For use of ICT practices at Shri Ramswaroop Memorial University.
Uploaded 80 contents on UPHE
Created YouTube channel with high quality video lectures (58) on
various subjects: Digital System Design, Digital Electronics, Digital
Communication, Analog Communication, LabVIEW, Scilab etc.
Click on the link to study more about the interesting topics
Published paper with Citation: Rai, M., Maity, T., Husain, A.A. et al.
Pearson's correlation and background subtraction (BGS) based approach
for object's motion detection in infrared video frame sequences. Stat
Papers (2022).
Publisher: Springer
Click on the link to know more about Image Processing Applications
Prototype-2: Smart Mobility System for Physically Disabled
Saurabh Yadav & Upendra Bhardwaj
Guide: Mritunjay Rai
Project Co-ordinator: Dr. Alkesh Agrawal
Prototype-3: Wi-Fi Enabled Home Appliances
Bhanu Pratap Singh & Aditya P Singh
Guide: Abhishek K Srivastava
Project Co-ordinator: Dr. Alkesh Agrawal
Prototype-4: Speech Recognition System
Abhishek Sonkar & Ashwani Singh
Guide: Mritunjay Rai
Project Co-ordinator: Dr. Alkesh Agrawal
Innovative Working Model Prototypes
Prototype-1 is an Arduino based innovative working model developed by
students to efficiently use the lights in a premises. The sensors will
sense the human presence and the lights of that area only will be ON,
otherwise the lights will remain OFF.
Prototype-2 is an Arduino and LabVIEW based innovative working model
developed by students for the physically disabled to control the
movement of robotic wheel chair by the hand gesture.
Prototype-3 is an IoT based innovative working model developed by
students to control the home appliances by mobile app with internet
connectivity.
Prototype-4 is an IoT based innovative working model developed by
students to control the home appliances by the speech commands with
bluetooth connectivity.
Top Stories of the month of July-2022
Department of Electronics & Communication Engg.
1. Learn Applications of Scilab Programming on YouTube channel
2. Learn about Dopingless Tunnel-FETs
3. Read book chapter on Methods for the Recognition of Human Emotions
4. Learn how to detect Human Emotions in Image Processing
Applications of Scilab in Signals & Systems, Analog Communication,
Digital Communication, Digital Electronics, Image Processing, Model
Simulation
Participants registered: 42
Publication in Silicon (Springer-WoS)
Er. Rahul Mishra
Dr. Alkesh Agrawal
Dr. Sarvesh Dubey
Published paper with Citation: Misra, R., Singh, K., Agarwal, A. et
al. Electronic Noise Analysis of Source-Engineered Phosphorene/Si
Heterojunction Dopingless Tunnel-FET. Silicon (2022).
Publisher: Springer
Click on the link to know more about Dopingless Tunnel-FETs
A Review on Detection of Human Emotions Using Colored and Infrared
Images
Er. Mritunjay Rai
Presented the paper in 2nd International conference on Advancement in
Electronics & Communication Engineering (AECE). The paper is indexed
in Elsevier Scopus database (SSRN)
Publisher: Elsevier (SSRN)
Click on the link to know more about Detection of Human Emotions
Published paper with citation Pandey, Jay Kumar, et al.
“Colorimetric Detection of Deltamethrin Pesticide from Biological
Samples Based on the Peroxidase-Mimc Catalytic Activity on
MnO2/SnO2” Key Engineering Materials, vol. 928, Trans Tech
Publications, Ltd., 16 Aug. 2022, pp. 45–51. Crossref,
doi:10.4028/p-4ti1i0.
Organized digital art competition on Har Ghar Tiranga compaign under Azadi ka Amrit Mahotsav to encourage students to bring the Tiranga home and hoist it to mark the 75th year of India's independence.
6th - 8th Aug., 2022
Article Series (AS): Arduino UNO
AS 1. Arduino UNO-Pin Configuration
ATmega328 Microcontroller
It is a single chip Microcontroller of the ATmel family. The processor code inside it is of 8-bit. It combines Memory (SRAM, EEPROM, and Flash), Analog to Digital Converter, SPI serial ports, I/O lines, registers, timer, external and internal interrupts, and oscillator.
ICSP pin
The In-Circuit Serial Programming pin allows the user to program using the firmware of the Arduino board.
Digital I/O pins
The digital pins have the value HIGH or LOW. The pins numbered from D0 to D13 are digital pins.
Analog Pins
The pins numbered from A0 to A5 are analog pins. The function of Analog pins is to read the analog sensor used in the connection. It can also act as GPIO (General Purpose Input Output) pins.
USB
It allows the board to connect to the computer. It is essential for the programming of the Arduino UNO board.
Crystal Oscillator
The Crystal oscillator has a frequency of 16MHz, which makes the Arduino UNO a powerful board.
