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  We provide projects on wireless communication, WEKA, SentiWordNet, SDN, QUALlNet, OPNET, OpenCV, MiniNet, PEERSIM and so on

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  We do research on Wordnet, Grid Computing, Cloud Computing, Computer Networking, etc

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  We provide electrical projects based on power electronics, MATLAB Simulink and SIM Power

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  For Electronics Engineering Students we support technologies like ARM, GSM, GPS, RFID, Robotics, VLSI, NSL, NS3, OMNet++, OPNet, QUALNET, PeerSim

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  For Computer Science Students we support NS2, NS3, MATLAB, Java, OMNeT++, OPNet, CloudSim, Qualnet, Weka, Wordnet, Dot Net, Hadoop,….

Optisystem projects is an innovative optical communication system simulation package to design, test and optimize virtually any type of optical link in physical layer of broad spectrum of optical networks. We ensure optisystem academic project an system level simulator based on realistic model of fiber optic communication system, we offer optical communication system projects involves optimize a large parameter as transmitter, optical fiber, receiver, amplifier, optical multiplexers, optical demultiplexers, optical cross connects, optical and drop multiplexers. We provide optisystem projects which is easily extended with addition of user components and seamlessly interfaced with wide range of tools.

OPTISYSTEM PROJECTs

ROF in Optisystem:

We developed more than 80 projects in optisystem by ROF:

Radio over fiber an efficient technology that ensure effective convergence of optical and wireless access network system by this technology we modulate light by radio signal & transmit over optical fiber link to facilitate wireless access. We use single mode fiber optic (SMF) by different wavelength of laser light to increase demand for bandwidth.

ROF technology:

We provide this technology which a microwave signals are distributed by means of optical components & techniques. It includes central site and remote site connected to optical fiber link or network.

Architecture of ROF:

We implemented this ROF architecture from science direct paper. We use radio access point for radio over fiber system to predict RAP ranges for application using optisystem software are:

• BPF in optisystem.
• Optical receiver design.
• Antenna block in optisystem.
• Optical transmitter design.
• Optisystem power qualifier.

Benefits of ROF technology:

 We attain the benefits of ROF technology & adopted in student project are:

• Immunity to radio frequency interference.
• Dynamic resource allocation.
• Low attenuation loss.
• Easy installation & maintenance.
• Large bandwidth.
• Reduced power consumption.

OPTISYSTEM PROJECTS

Features in optisystem:

We listed the features of optisystem are:

MLSE (maximum likelihood sequence estimate):

•  It use Viterbi algorithm to equalize input signal by dispersive channel.

S- Parameter extractor:

•  EDA tool offer integrated S-parameter support which reduce design cycle time.

Free space optics (FSO):

•  It is a simulation of complex inter satellite communication link.

Bi directional AWG:

•  It empower unique bidirectional capability of optisystem, which facilitate AWG design based PONs.

Advanced analysis toolsets:

•  The toolsets are insertion loss (IL), polarization chromatic dispersion (PDC), polarization mode dispersion (PMD), dispersion slope, depolarization rate, group delay (GD) and dispersion.

Microwave components:

•  The components are DC blockers, power splitters, hybrid coupler and combined are solution of ROF simulation application.

Constellation & polar diagrams:

•  We use optisystem to estimate symbol error in user defined regions & targets.

Optical fibers and amplifiers:

•  Optical fiber models include cross phase modulation, four waves mixing, stimulated Raman scattering and cross phase modulation of optisystem.

Application of optisystem:

 We implemented following application of optisystem for M.Tech students they are:

• Non linear, linear and ring fiber lasers.
• Gain flattening and faster calculations.
• Optically gain clamped amplifiers.

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