Microelectronic Devices Assignment help

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Complex topics covered by Microelectronic Devices Assignment Online experts :

• P-n Junction Diode, BJT Electrostatics, Forward Active Regime , Other Regimes of Operation of BJT, Equivalent Circuit Models , Analog Circuits, Single-stage Amplifiers, Common-source Amplifier Stage , Other MOSFET Amplifier Stages , Multistage Amplifiers , Current Sources and Sinks , Frequency Response of Common-source Amplifier , Miller Effect, Open-circuit Time Constant Technique , Frequency Response of other Amplifier Stage,Solid state electronic materials, Energy band model, Drift and Diffusion Currents in
• Semiconductors, Mobility and Resistivity, Impurities (and doping) in, Semiconductors, Generation/Recombination of, Electrons-Hole pairs, The p-n Junction Diode, Overview of diode (and integrated, circuit) fabrication, Qualitative Description of Current Flow, in Diode, Diode Equation (A mathematical model, for the diode)
• Diode Breakdown, Diode circuits, Photodiodes, Solar Cells, LEDs, Schottky,diodes, transistors, applications (amplifier, switch etc.), the Bipolar Junction, Transistor (BJT), Group Presentations, Transport Models for npn and pnp BJTs, Characteristics of the MOS capacitor, NMOS Transistor I-V Characteristics, MOSFET Types and Characteristics, The Transistor as an Amplifier

Structure of Systems and Signals Assignment help

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Signals – continuously and discretely indexed signals, important signal types, frequency-domain analysis (Fourier, Laplace and Z transforms), nonlinear transformations and harmonics, sampling;

Systems – viewing differential / difference equations as systems that process signals, the notions of input, output and internal signals, block diagrams (series, parallel and feedback connections), properties of input-output models (causality, delay, stability, gain, shift-invariance, linearity), transient and steady state behaviour;

Linear time-invariant systems – continuous and discrete impulse response; convolution operation, transfer functions and frequency response, time-domain interpretation of stable and unstable poles and zeros, state-space models (construction from high-order ODEs, canonical forms, state transformations and stability), and the discretisation of models for systems of continuously indexed signals.

• Sinusoids and Complex Numbers
• Spectrum Representation and Fourier Series
• Sampling and Aliasing
• FIR Filters
• Frequency Response of FIR Filters
• Discrete Time Fourier Transform
• Discrete Fourier Transform
• z-Transforms
• IIR Filters

Electronics Reliability Assignment help

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Some of the homework help topics include :

• Failure Rate & Reliability
• Mean Time Between Failures (MTBF)
• Mean Time to Failure (MTTF)
• Service Life (Mission Life, Life)
• Factors Affecting Reliability
• Design Factors & Estimating 
• Complexity, Stress & Generic 

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Help for complex topics like :

• The Failure Rate
• Prediction
• Parts Stress Method
• Parts Count Method
• Assessment & Confidence Limits
• PRST, Observation & Prototype Testing
• Manufacturing Methods
• Systems Reliability & Redundancy

• Failure Rate & Reliability
• Mean Time Between Failures (MTBF)
• Mean Time to Failure (MTTF)
• Service Life (Mission Life, Life)
• Factors Affecting Reliability
• Design Factors & Estimating 
• Complexity, Stress & Generic 

Networks and Systems Assignment help

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Online Networks and Systems Assignment help experts with years of experience in the academic field as a professor are helping students online at Undergraduate , graduate & the research level .

Our tutors are providing online assistance related to various topics like Ethernet switches , Internet routers., protocol processing systems, Network processor technology, Packet processing, protocol processing, , Classification and forwarding, switching fabrics.

Network processors, Network systems design, WANs principles of operation, ATM, Frame Relay, VPN, MPLS, SDH, Access systems, Wireless access, Advanced routing and switching, Optical Networks, FDDI, Gigabit Ethernet, IPv6, Multiplexing FDM, Statistical TDM, WDM, Services and Technology.

Generally topics like Broadband Access Technologies, Digital Subscriber Line (ADSL, HDSL, RADSL, VDSL, G.lite), Access network architecture (DSLAM, ATM), Modulation technologies (DMT), Cable Modem Service, Headend and regional network architecture (Cable Modem Termination System – CMTS.

Hybrid Fiber Coax networks – HFC) are considered very complex & an expert help is required in order to solve the assignments based on topics like CableLabs initiatives (DOCSIS. PacketCable, CableHome), Passive Optical Network (PON) architecture (Optical line termination, optical network terminals), Standards (BPON, GPON, EPON).

