 1: Introduction (Lectures 8)
Internet Of Things Promises • Definition Scope Sensors For IoT Applications • Structure Of IoT IoT Map Device
Module 2: Seven Generations Of IoT Sensors (Lectures 8)
Industrial Sensors Description & Characteristics • First Generation Description & Characteristics • Advanced Generation Description & Characteristics • Integrated IoT Sensors Description & Characteristics • Polytronics Systems Description & Characteristics • Sensors Swarm Description & Characteristics • Printed Electronics Description & Characteristics • IoT Generation Roadmap
Module 3: Technological Analysis (Lectures 8)
Wireless Sensor Structure • Energy Storage Module • Power Management Module • RF Module • Sensing Module
Module 4: IoT Development Examples (Lectures 8)
ACOEM Eagle • En Ocean Push Button • NEST Sensor • Ninja Blocks • Focus On Wearable Electronics
Module 5: Preparing IoT Projects (Lectures 8)
Creating The Sensor Project • Preparing Raspberry Pi • Clayster Libraries • Hardware • Interacting With The Hardware • Interfacing The Hardware • Internal Representation Of Sensor Values • Persisting Data • External Representation Of Sensor Values • Exporting Sensor Data • Creating The Actuator Project • Hardware • Interfacing The Hardware • Creating A Controller • Representing Sensor Values • Parsing Sensor Data • Calculating Control States • Creating A Camera • Hardware • Accessing The Serial Port On Raspberry Pi • Interfacing The Hardware • Creating Persistent Default Settings • Adding Configurable Properties • Persisting The Settings • Working With The Current Settings • Initializing The Camera
Module 1: Introduction And Fabrication (Lectures 8)
Introduction To Microelectromechanical Systems (MEMS) • MEMS Fabrication Technologies • Materials And Substrates For MEMS • Processes For Micro-machining • Basic Process Tools • Advanced Process Tools
Module 2: MEMS Structure And Systems (Lectures 8)
General Design Methodology • Techniques For Sensing And Actuation • Passive MEM Structures • Sensors • Actuators • Mechanical Vibrations • Computer Aided Design Of MEMS And Tools
Module 3: Applications In RF/Microwave (Lectures 8)
The MEMS Switch And Its Design Consideration • The MEM Resonator And Its Design Considerations • Micromachining Enhanced Planar Microwave Passive Elements • Other MEMS Based RF/Microwave Circuits And System
Module 4: Packaging And Reliability (Lectures 8)
Key Design And Packaging Considerations • Die Attach Processes • Wiring And Interconnects • Types Of Packaging Solutions • Reliability And Failure Analysis
Module 1: Semiconductor Switching Devices (Lectures 8)
Review Of Thyristor • Two Transistor Model Of SCR • Classification And V-I Characteristics • Junction Temperature • Gate Circuit Ratings • Triggering Process • UJT And Characteristics • UJT As A Relaxation Oscillator • Triggering UJT Using SCR • Turn Off Methods • Fast Recovery Diodes • Schottky Diodes • Series And Parallel Connections Of SCR • DIAC • TRIAC • Power MOSFETS • Application Of SCR
Module 2: Power Rectification (Lectures 8)
Classification Of Rectifiers • Half Full Three-Phase Rectifier • Semi Converters • Full Converters • Freewheeling Diodes • Circuits Using SCR • Voltage Multiplying Rectifier Circuits • Transformer Utility Factor
Module 3: Regulated Power Supplies (Lectures 8)
Classification Of Voltage Regulators • Short Period And Long Period Accuracy Of Voltage Regulator • D.C. Voltage Regulators • Complete Series Voltage Regulator Circuit With ICs • SMPS Basic Principles • Step Up And Step Down Circuits • UPS
Module 4: Inverters (Lectures 8)
Introduction • Simple Inverters And Power Inverter Using SCR • Output Voltage Control In Inverter Waveform Control • PWM Inverters • Reduction Of Harmonies With The Help Of PWM Inverters
Module 5: Induction And Dielectric Heating (Lectures 8)
Induction Heating Effect Of Frequency Power Requirements • Merits And Application Of Induction Heating • Dielectric Heating • Dielectric Properties Of A Few Typical Materials • Thermal Losses • Application Of Dielectric Heating • Skin Effect • High Frequency Sources For Induction And Dielectric Heaters
Module 6: Electronic Control Of D.C. Motors (Lectures 8)
