Digital Communication Based Projects
Projectsatbangalore,offers Digital Communication Projects and Digital Communication Projects using Python for BE/Btech/Mtech students As the signals are digitized, there are many advantages of digital communication over analog communication, such as − The effect of distortion, noise, and interference is much less in digital signals as they are less affected. Digital circuits are more reliable. Digital circuits are easy to design and cheaper than analog circuits. The hardware implementation in digital circuits, is more flexible than analog. The occurrence of cross-talk is very rare in digital communication. The signal is un-altered as the pulse needs a high disturbance to alter its properties, which is very difficult. Signal processing functions such as encryption and compression are employed in digital circuits to maintain the secrecy of the information. The probability of error occurrence is reduced by employing error detecting and error correcting codes. Spread spectrum technique is used to avoid signal jamming.This we can able to find by using Matlab Digital communication simulation. Combining digital signals using Time Division Multiplexing (TDM) is easier than combining analog signals using Frequency Division Multiplexing (FDM). The configuring process of digital signals is easier than analog signals. Digital signals can be saved and retrieved more conveniently than analog signals. Many of the digital circuits have almost common encoding techniques and hence similar devices can be used for a number of purposes. The capacity of the channel is effectively utilized by digital signals.
Digital Communication Projects using Matlab
Advantages of Digital Communication Projects compare Analog Communication
CODE
IEEE TOPICS
YEAR
DIG001
High-Speed Visible Light Communication Chipset Based Multi-Color MIMO System
2020
DIG002
Pulse Width Modulated Visible Light Communication using Digital Micro-mirror Device Projector for Voice Information Guidance System
2020
DIG003
A Strategy on Channel Equalization for Digital Communication Based on Neural Network System
2020
DIG004
Transformations of Professional Political Communications in the Digital Society (by the Example of the Fake News Communication Strategy)
2020
DIG005
Direct Digital Synthesis and Current Mirror Based Software Defined General Purpose Visible Light Communication Transmitter
2020
DIG006
Communication Technologies in the Training of IT Specialists in the Digital Economy
2020
DIG007
Methods of Improving the Operation Speed of Direct Digital Synthesizers for Radiolocation and Communication Systems
2020
DIG008
Implementation of high speed data transfer serialized 128/130bit encoding algorithm using 90nm technology
2020
DIG009
Secure Satellite Communication Digital IF CMOS Q -Band Transmitter and K -Band Receiver
2020
DIG010
Joint Equalization of Linear Impairments Using a Unified Frame Algorithm in terms of Kalman Filter in Coherent Optical Communication Systems
2020
DIG011
Hybrid and full-digital beamforming in mmWave Massive MIMO systems: A comparison considering low-resolution ADCs
2020
DIG012
Design and Implementation of a Visible Light Communication and Coding System Based on IEEE802.15.7 Standard
2020
DIG013
Design and Pattern Measurement of a Sub-6GHz 64-Channel Full Digital Massive MIMO System
2020
DIG014
Impact Assessment of the L-Band Digital Aeronautical Communications System on the Joint Tactical Information Distribution System
2020
DIG015
Problems in Network Control Systems and their Solutions
2020
Digital Communication Projects for Students
1.Game-Theoretic Approaches for Wireless Communications with Unmanned Aerial Vehicles
2.Waveform Multiplexing for New Radio: Numerology Management and 3D Evaluation
3.Parallel Channel Sounder for MIMO Channel Measurements
4.POSENS: A Practical Open Source Solution for End-to-End Network Slicing
5.Customized Industrial Networks: Network Slicing Trial at Hamburg Seaport
Digital Communication Projects for final year
Digital Communication Mini Projects
6.Machine Learning Paradigms for Next-Generation Wireless Networks
7.Intelligent 5G: When Cellular Networks Meet Artificial Intelligence
8.Ultra-Reliable and Low-Latency Communications in 5G Downlink: Physical Layer Aspects
9.Long-range communications in unlicensed bands: the rising stars in the IoT and smart city scenarios
Projects at Bangalore offers Final Year students Engineering projects - ME projects,M.Tech projects,BE Projects,B.Tech Projects, Diploma Projects,Electronics Projects,ECE Projects,EEE Projects,Mechanical projects,Bio-Medical Projects,Telecommunication Projects,Instrumentation Projects,Software Projects - MCA Projects,M.Sc Projects,BCA Projects,B.Sc Projects,Science Exhibition Kits,Seminars,Presentations,Reports and so on...