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Communication Engineering Research Group

Department of Electronics and Communication Engineering Amity School of Engineering and Technology Amity University Uttar Pradesh, Noida, U.P.

Faculty Members

1 Ms. Sindhu Hak Gupta- Group Leader
2 Dr. M.R. Tripathy
3 Mr. Sanjeev Saxena
4 Ms. Shuchismita Pani
5 Ms. Asmita Rajawat
6 Ms.Monica Kaushik
7 Ms. Garima Mahendru
8. Ms. Shalini Sah
9. Ms. Richa Sharma
10 Bhupendra Singh

International Collaborators:

Prof. Daniel Ronnow
Department of Electronics, Mathematics and Natural Sciences
University of Gavle, Sweden.

Prof. Yongchae Jeong
Division of Electronic Engineering, Chonbuk National
University
Director of BK21 PLUS Human Resource Development
Center
567 Baekje-daero, Deokjin-gu, Jeonju-si, Jellabuk-do 54896,
Republic of Korea

Prof Arokiaswami Alphones
Department of Electrical and Electronic Engineering
NTU Singapore

Prof. Tan Cher Ming
Department of Electronics Engineering
Chang Gung University, Taiwan

Dr S. K. Padhi
ICRAR, Curtin University
Perth, Australia

Lectures

S.
No.
Research
Group
Date of Research Seminar/ Meeting Title of the Research Seminar Speaker
1 Signal Processing Research Group 06.08.2015 Design and Development of an Automatic Microscope for Detection of Tuberculosis From Stained Sputum, Blood, and Urine Smears
Case Based Retrieval in 3D Brain Tumor Volumes
Dr Ayush Goyal
Mr. Parthasarathi Mangipudi
2 VLSI & Microelectronics Research Group. 14.08.2015 Modern Active Building Blocks and Their Applications in Analog Signal Generation Dr Mayank Srivastava
3 Robotics & Automation Research Group 20.08.2015 Real-Time Condition Monitoring and Maintenance of Power Converters Mr Neeraj Khera
4 Communication, RF and Microwave Research Group 01.10.2015 Meta-material antennas for next generation technology Dr M R Tripathy

Current Research Areas

  • UWB antenna
  • Metamaterial Antenna
  • Frequency Selective Surface
  • Phased array and beam steering antenna
  • MIMO and Smart antenna
  • THz antenna
  • Nano antenna
  • Reconfigurable filter and antenna
  • Field analysis and guided waves
  • Microwave device modeling
  • RF nanotechnology
  • Passive circuit elements
  • Planar passive filters and multiplexers
  • Active, tunable and integrated filters

Publications
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Lab Infrastructure and Computing facility

Computing Facilities- Dual core 4 GB RAM high end computers available for Research.

Microwave Lab- Microwave Integrated Circuits Testing Facility, Power supply, Digital Power Meters, Network Analyzer, Spectrum Analyzer

Antenna Technology Lab- Planar antenna Kits (25 different types), Antenna measurement facilities, 200 MHz – 4 GHz PLL Microwave signal generator, 200 MHz – 4 GHz RF Power meter, PC controlled display and analysis in real time. Network Analyzer

RF Design Lab- High Frequency Structural Simulator (HFSS), Ansoft Designer, SIwave, Q3D Extractor, Ansoftlinks

Wireless Sensor Network Lab- QualNet Network Simulator

Communication System Lab- MATLAB software with communication tools

LabVIEW- LabVIEW software with communication hardware interfaces.

Focus: Metamaterial Antenna

  • Problem: Multiband and UWB metamtaerial antenna for wireless application
  • Problem: Metafractal antenna for wireless application.
  • Problem: Innovative meta structures for different antennas and applications
  • Problem: Metamaterial antenna for THz applications

Focus: Frequency Selective Surfaces (FSS)

  • Problem: FSS as absorber and filters
  • Problem: FSS as tuneable absorber and filters
  • Problem: FSS for RCS reduction
  • Problem: FSS for THz applications

Focus: Innovative antennas

  • Problem: Nano antennas
  • Problem: Opto antennas
  • Problem: MIMO and Smart antennas

Focus: Antennas for Microwave Imaging Applications

  • Problem: Ultra wide band antennas for microwave imaging
  • Problem: Antennas for THz imaging

Focus: Antennas for Wireless Sensor Networks

  • Problem 1: Antennas for RFID and WSN applications
  • Problem 2: Antennas for body area networks
  • Problem 3: Distributed antenna systems

Focus: Computational Electromagnetics

  • Problem: Finite-Difference Time Domian (FDTD) Techniques for design and analysis of antenna and arrays.
  • Problem: Optimization Techniques for design and analysis of antenna and arrays.
  • Antenna design for wireless application in 1 to 10 GHz range.
  • Reconfigurable frequency antenna design.
  • Analysis and implementation of Energy Optimization Techniques in Wireless Sensor Networks"

Focus: Designing of Reconfigurable microstrip Patch antenna

  • Problem: Performance analysis of a reconfigurable- microstrip antenna in Wireless Communication

Focus: Designing of beam steering antenna

  • Problem: Designing and analysis of beam configurable antenna array for pattern diversity system

Focus: Model based scheduling for networked system

  • Problem: Delay analysis of networked system
  • Problem: Fault detection in networked system
  • Problem: Data corruption and loss in networked syste
  • Cognitive radio concept for ad-hoc networks
  • Performance improvement of DS-CDMA systems using turbo and hybrid turbo codes
  • Problem: Novel Analysis and Design of Size-Reduction Microwave Devices (microstrip antennas) with Periodic Structures (metamateraials) Using Equivalent Transmission-Line Models
  • Maximum likelihood sequences in Digital Communication System
  • RF energy Harvesting from microwave power transmission