Introduction • Control Of D.C. Shunt Motor • Full Wave D.C. Shunt Motor Control Overload Projection • Universal Motor Control • Electronic Control For Reversing Motor Control Using SCR • Choppers Their Classifications And Applications
Module 7: Electronic Control Of A.C. Motors (Lectures 8)
Instability Of D.C. Motors • Variable Speed Induction Motor Drives • T.N. Characteristics Of I.M. Invertors For Driving The Motor • Speed Control Of I.M. Using Various Methods • Cyclo-converters Their Classifications And Applications
Module 1: Generalized Configurations And Characteristics (Lectures 8)
Generalized Configurations Functional Description & Performance Characteristics Of Measuring Instruments • Functionals Functions Of An Instrument • Active & Passive Transducers • Analog & Digital Modes Of Operation • Null & Deflection Methods • I/O Configuration Of Measuring Instruments & Instrument System • Methods Of Correction For Interfering & Modifying Inputs • Static Characteristics • Meaning Of Static Calibration Accuracy Precision Bias • Combination Of Component Errors In Overall System-accuracy Calculation • Addition Subtraction Division & Multiplication • Static Sensitivity Linearity Threshold Resolution Hysteresis And Dead Space • Scale Readability • Span • Generalized Static Stiffness & Input Impedance
Module 2: Measurement Of Displacement Force Torque & Shaft Power (Lectures 8)
Principle Of Measurement Of Displacement • Resistive Potentiometers Variable Inductance & Variable Reluctance Pickup • MDT Capacitance Pickup • Principle Of Measurement Of Force Torque Shaft Power Standards & Calibration • Basic Methods Of Force Measurement • Characteristics Of Elastic Force Transducer-Bonded Strain Gauge • Differential Transparency • Also Electric Transducer Variable Reluctance/FM-oscillator Digital Systems • Loading Effects • Torque Measurement On Rotating Shafts • Shaft Power Measurement (Dynamometers)
Module 3: Temperature Measurement (Lectures 8)
Standards & Calibration • Thermal Expansion Methods Bimetallic Thermometers Liquid-in-glass Thermometers Pressure Thermometers • Thermoelectric Sensor (Thermocouple) Common Thermocouple • Reference Junction Considerations • Special Materials Configuration & Techniques • Electrical Resistance Sensors Conductive Sensor (Resistance Thermometers) • Bulk Semiconductor Sensors (Thermistors) • Junction Semiconductor Sensors • Digital Thermometers • Radiation Methods Radiation Fundamentals Radiation Detectors • Unchopped (DC) Broadband Radiation Thermometers • Chopped (AC) Selective Band (Photon) Radiation Thermometers • Automatic Null Balance Radiation Thermometers (Optical Pyrometers) • Two Color Radiation Thermometers • Black Body-tipped Fibre Optic Radiation Thermometer • R Imaging Systems • Fluoropic Temperature Measurement
Module 4: Pressure Measurement (Lectures 8)
Standards & Calibration • Basic Methods Of Pressure Measurement • Dead Weight Gauges & Manometer • Manometer Dynamics • Elastic Transducers • High Pressure Measurement • Low Pressure (Vacuum) Measurement • Mcleod Gauge Knudsen Gauge Momentum-transfer (Viscosity) Gauges • Thermal Conductivity Gauges Ionization Gauges • Dual Gauge Technique
Module 5: Flow Measurement (Lectures 8)
Local Flow Velocity Magnitude And Direction • Flow Visualization • Velocity Magnitude From Pitot Static Tube • Velocity Direction From Yaw Tube Pivoted Vane Serviced Sphere Dynamic Wind Vector Indicator • Flat Wire And Flat Film Anemometer • Hot-film Shock Tube Velocity Sensor • Laser Doppler Velocimeter • Gross Volume Flow Rate Calibration And Standards • Constant-area Variable-pressure Drop Meters (Orifice Meters) • Averaging Pitot Tubes • Constant Pressure Drop Variable Area Meters (Rotameters) • Turbine Meters Positive Displacement Meters • Metering Pumps • Electromagnetic Flow Meters • Drag Force Flow Meters • Ultrasonic Flow Meters Vortex Shedding Flow Meters
Module 6: Level Measurement (Lectures 8)
Capacitance Probe • Conductivity Probes • Diaphragm Level Detector • Differential Pressure Level Detector • Radiation Level Sensors • RADAR Level Gauges • Level Transmitter • Ultrasonic Level Detector
Module 1: Introduction (8 Lectures)
