Electronic and Communication Engineering has evolved into one of the most dynamic and diversified engineering fields. With the application of Artificial Portfolio Interface, Telecommunication Networks and Wireless Broadband Mechanisms, many trending research areas in Electronics and Communication Engineering have developed.
Research Areas in Electronics and Communication Engineering
Many diversified portfolios have been included in the research parameters of Electronic and Communication Engineering. Following are some of the trending research areas in Electronics and Communication Engineering-
Applied Electromagnetics and RF Circuits
Applied electromagnetics (EM) is a trending research area in Electronics and Communication Engineering. Many developmental fields like wireless technologies, environmental study of electronic equipment and transportation modules have developed.
The various fields of applications on which the research study in Applied Electromagnetics is incorporated include Microwave and Millimeter-Wave Circuits, MEMS Circuits, Antennas, Wave Propagation Studies for Wireless Applications, Scattering, Computational Electromagnetics, Active and Passive Microwave Remote Sensing, Plasma Electrodynamics, and EM Metamaterials.
Computer Application and Analysis
Computer Analysis and Application has evolved as a trending research area in Electronics and Communication Engineering. Extraction of static images from video sequencing files is the main objective of using computer application systems. The objectives of research for computer vision include-
- Synthesis of materials and objects
- Preparing a layout of functioning
- Developing algorithms that would ensure the designing of machines capable of visual tasks
- Autonomous navigation
- Visual surveillance
- Content-based image and video indexing.
Also read: Career opportunities available after completing an electrical engineering
Control Systems
The development of control systems has been one of the trending research areas in Electronics and Communication Engineering. The generation of low-cost microprocessors has enabled the growth of algorithms. These algorithms are embedded in the application systems. Computer Application Systems and Analysis Mechanisms have also developed. This has aided the process of controlling design and multifaceted complex analysis systems. Environmental Conservation and Efficient Transportation has been the primary objectives of such control systems. Control Systems are effectively utilized in network distribution systems, robotics management and production lines. Therefore control systems help in regulating software and hardware functions of the computer application systems.
Embedded Systems Analysis
Embedded systems are one of the trending areas of research in Electronics and Communication Engineering. These refer to specially designed computer systems that are capable of maintaining big data analytics. Storage and Management of Data in Embedded Systems are convenient. For example, the computers in vehicles, wireless sensors, medical devices, wearable fitness devices, and smartphones are embedded systems. The embedded systems market is growing 50% faster than that for general-purpose computing.
Designing embedded systems is a huge challenge because they require many specifications. Their inconspicuous nature, reliability in operation and ability to perceive the surroundings and generate information are considered to be the important requirements for proper functioning. The working of Transistors and Circuits which regulate the control mechanisms are instrumental in the functioning of computer application systems.
Network, Communication and Information Systems
The field of communication involves the exchange of information between two communication mediums. That has made network, communication and information systems one of the trending research areas in electronics and communication engineering. A communication system is built on the concept of transmitting and receiving information. The work of the transmitting system is to expose the information to the system. The work of the receiving system is to receive the information, decipher the meaning and then implement it in a process.
There are many important subparts of the communication process. The first part is called data compression. In data compression, the data is interpreted in a minimal form. The objective of data compression is to present the information simply. The second part of the communication is data modulation. Data modulation is the process of reconfiguring the data into an interpretive format. At times the data is encrypted in a complicated format. The trending research area In Electronic and Communication Engineering involves deciphering the data and posting necessary information about it.
MLRIT offers one of the best electronic and communication engineering studies in the country. The different elements of electronic and communication engineering include communication distribution networks, information analysis mechanisms and developmental concepts associated with information dissemination background.
Summary
Therefore it is important to understand the different elements of Electronic and Communication Engineering which have emerged as trending research areas. With time electronic and communication engineering has developed into one of the best and most desired streams of engineering professions.
Frequently Asked Questions (faqs)
How does Embedded Systems function?
Embedded systems are one of the trending areas of research in Electronics and Communication Engineering. These refer to specially designed computer systems that are capable of maintaining big data analytics. Storage and Management of Data in Embedded Systems are convenient. For example, the computers in vehicles, wireless sensors, medical devices, wearable fitness devices, and smartphones are embedded systems. The embedded systems market is growing 50% faster than that for general-purpose computing.
What are the objectives of computer vision?
The objectives of computer vision include-
- Synthesis of materials and objects
- Preparing a layout of functioning
- Developing algorithms that would ensure the designing of machines capable of visual tasks
- autonomous navigation
- visual surveillance
- content-based image and video indexing.
What are the different components of Applied Electromagnetics?
Applied Electromagnetics is incorporated include
Microwave and Millimeter-Wave Circuits, MEMS Circuits, Antennas, Wave Propagation Studies for Wireless Applications, Scattering, Computational Electromagnetics, Active and Passive Microwave Remote Sensing, Plasma Electrodynamics, and EM Metamaterials.
What are the different elements of network and information systems?
The field of communication involves the exchange of information between two communication mediums. That has made network, communication and information systems one of the trending research areas in electronics and communication engineering. A communication system is built on the concept of transmitting and receiving information. The work of the transmitting system is to expose the information to the system. The work of the receiving system is to receive the information, decipher the meaning and then implement it in a process.
Also read: 10 Youtube channels that every engineering student must follow
We provide student-centric education and training on cutting-edge technologies to make the students globally competitive and socially responsible citizens. Click here to know more about us