Power System Protection Assignment help

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Power systems Sample Assignment:

Understanding the environmental impacts of engineering design. Experience in managing resources and working within constraints to achieve specified goals. Ability to model and predict the operation of power system components, including their steady-state and transient behaviour. Ability to analyse and design simple power system components. Experience in applying first-principles to the analysis of complex problems. Experience in 3-phase power equipment measurements. Experience with computer simulations of power systems. Experience in the production of technical documentation. Confidence in applying theoretical concepts to practical situations, as dictated by industrys’ needs. Potential to respond to new requirements in power generation, such as sustainability. 

Competence in seeking, accessing, retrieving and evaluating knowledge, technologies and tools from external sources. Ability to make simplifying and valid engineering assumptions in the analysis or design of a system. Familiarity with the process of conceptualisation and formulation of problems in terms of a mathematical model, and then being able to find a solution to the original problem.

The subject is structured into two modules, and content is organized as follows: 

System Components and Steady-State. You will develop a knowledge of 3-phase power systems, voltage, current and power relationships, load and generation characteristics, 3-phase power transformers, capacitance, inductance and equivalent circuits of power lines and cables, calculation of faults using symmetrical components. Transient Analysis. You will develop an understanding of computer analysis of 3-phase switching transients, and 2-machine electromechanical transients Introduction to Power system  Overview of power system -power in single phase AC system - complex power -three phase systems - power in three phase balanced system - power transformers -equivalent circuit of a transformer - auto transformers -tap changing transformers.

Per unit system, power flow and load modeling Per unit system with applications -power flow between two nodes -load modeling concepts and different load models. Transmission line parameters  Resistance of the transmission line - inductance of single conductor - inductance of single phase two wire system -inductance of 3 phase system -inductance of strandedand bundled conductors - double circuits - capacitance of two wire conductor -capacitance of three phase line - effect of earth on line capacitance - capacitance of bundled conductors - capacitance of double circuit. Transmission line model  Short transmission line model - medium length line model or nominal π model - long transmission line model - voltage and current waves - surge impedance loading of the line. Symmetrical components and fault analysis Symmetrical faults 

Industrial Instrumentation Assignment help

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• Instrumentation Fundamentals, overview of control instrumentation,, air supply systems including conditioning of instrument air,, and tube and pipe fittings, different types of regulators, pressure regulators.
• pilot operated regulators,, differential pressure regulators and flow regulators., Temperature Instruments and Measurement, thermometers and bi-metallic,, filled thermal systems, temperature switches,, RTD's (includes thermistors).
• thermocouples and non-contract temperature measurements., Pressure Instruments and Measurement, units and conversions,, pressure elements,, pressure switches and pressure gauges

Industrial Drives Assignment help

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INDUSTRIAL DRIVES:

Electrical drive systems have a vital role in savings of energy. These systems are a central part of automation systems & account for two-thirds of electrical energy that is consumed in industry.

Industrial drive technology has two distinct groups. The first group consists of electrically driven machines that need position control. This group involves such as machine tools, packaging machines & measuring machines in which precision in movement is needed. 

The second group includes all the applications in which a fluid acquires movement by pumps & fans. In this situation, the variable speed drives enables adjustment of the flow to the process requirements. 

Electronic speed control raises the entire efficiency as compared to the classic flow control methods such as bypassing & throttling and.

More efficient motor technology such as reluctance motors & permanent magnet synchronous motors can be applied with the use of an inverter.  These types of drives may be implemented in a range of power from Watts to Megawatts.

Almost all the static converters used for electrical drives which are used in these days utilize a combination of DC-link, Output inverter &Input rectifier. 

In the low power range when power factor correction is compulsory in number of applications. Power factor correction circuits may be designed with the use of using discrete IGBTs as well as diodes.

Electrical sample Assignment

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Power System Generation, Transmission and Distribution Assignment help

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Topics for Power System Generation:

• Energy sources, Principles of design operation , control of synchronous generators, Principles of operation , control of wind generators, Generation planning, Generation protection, Generating station grid interconnection, Prime energy sources , Conventional , renewable, Characteristics of hydro generators, operation of hydro generators, Synchronous generators , Steady state operation, Synchronous generators
• Transient operation, frequency, voltage control, Static power converters, Principles of operation as grid connected generators, Principles of wind energy, conversion, Operation of grid, control of grid, connected wind turbine, generators , wind farms, Automatic generation control , Bulk generation hydro unit commitmentenergy Generation
• energy storage, Thermal, mechanical, electrochemical, pumped, Principles of generation protection, Distributed generation interconnection , grid codes, Power System Information, Data Analysis, Computer architecture, Syntax, datatypes, Expressions , methods, Dissertation, Power System Protection, Feasibility Study
• Power Systems Modelling, Advanced Power System Analysis, Power System Operation , Economics, Power System Dynamics, Quality of Supply, Smart Grids, Sustainable Electricity Systems, Power Syst Plant, Asset Management , Condition Monitoring