Basic Definitions • Types Of Learning • Hypothesis Space And Inductive Bias • Evaluation • Cross-Validation • Linear Regression • Decision Trees • Over Fitting
Module 2: Instance Based Learning And Probability (8 Lectures)
Instance Based Learning • Feature Reduction • Collaborative Filtering Based Recommendation • Probability And Bayes Learning
Module 3: Advanced Classification Methods (8 Lectures)
Logistic Regression • Support Vector Machine • Kernel Function And Kernel SVM
Module 4: Neural Networks (8 Lectures)
Perceptron • Multilayer Network • Back Propagation • Introduction To Deep Neural Network
Module 5: Learning Theory And Clustering (8 Lectures)
Computational Learning Theory • PAC Learning Model • Sample Complexity • VC Dimension • Ensemble Learning • Clustering • K-Means • Adaptive Hierarchical Clustering • Gaussian Mixture Model
Module 1: Introduction (Lectures 8)
Internet Of Things Promises • Definition Scope Sensors For IoT Applications • Structure Of IoT IoT Map Device
Module 2: Seven Generations Of IoT Sensors (Lectures 8)
Industrial Sensors Description & Characteristics • First Generation Description & Characteristics • Advanced Generation Description & Characteristics • Integrated IoT Sensors Description & Characteristics • Polytronics Systems Description & Characteristics • Sensors Swarm Description & Characteristics • Printed Electronics Description & Characteristics • IoT Generation Roadmap
Module 3: Technological Analysis (Lectures 8)
Wireless Sensor Structure • Energy Storage Module • Power Management Module • RF Module • Sensing Module
Module 4: IoT Development Examples (Lectures 8)
ACOEM Eagle • En Ocean Push Button • NEST Sensor • Ninja Blocks • Focus On Wearable Electronics
Module 5: Preparing IoT Projects (Lectures 8)
Creating The Sensor Project • Preparing Raspberry Pi • Clayster Libraries • Hardware • Interacting With The Hardware • Interfacing The Hardware • Internal Representation Of Sensor Values • Persisting Data • External Representation Of Sensor Values • Exporting Sensor Data • Creating The Actuator Project • Hardware • Interfacing The Hardware • Creating A Controller • Representing Sensor Values • Parsing Sensor Data • Calculating Control States • Creating A Camera • Hardware • Accessing The Serial Port On Raspberry Pi • Interfacing The Hardware • Creating Persistent Default Settings • Adding Configurable Properties • Persisting The Settings • Working With The Current Settings • Initializing The Camera
Module 1: Introduction And Fabrication (Lectures 8)
Introduction To Microelectromechanical Systems (MEMS) • MEMS Fabrication Technologies • Materials And Substrates For MEMS • Processes For Micro-machining • Basic Process Tools • Advanced Process Tools
Module 2: MEMS Structure And Systems (Lectures 8)
General Design Methodology • Techniques For Sensing And Actuation • Passive MEM Structures • Sensors • Actuators • Mechanical Vibrations • Computer Aided Design Of MEMS And Tools
Module 3: Applications In RF/Microwave (Lectures 8)
The MEMS Switch And Its Design Consideration • The MEM Resonator And Its Design Considerations • Micromachining Enhanced Planar Microwave Passive Elements • Other MEMS Based RF/Microwave Circuits And System
Module 4: Packaging And Reliability (Lectures 8)
Key Design And Packaging Considerations • Die Attach Processes • Wiring And Interconnects • Types Of Packaging Solutions • Reliability And Failure Analysis
Module 1: Semiconductor Switching Devices (Lectures 8)
Review Of Thyristor • Two Transistor Model Of SCR • Classification And V-I Characteristics • Junction Temperature • Gate Circuit Ratings • Triggering Process • UJT And Characteristics • UJT As A Relaxation Oscillator • Triggering UJT Using SCR • Turn Off Methods • Fast Recovery Diodes • Schottky Diodes • Series And Parallel Connections Of SCR • DIAC • TRIAC • Power MOSFETS • Application Of SCR
Module 2: Power Rectification (Lectures 8)
Classification Of Rectifiers • Half Full Three-Phase Rectifier • Semi Converters • Full Converters • Freewheeling Diodes • Circuits Using SCR • Voltage Multiplying Rectifier Circuits • Transformer Utility Factor
Module 3: Regulated Power Supplies (Lectures 8)
Classification Of Voltage Regulators • Short Period And Long Period Accuracy Of Voltage Regulator • D.C. Voltage Regulators • Complete Series Voltage Regulator Circuit With ICs • SMPS Basic Principles • Step Up And Step Down Circuits • UPS
