Abhi PYQ

8th Semester Syllabus

Electronics & Communication Engineering

Credits Table

Course TitleLTPCredits
Open Elective- III3003
Open Elective- IV3003
Program Elective- IV3003
Program Elective- V3003
Project- II00126
TOTAL18

Theory Subjects

Lab Subjects & Projects

Project- II

Details for Project-II will be provided by the department. This component carries 6 credits.

Open Elective: Machine Learning [OEC ECE 801]

  • 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

Text Books:

  1. Tom Mitchell, "Machine Learning", First Edition, McGraw-Hill, 1997
  2. Ethem Alpaydin, "Introduction to Machine Learning", Edition 2

Open Elective: Internet Of Things [OEC ECE 802]

  • 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

Text Books:

  1. Dr. Guillaume Girardin, Antoine Bonnabel, Dr. Eric Mounier, "Technologies & Sensors for the Internet of Things Businesses & Market Trends 2014 - 2024", Yole Development Copyrights, 2014
  2. Peter Waher, "Learning Internet of Things", Packt Publishing, 2015
  3. Ovidiu Vermesan, Peter Friess, "Internet of Things – From Research and Innovation to Market Deployment", River Publishers, 2014
  4. N. Ida, "Sensors, Actuators and Their Interfaces", Scitech Publishers, 2014

Open Elective: Introduction To MEMS [OEC ECE 803]

  • 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

Text Books:

  1. Nadim Maluf and Kirt Williams, "An Introduction to Microelectromechanical Systems Engineering", Artech, 2nd Edition, 2004
  2. Hector De Los Santos, "Introduction to Microelectromechanical Microwave Systems", Artech, 2nd Edition, 2004

Open Elective: Power Electronics [OEC ECE 804]

  • 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

Text Books:

  1. M H Rashid, "Power Electronics", PHI, 2nd Edition, 1998
  2. G K Mithal, "Industrial Electronics", Khanna Publishers, Delhi, 18th Edition, 1998
  3. S N Biswas, "Industrial Electronics", Dhanpat Rai and Company, Delhi, 3rd Edition, 2000
  4. P S Bhimbra, "Power Electronics", Khanna Publishers, Delhi, 3rd Edition, 2002
  5. M D Singh, Khanchandani K B, "Power Electronics", TMH, 6th Reprint, 2001

Open Elective: Transducer And Sensor [OEC ECE 805]

  • 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

Text Books:

  1. Ernest Doebelin, "Measurement Systems Application and Design", IV Edition (Chapter 1, 2, 3, 4, 5)
  2. Liptak, "Instrument Engineers Hand Book (Process Measurement)", (Chapter 6)
  3. H S Kaisi, "Electronic Instrumentation", TMH 2nd Edition, 2004

Program Elective: Error Correcting Codes [PEC ECE 801]

  • 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

Text Books:

  1. F.J. McWilliams and N.J.A. Sloane, "The Theory of Error Correcting Codes"
  2. R.E. Blahut, "Theory and Practice of Error Control Codes", Addison Wesley

Program Elective: Microwave Theory And Techniques [PEC ECE 802]

  • 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

Text Books:

  1. Samuel Y. Liao, "Microwave Devices and Circuits"
  2. M. Kulkarni, "Microwave and Radar Engineering", Umesh Publications
  3. R.F. Collins, "Foundations of Microwave Engineering", McGraw Hill
  4. David M. Pozar, "Microwave Engineering", Wiley

Program Elective: Satellite Communication [PEC ECE 803]

  • 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

Text Books:

  1. Timothy Pratt, Charles Bostian, Jeremy E. Allnutt, "Satellite Communications", Wiley
  2. Tri T. Ha, "Digital Satellite Communications", Tata McGraw Hill
  3. Dennis Roddy, "Satellite Communication", 4th Edition, McGraw Hill

Program Elective: Biomedical Signals And Transducers [PEC ECE 804]

  • 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

Text Books:

  1. R.S. Khandpur, "Handbook of Biomedical Instrumentation", TMH
  2. Walter Welkowitz and Sid Deutsch, "Biomedical Instruments: Theory and Design", Wiley
  3. Leslie Cromwell, Fred Weibell and Erich A. Pfeiffer, "Biomedical Instrumentation and Measurements", PHI
  4. Joseph J. Carr and John M. Brown, "Introduction to Biomedical Equipment Technology", Pearson
  5. Shakti Chatterjee, "Textbook of Biomedical Instrumentation System", Cengage Learning

Program Elective: Analog CMOS VLSI Design [PEC ECE 805]

  • 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

Text Books:

  1. Behzad Razavi, "Design of Analog CMOS Integrated Circuits", McGraw Hill
  2. Paul Gray, Paul J. Hurst, Stephen H. Lewis, Robert G. Meyer, "Analysis and Design of Analog Integrated Circuits", Wiley

Program Elective: Wireless Sensor And Networks [PEC ECE 806]

  • 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

Text Books:

  1. Holger Karl, Andreas Willig, "Protocols and Architectures for Wireless Sensor Network", John Wiley and Sons, 2005
  2. Raghavendra, Cauligi S, Sivalingam, Krishna M., Zanti Taieb, "Wireless Sensor Network", Springer 1st Edition, 2004
  3. Feng Zhao, Leonidas Guibas, "Wireless Sensor Network", Elsevier, 1st Edition, 2004
  4. Kazem Sohraby, Daniel Minoli, Taieb Znati, "Wireless Sensor Network: Technology, Protocols and Application", John Wiley and Sons 1st Edition, 2007
  5. Krishnamachari, "Networking Wireless Sensors", Cambridge University Press
  6. P. Mahalik, "Sensor Networks and Configuration: Fundamentals, Standards, Platforms, and Applications", Springer Verlag
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