Nanometer-scale vlsi devices Assignments help

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Complex topics covered by Nanometer-scale vlsi devices Online experts :

• silicon memory
• silicon-on-insulator
• SiGe bipolar
• strained silicon MOSFET’s

BioMEMS Design and Applications Assignment help

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BioMEMS Design and Applications Coursework help , Help with BioMEMS Design and Applications Assignments:

•  biological and mechanical
• electrical
• chemical biosensors
• microfluidics as applied to biotechnology
• Biosensing 
• Micro-scale devices
• Nano-scale devices 
• Biological phenomena

Power Electronics Assignment help

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Power Electronics:

• voltage conversion
• Circuit elements
• Buck converter
• Ripple in buck; start-up
• Slides on CCB/IVSB
• ATX connectors
• Boost converter
• Boost ripple; buck-boost converter
• circuit transformations
• Nonideal converters
• Isolated converters
• M DC power supplies; flyback
• W Ripple in flyback; old vs. modern
• adopters; forward converter
• Third winding in forward converter
• PSCAD simulation of buck
• PSCAD simulation of forward and
• flyback
• Forward converter ; 
• modeling of DC converters
• Inverters; making an inverter from a
• buck converter
• Square-wave operation
• Switches; Fourier;
• amplitude control, half-bridge

Analog Electronics Assignment Help

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ANALOG ELECTRONICS:

Analog electronics are operates on electronic signals. Analog signals work on currents and voltages. It is derived from electronic magnetic and mechanical motions.  For example microwaves. Transistors are used in analog electronics. Initially semiconductors are used for this phenomenon semiconductors are neither metals nor not non metals. 

For the refinement of better gate circuits, transistors have been used. Four types of components are analog to analog, analog to digital, digital to analog, digital to digital. Applications of analog signal are aerospace and simulation, defence, energy, health care, radio wavers, satellites, motor and power control. 

Basic components are semiconductor, gate circuits, single- stage amplifies. In semiconductors are used for density of charges carries for the levels of purity dopants are used NPN junctions is used. In gate circuits design have fan out and logic levels determined by circuits designed. In single- stage amplifiers the configuration related to linear proportional to input called amplification. The amplifiers enhance the result of voltage current and power. 

Band width amplifier is responsible for analog signal. First level of amplication is frequency rate. The level of frequency measured by low level frequency and high level frequency bandwidth. Second level of amplification is impulse rate it is responsible for time duration. 

The frequency rate only works on perfect timing signal. Time, domain and frequency is dependent to each other if any of one lost the connection get lost. Various types of filters are used to purify the results such as frequency filters, statistical filters, adaptive filters, digital filters and analog filters.

Our Analog Electronics Assignment help tutors have years of experience in handling complex queries related to various complex topics like Introduction to Electronics: The Focus of the Course; Analog-to-Digital and Digital-Analog-Conversion.

Digital Sampling and Aliasing Principles; Review of Circuit Theory Concepts including Thevenin/Norton
Equivalent Circuits and Sinusoidal Steady-state Analysis; Frequency Spectrum of Electronic Signals.

Advanced Hardware Design Assignment help

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Hardware design is the architecture that identifies the physical components of system and its interrelationships. Hardware design models allow hardware designers how components can fit into the system. 

System also provides these components to the software for the integration and software development. Hardware is an expression that used in the computer engineering to distinguish the hardware from the software. 

Signal conditioning and remote sensing plays an important role in the data conversion, where some amount of discussion is provided to topics like receiving, over voltage protection, shielding and cable driving where remote interface is with instrumentation amplifiers and op amplifiers. 

When designing is done with analog devices, data converters and op amps, it is typical for users to ignore the pitfalls of poor passive components. 

Even after using the best data converter applications and op amp, choice of wrong passive can crash the whole design. So we should have discussion on choosing data converters and op amps.

Hardware design guide gives starting point for the computer engineers by using key stone devices. A key stone device highlights the important area that is addressed and used to show road map design. This type of document cannot contain all the needed information to complete the design.