Module 4: Inverters (Lectures 8)
Introduction • Simple Inverters And Power Inverter Using SCR • Output Voltage Control In Inverter Waveform Control • PWM Inverters • Reduction Of Harmonies With The Help Of PWM Inverters
Module 5: Induction And Dielectric Heating (Lectures 8)
Induction Heating Effect Of Frequency Power Requirements • Merits And Application Of Induction Heating • Dielectric Heating • Dielectric Properties Of A Few Typical Materials • Thermal Losses • Application Of Dielectric Heating • Skin Effect • High Frequency Sources For Induction And Dielectric Heaters
Module 6: Electronic Control Of D.C. Motors (Lectures 8)
Introduction • Control Of D.C. Shunt Motor • Full Wave D.C. Shunt Motor Control Overload Projection • Universal Motor Control • Electronic Control For Reversing Motor Control Using SCR • Choppers Their Classifications And Applications
Module 7: Electronic Control Of A.C. Motors (Lectures 8)
Instability Of D.C. Motors • Variable Speed Induction Motor Drives • T.N. Characteristics Of I.M. Invertors For Driving The Motor • Speed Control Of I.M. Using Various Methods • Cyclo-converters Their Classifications And Applications
Module 1: Generalized Configurations And Characteristics (Lectures 8)
Generalized Configurations Functional Description & Performance Characteristics Of Measuring Instruments • Functionals Functions Of An Instrument • Active & Passive Transducers • Analog & Digital Modes Of Operation • Null & Deflection Methods • I/O Configuration Of Measuring Instruments & Instrument System • Methods Of Correction For Interfering & Modifying Inputs • Static Characteristics • Meaning Of Static Calibration Accuracy Precision Bias • Combination Of Component Errors In Overall System-accuracy Calculation • Addition Subtraction Division & Multiplication • Static Sensitivity Linearity Threshold Resolution Hysteresis And Dead Space • Scale Readability • Span • Generalized Static Stiffness & Input Impedance
Module 2: Measurement Of Displacement Force Torque & Shaft Power (Lectures 8)
Principle Of Measurement Of Displacement • Resistive Potentiometers Variable Inductance & Variable Reluctance Pickup • MDT Capacitance Pickup • Principle Of Measurement Of Force Torque Shaft Power Standards & Calibration • Basic Methods Of Force Measurement • Characteristics Of Elastic Force Transducer-Bonded Strain Gauge • Differential Transparency • Also Electric Transducer Variable Reluctance/FM-oscillator Digital Systems • Loading Effects • Torque Measurement On Rotating Shafts • Shaft Power Measurement (Dynamometers)
Module 3: Temperature Measurement (Lectures 8)
Standards & Calibration • Thermal Expansion Methods Bimetallic Thermometers Liquid-in-glass Thermometers Pressure Thermometers • Thermoelectric Sensor (Thermocouple) Common Thermocouple • Reference Junction Considerations • Special Materials Configuration & Techniques • Electrical Resistance Sensors Conductive Sensor (Resistance Thermometers) • Bulk Semiconductor Sensors (Thermistors) • Junction Semiconductor Sensors • Digital Thermometers • Radiation Methods Radiation Fundamentals Radiation Detectors • Unchopped (DC) Broadband Radiation Thermometers • Chopped (AC) Selective Band (Photon) Radiation Thermometers • Automatic Null Balance Radiation Thermometers (Optical Pyrometers) • Two Color Radiation Thermometers • Black Body-tipped Fibre Optic Radiation Thermometer • R Imaging Systems • Fluoropic Temperature Measurement
Module 4: Pressure Measurement (Lectures 8)
Standards & Calibration • Basic Methods Of Pressure Measurement • Dead Weight Gauges & Manometer • Manometer Dynamics • Elastic Transducers • High Pressure Measurement • Low Pressure (Vacuum) Measurement • Mcleod Gauge Knudsen Gauge Momentum-transfer (Viscosity) Gauges • Thermal Conductivity Gauges Ionization Gauges • Dual Gauge Technique
Module 5: Flow Measurement (Lectures 8)