Voltage Regulator
The voltage regulator converts the input voltage to 5V.
AREF
The Analog Reference (AREF) pin is used to feed a reference voltage to the Arduino UNO board from the external power supply.
Reset button
It is used to reset button the connection.
Dr. Alkesh Agrawal
Top Stories of the month of September-2022
Department of Electronics & Communication Engg.
1. BoS Meeting
2. Smart India Hackathon-2022
3. Teachers Day Celebrations
4. Patent Filed: SMART bin
5. New Research Scholars in the Department
6. Seminar on Designing and Flying of Drones (Activity under signed MoU)
BoS Meeting in the Department of ECE
External Expert: Dr. Saifullah Khalid (Senior Manager, Airport Authority of India)
BoS Members: Dr. Alkesh Agrawal, Er. Mritunjay Rai, Er. Jay K Pandey, Er. Abhishek K Saxena, Er. Manju Bhardwaj, Er. Anand P Pandey, Dr. Mrityunjay Singh, Dr. Kumar Saurav, Er. Rahul Misra.
Metamaterial Absorbers (MMA) are the devices that are capable to absorb almost 100% of incident Electromagnetic Waves incident on the surface of MMA. They are artificially designed materials with negative values of effective permittivity and permeability not found in nature. The recorded video describes the step by step process to design and simulate the Unit Cell of MMA. It will be very useful for research scholars in designing and simulating the Unit cell of MMA.
An Application-Based Study on Electromagnetic Absorber Using Metamaterial
Dr. Alkesh Agrawal
Book entitled: Metamaterials - History, Current State, Applications, and Perspectives [Working Title].
Publisher: IntechOpen (indexed in WoS)-Open Access Peer-Reviewed
Abstract: In recent years, metamaterials (MMs) have attracted researchers due to their geometrical and structural uniqueness that make these materials to absorb, block, and enhance electromagnetic (EM) waves, which is not possible with conventional materials found in nature. These artificially engineered materials derive the EM properties (effective values of permittivity ε∼eff and permeability μ∼eff less than zero) from the shape, size, orientation, and periodicity of unit cells rather inheriting those from material composition. The study on MMs has been diversified from the radio frequency range to the optical frequency range, with potential applications in realization of novel devices such as perfect lenses, EM, and MM based microwave patch antennas. For the past few years, the concept of MMs has been widely used to develop and design metamaterial perfect absorbers (MPAs). The proposed chapter mainly focuses on the classification of materials on the basis of permittivity and permeability; MPAs; applications of MPAs; experimental demonstrations of first single-band MPAs in microwave, THz, mid-IR and near IR regimes; conditions for complete absorption of EM waves; MPA as perfectly matched layer (PML); attenuation mechanism of EM waves inside the MPA; calculation of MM parameters; measurement and testing process, followed by a case study on multi-band MPA.
On completion of a decade in SRMU with hard work and dedication towards his duties.
Date of Felicitation: Nov. 4, 2022.
Journey:
Dr. Alkesh joined the SRMCEM way back in 2002 as Lecturer, on completion of M.Tech. got promotion to the post of Assistant Professor. He got the additional responsibility of HoD of Deptt. of EI. He received Best faculty award twice in his tenure of 10 years in SRMCEM. Dr. Alkesh in July 2012 transferred to SRMU as HoD, Deptt. of ECE. He promoted to the post of Associate Prof. He completed his Ph.D in 2019 and presntly holds the position of Off. Dir. of Center for Innovation, Incubation and Entrepreneurship. He also received E-Learning Excellence Award for session 2021-22. He has published several papers indexed in WoS and Scopus, published patents and begged best paper awards in International Conferences (IEEE). He established Innovation and Incubation Hub in SRMU. Mentored students for Startups. His area of research is Metamaterial based Microwave Devices.
received the award for best logo design displayed all around (in every banner and document) in SRMU decade celebration-"Shashwat".
Date of Award: Nov. 4, 2022.
Letter of Appreciation for organizing Technical Events in Decade Celebration
Er. Abhishek K Saxena
received the letter of appreciation for very well organizing the technical events in Harmony part of SRMU decade celebration-"Shashwat".
Date of Award: Nov. 4, 2022.
Reviewer Certificate
Er. Mritunjay Rai
received the reviewer certificate for reviewing the book chapter manuscript, "Importance of
Drone Technology in Indian Agriculture, Farming.
Publisher: IGI Global publications
Date of Award: Nov. 11, 2022.
Certificate of Participation
Er. Mritunjay Rai
Participated in the one week online International Faculty Development Program on "Trends & Challenges in the development of Electric Vehicles and Hybrid Electric Vehicles".
Organizer: Lendi Institute of Engineering & Technology, Vizianagaram (Accredited NAAC-A)
Duration: Nov. 14-18, 2022.