There are main topics of hardware design such as: Vivado design and simulation, Xilinx Vivado, HW & SW characteristics, Dataflow modelling Lab demos, FSMDs Lab demos, Microprogramming, General Purpose Embedded Cores, System-on-chip, Coprocessor interfaces, Coprocessor design in Vivado.

Control Systems Assignment help

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Control Systems Coursework help:

• State Space Analysis
•  Relationship To Transfer Function Method
• Controllability And Observability, Multivariable Plant
•  Computer Simulation
• Stability Considerations
• State Variable Feedback
•  Digital Control System
•  Design And Realisation Of Digital Controllers
•  Adaptive Controllers
• Nonlinear Systems
•  Phase-plane And Describing Function Techniques
•  Liaponov's Method Of Stability Analysis
•  Design Of Controllers For Non-linear Systems
•  Variable Structure Systems
•  Transfer Functions
•  Block Diagrams
•  Time Response Characteristics
•  Stability, Sensitivity
•  Frequency Response Characteristics
•  Controller Design 
•  Pole Placement, Lead-lag Compensation, Pid

Digital Signal Processing Assignment Help

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Our Digital Signal Processing Assignment help tutors help with topics like Digital Signal Processing , Sampling and quantizing processes.

Topics for Digital Signal Processing homework help :

• Optimal FIR Filters , All-Pass and Minimum Phase systems , Multi-Rate systems , Phase Computation , Fast DCT Computation , Uniform Filterbanks: DFT & DCT Based , Non-Uniform Filterbanks, Constant-Q & Wavelet Based , Parametric Signal Modeling , Cepstral Analysis , Multi-Dimensional Transforms & Filters , Speech Processing , Music Processing , Biomedical Signal Processing.
• Image Processing , Sensor Array Processing, Signals and systems, Fourier transform, Discrete sequences and spectra , Discrete Fourier transform, Spectral estimation, Finite and infinite impulse-response filters, Random sequences and noise, Correlation coding, Lossy versus lossless compression, Quantization, image and audio coding standards, Sampling theorem, Digital filters.
• Digital filter design, Correlation and power spectrum Spectrum estimation Optimum and adaptive filters Sampling reconstruction discrete time signal processing , Discrete time correlation , matched filter receivers, Discrete Fourier transform , Fast Fourier algorithms, Z transforms, Design of finite impulse response , infinite impulse response filters, Realizations of discrete time systems , quantization effects, Multi rate signal processing, DSP implementations , DSP applications
• Arithmetic functional units, Digital filters, decimators, interpolators, correlatorsImplementation of the functions , Numerical methods for signal generation , modulation, mixers, Digital transformers, Serial architecture, parallel architecture, multiplexed architecture, systems with distributed arithmetic, special architectures, Programmable digital signal processing circuits, digital signal processors coprocessors, design of digital signal processing circuits, synthesis of digital signal processing circuits, Signal classification, basic signal features , correlation function, Sampling analog signals, Signal generation
• Vector spaces of signals, signal decomposition into orthogonal componentsfrequency analysis, discrete time , Fourier transform , discrete Fourier transform , Sampling theorem, Fast Fourier transform algorithms, Optimization of frequency analysis , Frequency analysis techniques, window functions, frequency resolution, amplitude resolution, interpolated DFT, periodogram , power spectral density, spectrogram , short time Fourier transform, Z transform, system transfer function, frequency response, impulse response, convolution of two signals, digital filter structures, digital filter , Analog filter design
• Designing recursive IIR digital filters , bilinear transformation method, least squares optimization method, Hilbert filter , analytic signal, differentiation filter, filters for interpolation , Sampling rate conversion, Adaptive filters , applications, Discrete linear convolution, circular convolution, Fast convolution algorithms , FFT application in xDSL modems , OFDM systems, Modulation demodulation, cyclic prefix, channel identification, time channel equalizers, frequency channel equalizers, Speech compression algorithms, Speech recognition, speaker recognition, Audio compression., Basics of image analysis , Fundamentals of image compression, video compression

Wireless Communications Assignment help

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Wireless communication plays an important role in the contribution of humankind. Wireless communication transmits the information and data over large distances without help of cables, forms of electric conductors and wires. 

The information can be transmitted anywhere in between thousands of kilometres and few meters, for instance, remote control of television works within few meters and radio communication is the example of where long distances communication needs.

GPS units, satellite television, wireless computer parts and telephones are the devices used for communication purpose.