Local Flow Velocity Magnitude And Direction • Flow Visualization • Velocity Magnitude From Pitot Static Tube • Velocity Direction From Yaw Tube Pivoted Vane Serviced Sphere Dynamic Wind Vector Indicator • Flat Wire And Flat Film Anemometer • Hot-film Shock Tube Velocity Sensor • Laser Doppler Velocimeter • Gross Volume Flow Rate Calibration And Standards • Constant-area Variable-pressure Drop Meters (Orifice Meters) • Averaging Pitot Tubes • Constant Pressure Drop Variable Area Meters (Rotameters) • Turbine Meters Positive Displacement Meters • Metering Pumps • Electromagnetic Flow Meters • Drag Force Flow Meters • Ultrasonic Flow Meters Vortex Shedding Flow Meters
Module 6: Level Measurement (Lectures 8)
Capacitance Probe • Conductivity Probes • Diaphragm Level Detector • Differential Pressure Level Detector • Radiation Level Sensors • RADAR Level Gauges • Level Transmitter • Ultrasonic Level Detector
Module 1: Linear Block Codes (Lectures 8)
Systematic Linear Codes And Optimum Decoding For The Binary Symmetric Channel • Generator And Parity Check Matrices • Syndrome Decoding On Symmetric Channels • Hamming Codes • Weight Enumerators And The McWilliams Identities • Perfect Codes
Module 2: Finite Fields And Cyclic Codes (Lectures 8)
Introduction To Finite Fields And Finite Rings • Factorization Of (x^(n-1)) Over A Finite Field • Cyclic Codes • BCH Codes • Idempotents And Mattson-Solomon Polynomials • Reed-Solomon Codes • Justeen Codes • MDS Codes • Alternant Goppa And Generalized BCH Codes • Spectral Properties Of Cyclic Codes
Module 3: Decoding Algorithms (Lectures 8)
Decoding Of BCH Codes • Berlekamp's Decoding Algorithm • Massey's Minimum Shift Register Synthesis Techniques And Decoding Algorithm • Massey's Minimum Shift Register Synthesis Technique And Its Relation To Berlekamp's Algorithm • A Fast Berlekamp–Massey Algorithm
Module 4: Convolution Codes (Lectures 8)
Convolution Codes • Wozencraft's Sequential Decoding Algorithm • Fano's Algorithm And Other Sequential Decoding Algorithms • Viterbi Decoding Algorithm
Module 1: Microwave Oscillators And Amplifiers (Lectures 8)
Introduction To Microwaves • History Of Microwaves • Microwave Frequency Bands • Applications Of Microwaves Civil And Military Medical • Advantages And Uses Of Microwave • Limitations Of Conventional Vacuum Tube At UHF And Microwave Frequency • UHF
Module 2: Passive And Active Microwave Devices (Lectures 8)
Microwave Passive Components • Directional Coupler Magic Tee Phase Shifters Isolators Circulators Attenuator • Microwave Active Components • Diodes Transistors Oscillators Mixers
Module 3: Microwave Tubes And Semiconductor Devices (Lectures 8)
Microwave Tubes • Klystron TWT Magnetron • Microwave Semiconductor Devices • Gunn Diodes IMPATT Diodes Schottky Barrier Diodes PIN Diodes
Module 4: Microwave Measurement (Lectures 8)
Measurement Of Power • Standing Wave Detectors And Its Uses • Impedance Measurement • Measurement Of Frequencies By Wave Meters • Attenuation Measurement • Noise Factor Measurement
Module 5: Microwave Receiver And Systems (Lectures 8)
Microwave Receiver Block Diagram Representation • Varactor Diode As Mixer • Antenna Noise And Noise Temperature • Microwave Systems Introduction To Radar MTI Radar • Effect Of Microwaves On Human Body
Module 1: Introduction To Satellite Communication (Lectures 8)
Principles And Architecture Of Satellite Communication • Brief History Of Satellite Systems • Advantages Disadvantages Applications And Frequency Bands Used For Satellite Communication
Module 2: Orbital Mechanics (Lectures 8)
Orbital Equations • Kepler's Laws • Apogee And Perigee For An Elliptical Orbit • Evaluation Of Velocity Orbital Period Angular Velocity Etc. Of A Satellite • Concepts Of Solar Day And Sidereal Day
Module 3: Satellite Sub-systems (Lectures 8)
Study Of Architecture And Roles Of Various Sub-systems Of A Satellite System • Telemetry Tracking Command And Monitoring (TTC And M) • Attitude And Orbit Control System (AOCS) • Communication Sub-system
Module 4: Typical Phenomena In Satellite Communication (Lectures 8)
Solar Eclipse On Satellite Its Effects Remedies For Eclipse • Sun Transit Outage Phenomena Its Effects And Remedies • Doppler Frequency Shift Phenomena And Expression For Doppler Shift
Module 5: System Analysis (Lectures 8)
Flux Density And Received Signal Power Equations • Calculation Of System Noise Temperature For Satellite Receiver • Noise Power Calculation • C/N Ratio Calculations In Clear Air And Rainy Conditions