Patent Filed
Er. Jay K Pandey
Filed an epatent on Efficient Energy Extraction using Weather Forcast.
Date of Filing: Nov. 15, 2022
Date of Publication: Nov. 25, 2022.
Workshop: DST-STUTI
Er. Jay K Pandey
Attended DST-STUTI Hands-On Training Program on Semiconductor Device Fabrication and Characterisation.
Organizers: Semiconductor Research Center, Deptt. of ECE, Punjab Engg. College, Chandigarh & IIT Gandhinagar, funded by Deptt. of Science and Technology, Govt. of India.
Duration: Nov. 21-27, 2022.
Publication: IEEE Xplore
Er. Jay K Pandey
has his conference paper published in IEEE Xplore titled-An Adaptive Long-Short Term Prediction Model for Resource Management in Cloud.
Ultra-wideband metamaterial absorber
based on resistive film for
5G frequency spectrum
Simple structured
ultranarrow-band metamaterial perfect
absorber with dielectric dielectric- metal configuration
Triple-Band Metasurface Absorber for RF Energy
Harvesting Applications
Realizing Efficient
Asymmetric Transmission
Using Optical Activity of
Ultra-thin Chiral
Metasurfaces for K-band
Applications
Date: Mar. 28, 2023.
Certificate of Review
Dr. Alkesh Agrawal
Received the certificate of review for reviewing book chapter in Metamaterial Technology and Intelligent Metasurfaces for Wireless Communication
Systems.
Book Chapter Reviewed:
Fuzzy clustering for classification of metamaterial properties
Publisher: IGI GLOBAL
Date: Mar. 20, 2023.
Book Chapter
Impact of Call Drop Ratio Over 5G Network
Dr. Jay K Pandey
Book entitled: Innovative Smart Materials Used in Wireless Communication Technology.
Publisher: IntechOpen (indexed in WoS)-Open Access Peer-Reviewed
Abstract: In recent years, metamaterials (MMs) have attracted researchers due to their geometrical and structural uniqueness that make these materials to absorb, block, and enhance electromagnetic (EM) waves, which is not possible with conventional materials found in nature. These artificially engineered materials derive the EM properties (effective values of permittivity ε∼eff and permeability μ∼eff less than zero) from the shape, size, orientation, and periodicity of unit cells rather inheriting those from material composition. The study on MMs has been diversified from the radio frequency range to the optical frequency range, with potential applications in realization of novel devices such as perfect lenses, EM, and MM based microwave patch antennas. For the past few years, the concept of MMs has been widely used to develop and design metamaterial perfect absorbers (MPAs). The proposed chapter mainly focuses on the classification of materials on the basis of permittivity and permeability; MPAs; applications of MPAs; experimental demonstrations of first single-band MPAs in microwave, THz, mid-IR and near IR regimes; conditions for complete absorption of EM waves; MPA as perfectly matched layer (PML); attenuation mechanism of EM waves inside the MPA; calculation of MM parameters; measurement and testing process, followed by a case study on multi-band MPA.
Reviewer Certificates
Dr. Jay K Pandey
Received 10 Reviewer Certificates for reviewing 10 different papers for the indexed Journal.
Publisher: IGI Global
Book Chapters Published
Dr. Mritunjay Rai
Book entitled: Smart Village Infrastructure and Sustainable Rural Communities
Successfully completed the 4-Week Faculty Induction /Orientation Programme for
“Faculty in Universities/Colleges/Institutes of Higher Education”,
organized by Teaching Learning Centre
Ramanujan College, University of Delhi.
Faculty Induction Programme
20 February – 21 March, 2023
Dr. Jai K Pandey
Successfully completed the 4-Week Faculty Induction /Orientation Programme for
“Faculty in Universities/Colleges/Institutes of Higher Education”,
organized by Teaching Learning Centre
Ramanujan College, University of Delhi.
Visit to Centre for Incubation & Entrepreneurship Development Integral University
The students of B.Tech. EC-31, EC-51 and EC-71 visited Centre for Incubation & Entrepreneurship Development Integral University
26th May 2023
Paper Published by
Dr. Kumar Saurav
Paper Title: Microwave Electronic Ferrite Materials For Advancement
Project Guide(s): Er. Abhishek K Saxena, Dr. Jay K Pandey
The Welcome ROBOT is designed to welcome the visitors in SRMU The ROBOT capable of moving in all directions and welcomes the visitor by saying "You are welcome in SRMU" The innovative work by students of ECE is very much appreciated by Chancellor sir, VC sir, Registrar and many other faculty members.
Final Good Bye to Fourth Year Students
Group Photograph
27th May 2023
Nashrah, Prashansa, Shiv Shankar, Shubham, and Arpit