There are some advantages of wireless communication such as:

Wireless communication has been enhanced through which information can quickly send to the customers.Professionals can access internet anytime and at anywhere without carrying wires and cables. 

This helps in improving the productivity.Workers, professionals and doctors used to work within remote area so that they can be in touch with medical centres by wireless technology.

Wireless communication can alert the urgent situation. By these alerts, we can provide support and help to the affected areas. 

Installation and maintenance of wireless networks are cheaper than other wired networks.

But with advantages it have some disadvantages too which must avoid. Hackers can easily hack and grab the signals of wireless networks.

Network must be secured so that unauthorized user can not access the wireless signals. Hacking of signals can lead to loss of information. 

There are some important topics of wireless communication such as: Overview of Wireless Networks, Fundamentals of Cellular Networks, Cellular Networking, Wireless Local Area Networks, Wireless Personal Area Networks, Mobile IP, Ad Hoc Networking, Wireless Sensor Networks, Wireless Mesh Networks, and Delay Tolerant Network.

Communications systems Assignment help

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Some of the homework help topics include :

• Grounding ,Communications Room and Communications Closet Layout, Wiring Diagrams, Fiberoptic Cable ,Fiberoptic Connectors, Horizontal Cabling, Budget ,Links, Communication channels, Baseband vs. passband signaling,Transmission through linear systems, Signal distortions over communication channels
• Signal energy & bandwidths ,Power spectral density ,Amplitude modulation ,Quadrature AM ,Single-sideband AM ,Carrier Acquisition ,Superheterodyne AM receiver ,Instantaneous frequency and angle modulations ,Phase and frequency modulations ,Generation & reception of FM ,Review of sampling theorem
• Pulse-code modulation & quantization ,Differential PCM & delta modulation ,digital communications ,Line coding ,Intersymbol interference & pulse shaping ,Equalization ,Digital carrier modulations ,Signal space ,Digital multiplexing ,source coding (Huffman code & vocoders) ,channel coding (Linear block codes),Fourier transforms, energy, power, periodic signal.

Engineering Electromagnetics Assignment help

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Engineering Electromagnetics:

 

• Integral form of Maxwell's equations, Differential form of Maxwell's equations, Electroquasistatic and magnetoquasistatic fields and boundary conditions, The scalar electric potential and the Coulomb superposition integral, Method of images, Magnetoquasistatics, Polarization and conduction, Magnetization, Magnetic diffusion phenomena, Solutions to Laplace's equation in Cartesian coordinates.
• Solutions to Laplace's equation in polar and spherical coordinates, Electroquasistatic forces, Magnetoquasistatic forces, Fields and moving media, Force densities, stress tensors, and forces, Elastic waves on a thin rod, Transient waves on transmission lines, Waves and instabilities in elastic media, Waves and instabilities in the presence of motion, Basics for Fields and Waves, Fundamentals of Electric and Magnetic Field.
• Maxwell’s Equations in Integral Form, Maxwell’s Equations in Differential Form, Plane Wave Propagation and Wave Equation, Poynting Vector, Material Properties and Wave Equation in Materials, Uniform Plane Waves and Boundary Conditions, Reflection and Transmission of Plane Waves at Normal Incidence, Reflection and Transmission of Plane Waves, at Oblique Incidence, Polarization,, Snell’s Law and Electric Potential.
• Static and Quasi-Static Field, Distributed Circuit Concept and Transmission, Line, Transmission Line Analysis, Smith Chart, Impedance Matching Circuits, Transmission Lines with Load, Bounce, Diagram and Initial Conditions, Hertzian Dipole.
• Radiation Resistance, Directivity and Friis, Transmission Formula, Scalar and vector fields field operators., Maxwell's equations., Electrostatics., Magnetostatics., Time-varying fields, electrodynamics, and quesistatics., Transmission lines., Uniform plane waves., Waveguides, Antennas.