Module 1: Biomedical Signals And Physiological Transducers (Lectures 8)
Source Of Biomedical Signal • Origin Of Bioelectric Signals • Recording Electrodes • Electrodes For ECG EMG And EEG • Physiological Transducers Pressure Temperature Photoelectric And Ultrasound Transducers • Measurement In Respiratory System • Physiology Of Respiratory System • Measurement Of Breathing Mechanics Spirometer • Respiratory Therapy Equipments Inhalators Ventilators And Respirators • Humidifiers Nebulizers Aspirators • Biomedical Recorders ECG EEG And EMG
Module 2: Patient Monitoring Systems And Audiometers (Lectures 8)
Cardiac Monitor • Bedside Patient Monitor • Measurement Of Heart Rate Blood Pressure Temperature Respiration Rate • Arrhythmia Monitor • Methods Of Monitoring Fetal Heart Rate • Monitoring Labor Activity • Audiometers • Blood Cell Counters • Oximeter • Blood Flow Meter • Cardiac Output Measurement • Blood Gas Analyzers
Module 3: Modern Imaging Systems (Lectures 8)
Introduction • Basic Principle And Block Diagram Of X-ray Machine • X-ray Computed Tomography (CT) • Magnetic Resonance Imaging System (NMR) • Ultrasonic Imaging System • Eco-Cardiograph • Eco Encephalography • Ophthalmic Scans • MRI • Therapeutic Equipments • Cardiac Pacemakers • Cardiac Defibrillators • Hemodialysis Machine • Surgical Diathermy Machine
Module 4: Patient Safety (Lectures 8)
Precaution Safety Codes For Electro Medical Equipment • Electric Safety Analyzer • Testing Of Biomedical Equipment • Ultrasound Therapy Unit • Electrotherapy Equipments • Ventilators
Module 1: Basic MOS Device Physics (Lectures 8)
MOSFET Theory Operation And I-V Characteristics • Second Order Effects • MOS Capacitances • Small-signal Model • Single Stage Amplifiers • Common Source Stage Source Follower Common Gate Stage Cascode Stage
Module 2: Differential Amplifiers And Current Mirrors (Lectures 8)
Differential Amplifiers • Single-ended And Differential Operation • Basic Differential Pair • Common-Mode Response • Differential Pair With MOS Loads • Gilbert Cell • Current Mirrors • Basic Current Mirrors Cascode Current Mirror Wilson Current Mirror
Module 3: Frequency Response And Noise (Lectures 8)
Frequency Response Of Amplifiers • Miller Effect • CS Stage Source Follower CG Stage Cascode Stage Differential Pair • Noise • Statistical Characteristics Of Noise • Types Of Noise • Representation Of Noise In Circuits • Noise In Single-stage Amplifiers • Noise In Differential Pairs
Module 4: Operational Amplifiers (Lectures 8)
Operational Amplifiers • Performance Parameters • One-stage Op Amps • Two-stage Op Amps • Gain Boosting • Common-mode Feedback • Input Range Limitations • Slew Rate • Power Supply Rejection • Noise In Op Amps
Module 5: Switched Capacitor Circuits And PLL (Lectures 8)
Introduction To Switched Capacitor Circuits • Sampling Switches • Switched-Capacitor Amplifiers • Switched-Capacitor Integrator • Phase-Locked Loops • Simple PLL • Charge-Pump PLLs • Applications
Module 1: Introduction (Lectures 8)
Introduction To Sensor Networks • Unique Constraints And Challenges • Advantage Of Sensor Networks • Applications Of Sensor Networks • Mobile Adhoc Networks (MANETs) And Wireless Sensor Networks • Enabling Technologies For Wireless Sensor Networks
Module 2: Sensor Node Hardware And Network Architecture (Lectures 8)
Single-node Architecture • Hardware Components And Design Constraints • Operating Systems And Execution Environments • Introduction To TinyOS And NesC • Network Architecture • Optimization Goals And Figures Of Merit • Design Principles For WSNs • Service Interfaces Of WSNs • Gateway Concepts
Module 3: Deployment And Configuration (Lectures 8)
Localization And Positioning • Coverage And Connectivity • Single-hop And Multihop Localization • Self Configuring Localization Systems • Sensor Management
Module 4: Network Protocols (Lectures 8)
Issues In Designing MAC Protocol For WSNs • Classification Of MAC Protocols • S-MAC Protocol • B-MAC Protocol • IEEE 802.15.4 Standard And ZigBee • Dissemination Protocol For Large Sensor Network • Routing Protocols • Issues In Designing Routing Protocols • Classification Of Routing Protocols • Energy-efficient Routing • Unicast Broadcast And Multicast • Geographic Routing
Module 5: Data Storage And Manipulation (Lectures 8)
Data Centric And Content Based Routing • Storage And Retrieval In Network • Compression Technologies For WSN • Data Aggregation Technique • Applications • Detecting Unauthorized Activity Using A Sensor Network • WSN For Habitat Monitoring
Module 1: Linear Block Codes (Lectures 8)
Systematic Linear Codes And Optimum Decoding For The Binary Symmetric Channel • Generator And Parity Check Matrices • Syndrome Decoding On Symmetric Channels • Hamming Codes • Weight Enumerators And The McWilliams Identities • Perfect Codes
Module 2: Finite Fields And Cyclic Codes (Lectures 8)
Introduction To Finite Fields And Finite Rings • Factorization Of (x^(n-1)) Over A Finite Field • Cyclic Codes • BCH Codes • Idempotents And Mattson-Solomon Polynomials • Reed-Solomon Codes • Justeen Codes • MDS Codes • Alternant Goppa And Generalized BCH Codes • Spectral Properties Of Cyclic Codes
Module 3: Decoding Algorithms (Lectures 8)
Decoding Of BCH Codes • Berlekamp's Decoding Algorithm • Massey's Minimum Shift Register Synthesis Techniques And Decoding Algorithm • Massey's Minimum Shift Register Synthesis Technique And Its Relation To Berlekamp's Algorithm • A Fast Berlekamp–Massey Algorithm
Module 4: Convolution Codes (Lectures 8)
Convolution Codes • Wozencraft's Sequential Decoding Algorithm • Fano's Algorithm And Other Sequential Decoding Algorithms • Viterbi Decoding Algorithm
Module 1: Microwave Oscillators And Amplifiers (Lectures 8)
Introduction To Microwaves • History Of Microwaves • Microwave Frequency Bands • Applications Of Microwaves Civil And Military Medical • Advantages And Uses Of Microwave • Limitations Of Conventional Vacuum Tube At UHF And Microwave Frequency • UHF
Module 2: Passive And Active Microwave Devices (Lectures 8)
Microwave Passive Components • Directional Coupler Magic Tee Phase Shifters Isolators Circulators Attenuator • Microwave Active Components • Diodes Transistors Oscillators Mixers
Module 3: Microwave Tubes And Semiconductor Devices (Lectures 8)
Microwave Tubes • Klystron TWT Magnetron • Microwave Semiconductor Devices • Gunn Diodes IMPATT Diodes Schottky Barrier Diodes PIN Diodes
Module 4: Microwave Measurement (Lectures 8)
Measurement Of Power • Standing Wave Detectors And Its Uses • Impedance Measurement • Measurement Of Frequencies By Wave Meters • Attenuation Measurement • Noise Factor Measurement
Module 5: Microwave Receiver And Systems (Lectures 8)
Microwave Receiver Block Diagram Representation • Varactor Diode As Mixer • Antenna Noise And Noise Temperature • Microwave Systems Introduction To Radar MTI Radar • Effect Of Microwaves On Human Body
Module 1: Introduction To Satellite Communication (Lectures 8)
Principles And Architecture Of Satellite Communication • Brief History Of Satellite Systems • Advantages Disadvantages Applications And Frequency Bands Used For Satellite Communication
Module 2: Orbital Mechanics (Lectures 8)
Orbital Equations • Kepler's Laws • Apogee And Perigee For An Elliptical Orbit • Evaluation Of Velocity Orbital Period Angular Velocity Etc. Of A Satellite • Concepts Of Solar Day And Sidereal Day
Module 3: Satellite Sub-systems (Lectures 8)
Study Of Architecture And Roles Of Various Sub-systems Of A Satellite System • Telemetry Tracking Command And Monitoring (TTC And M) • Attitude And Orbit Control System (AOCS) • Communication Sub-system
Module 4: Typical Phenomena In Satellite Communication (Lectures 8)
Solar Eclipse On Satellite Its Effects Remedies For Eclipse • Sun Transit Outage Phenomena Its Effects And Remedies • Doppler Frequency Shift Phenomena And Expression For Doppler Shift
Module 5: System Analysis (Lectures 8)
Flux Density And Received Signal Power Equations • Calculation Of System Noise Temperature For Satellite Receiver • Noise Power Calculation • C/N Ratio Calculations In Clear Air And Rainy Conditions
Module 1: Biomedical Signals And Physiological Transducers (Lectures 8)