Electromagnetic waves Assignment help

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Electromagnetic waves

 

• Time-varying fields and maxwell equations
• Plane wave propagation
• Interaction with media
• Energy flow and poynting vector
• Guided waves in waveguides
• Phase and group velocity
• Radiation and antennas

Photonics Assignment help

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Photonics Coursework help , Help with Photonics Assignments:

• Optics
• Particle And Wave Nature Of Light
• Ray-optics: Total Internal Reflection
• Wave-optics: Interference, Diffraction
• Electrical Circuits
• Ohm’s Law, Kirchhoff’s Current And Voltage Laws
• Electronics Components: Resistors And Capacitors, Led’s, Transducers
• Op-amps And Modulators.
• Optical Communication
• Am And Fm Modulation
• Optical Fibers
• Photonics Research
• Lab Visits
• Optical Fibers, Optical Diodes

• fiber optics communications
• data storage
• sensing, and imaging
• fundamental physical principles
• design of modern photonic systems

Signals And Systems Assignment help

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 Topics for Signals and Systems

• Signals Classification
• Properties
• Basic Signal Construction
• Sampling
• Time domain representation
• frequency domain representation
• Convolution
• auto correlation
• cross correlation
• Systems Classification
• Systems Properties
• Impulse Response of LTI systems
• LTI system response to arbitrary inputs
• Revise Fourier transforms
• Laplace transforms
• DFT
• LTI systems in frequency domain
• Filters
• A/D conversion
• D/A conversion
• Quantization 
• Round off
• Noise classifications
• Typical filter characteristics 
• specifications
• FIR  filters
• IIR filters
• Analog filter design
• Digital filter design
• RLC Circuit Analysis 
• Laplace Transforms
• Phase Locked Loop
• characterization 

Electronic Circuits Assignment help

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Electronic Circuits Coursework help:

• Modulation, DC Circuits ,Diodes,The Diode Characteristic Curve,The Zener Diode Voltage Regulator, Transistor,The Saturated Transistor, The Transistor Switch, JFET I-V Curve, AC Circuits ,Filters, Resonant Circuits, Notch Filter, Bandpass Filter, Transistor Amplifiers, The Operational Amplifier, Colpitts Oscillator, Hartley Oscillator,
• Transformer, Power Supply Circuits, Full Wave Rectifier, Sinusoidal steady-state analysis, Phasor relationships for R, L and C elements, Circuit laws using phasors, Thevenin & Norton equivalents and source transformations, Node voltage and mesh current analysis using phasors, supernodes and supermeshes, Superposition in AC analysis, Ac steady state power, Electric power
• Instantaneous power, Average power, Effective value of a sinusoidal waveform, Maximum power transfer and conjugate matching, The ideal transformer, Two port networks, Symmetric, reciprocal and unilateral two-ports, Input and output impedances and transfer functions of terminated two-ports, Two-port interconnections, Analysis and design of simple feedback amplifiers using two-port approach

High Voltage Engineering Assignment help

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High voltage engineering is High Voltage Engineering of electrical engineering which give a vast idea about Electric Stress Estimation and Control where the potential at a point plays an important role in obtaining any information regarding the electrostatic field at that point, the breakdown mechanism of gases, Liquid and Solid Materials with which ever increasing demand of electrical energy, the power system is growing both in size and complexities. 

The generating capacities of power plants and transmission voltage are on the increase because of their inherent advantages. Generation of High D.C. and A.C. Voltages There are various applications of high d.c. voltages in industries, research medical sciences etc and generation of impulse voltages and currentstransient measurements have much in common with measurements of steady state quantities but the short-lived nature of the transients which we are trying to record introduces special problems. 

Measurement of High Voltages andCurrents.The production of electrical energy in big plants under the most economic condition makes it necessary that more and more energy be transported over longer and longer distances.

The high voltage engineering also gives a brief idea about high voltage testing of electrical equipment, non destructive insulation test techniques and transients in power systems and insulation coordination.

Industrial Automation and Control Projects help

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INDUSTRIAL AUTOMATION AND CONTROL ASSIGNMENT HELP:

In the race of development the industries doing their best to increase their efficiency.  It demand a high level of automation and flexibility at the plant level to address the changes in demand, volume and product type with low tolerance of downtime and managing globally distributed manufacturing operations from one source. 

Industrial automation systems reduce dependency on manpower and allow increased flexibility and control over geographically distributed manufacturing operations by providing greater visibility and centralized control.

Automation Systems may include Control Systems but the reverse is not true. Control Systems may be parts of Automation Systems. 

Industrial Automation also involves significant amount of hardware technologies, related to Instrumentation and Sensing, Actuation    and   Drives, Electronics    for Signal Conditioning, Communication and Display, Embedded as well as Stand-alone Computing Systems etc. 

Most of industrial information systems have to be real-time. By that we mean that   the computation not only has to be correct, but also must be produced in time. Many   industrial   information   systems   are   considered mission-critical because of that, elaborate mechanisms are often deployed to ensure that   any unforeseen   circumstances   can   also   be   handled in   a   predictable manner.   Fault-tolerance to emergencies due to hardware and software faults must often be built.