Source Of Biomedical Signal • Origin Of Bioelectric Signals • Recording Electrodes • Electrodes For ECG EMG And EEG • Physiological Transducers Pressure Temperature Photoelectric And Ultrasound Transducers • Measurement In Respiratory System • Physiology Of Respiratory System • Measurement Of Breathing Mechanics Spirometer • Respiratory Therapy Equipments Inhalators Ventilators And Respirators • Humidifiers Nebulizers Aspirators • Biomedical Recorders ECG EEG And EMG
Module 2: Patient Monitoring Systems And Audiometers (Lectures 8)
Cardiac Monitor • Bedside Patient Monitor • Measurement Of Heart Rate Blood Pressure Temperature Respiration Rate • Arrhythmia Monitor • Methods Of Monitoring Fetal Heart Rate • Monitoring Labor Activity • Audiometers • Blood Cell Counters • Oximeter • Blood Flow Meter • Cardiac Output Measurement • Blood Gas Analyzers
Module 3: Modern Imaging Systems (Lectures 8)
Introduction • Basic Principle And Block Diagram Of X-ray Machine • X-ray Computed Tomography (CT) • Magnetic Resonance Imaging System (NMR) • Ultrasonic Imaging System • Eco-Cardiograph • Eco Encephalography • Ophthalmic Scans • MRI • Therapeutic Equipments • Cardiac Pacemakers • Cardiac Defibrillators • Hemodialysis Machine • Surgical Diathermy Machine
Module 4: Patient Safety (Lectures 8)
Precaution Safety Codes For Electro Medical Equipment • Electric Safety Analyzer • Testing Of Biomedical Equipment • Ultrasound Therapy Unit • Electrotherapy Equipments • Ventilators
Module 1: Basic MOS Device Physics (Lectures 8)
MOSFET Theory Operation And I-V Characteristics • Second Order Effects • MOS Capacitances • Small-signal Model • Single Stage Amplifiers • Common Source Stage Source Follower Common Gate Stage Cascode Stage
Module 2: Differential Amplifiers And Current Mirrors (Lectures 8)
Differential Amplifiers • Single-ended And Differential Operation • Basic Differential Pair • Common-Mode Response • Differential Pair With MOS Loads • Gilbert Cell • Current Mirrors • Basic Current Mirrors Cascode Current Mirror Wilson Current Mirror
Module 3: Frequency Response And Noise (Lectures 8)
Frequency Response Of Amplifiers • Miller Effect • CS Stage Source Follower CG Stage Cascode Stage Differential Pair • Noise • Statistical Characteristics Of Noise • Types Of Noise • Representation Of Noise In Circuits • Noise In Single-stage Amplifiers • Noise In Differential Pairs
Module 4: Operational Amplifiers (Lectures 8)
Operational Amplifiers • Performance Parameters • One-stage Op Amps • Two-stage Op Amps • Gain Boosting • Common-mode Feedback • Input Range Limitations • Slew Rate • Power Supply Rejection • Noise In Op Amps
Module 5: Switched Capacitor Circuits And PLL (Lectures 8)
Introduction To Switched Capacitor Circuits • Sampling Switches • Switched-Capacitor Amplifiers • Switched-Capacitor Integrator • Phase-Locked Loops • Simple PLL • Charge-Pump PLLs • Applications
Module 1: Introduction (Lectures 8)
Introduction To Sensor Networks • Unique Constraints And Challenges • Advantage Of Sensor Networks • Applications Of Sensor Networks • Mobile Adhoc Networks (MANETs) And Wireless Sensor Networks • Enabling Technologies For Wireless Sensor Networks
Module 2: Sensor Node Hardware And Network Architecture (Lectures 8)
Single-node Architecture • Hardware Components And Design Constraints • Operating Systems And Execution Environments • Introduction To TinyOS And NesC • Network Architecture • Optimization Goals And Figures Of Merit • Design Principles For WSNs • Service Interfaces Of WSNs • Gateway Concepts
Module 3: Deployment And Configuration (Lectures 8)
Localization And Positioning • Coverage And Connectivity • Single-hop And Multihop Localization • Self Configuring Localization Systems • Sensor Management
Module 4: Network Protocols (Lectures 8)
Issues In Designing MAC Protocol For WSNs • Classification Of MAC Protocols • S-MAC Protocol • B-MAC Protocol • IEEE 802.15.4 Standard And ZigBee • Dissemination Protocol For Large Sensor Network • Routing Protocols • Issues In Designing Routing Protocols • Classification Of Routing Protocols • Energy-efficient Routing • Unicast Broadcast And Multicast • Geographic Routing
Module 5: Data Storage And Manipulation (Lectures 8)
Data Centric And Content Based Routing • Storage And Retrieval In Network • Compression Technologies For WSN • Data Aggregation Technique • Applications • Detecting Unauthorized Activity Using A Sensor Network • WSN For Habitat Monitoring