Center of Excellence in Antenna Radiation and Pattern Analysis
The Antenna Radiation Pattern Analysis (ARPA) Center of Excellence is a dedicated research initiative aimed at comprehending, advancing, and applying antenna technology across diverse wireless communication systems. Antennas play a crucial role in the field of telecommunications, RADAR systems, Satellite communication, Wireless Networks, and various other applications. This center serves as a focal point for cutting-edge research, academic collaboration, and practical application development. Faculty and students at the center explore innovative antenna designs and study radiation patterns to enhance the applications in wireless communication technologies. The collaborative environment fosters interdisciplinary work, bringing together experts in Electronic Engineering, Signal Processing, and Wireless Communications disciplines.
Name of Coordinator: A Sujatha Reddy
Designation: Assistant Professor
Email: sujathaallipuram@gmail.com
Objectives
- To conduct advanced research in antenna design, radiation patterns, electromagnetic wave propagation, and wireless communication systems.
- To focusing on novel antenna designs, MIMO systems, and wireless communication protocols to address emerging challenges.
- To establishing partnerships with industry leaders to bridge the gap between academia and real-world applications, fostering innovation and technology transfer.
Faculty Members
|
S.No. |
Name | Designation | Qualification |
Specialization |
| 1 | Dr.B.Venkateshulu | Prof. | Ph. D. | Coding Theory and Wireless Communications |
| 2 | Ms.N.Krishna Jyothi | Asst. Prof. | ME (Ph. D) | Microwave and Radar Engineering |
| 3 | Ms. P.Madhuri | Asst. Prof. | M Tech | Digital Electronics and Communication Engineering |
| 4 | Ms. K.Swathi | Asst. Prof. | M Tech | Digital Electronics and Communication Engineering |
| 5 | Mr. Y. Prakash | Asst. Prof. | M Tech | Digital Communication Engineering |
Infrastructure
| S.No. | Name of the Equipment | Significance/ Utility features |
No. of Items | Cost in (Rs.) |
|
1
|
SDR MIMO 2×2 NI USRI-2944 | USRP-2944 30 MHz–6 GHz 160 MHz. The USRP product line offers a wide breadth of SDRs ranging from lower-cost options with fixed FPGA personalities to high-end radios with large, open FPGAs and up to 160 MHz of instantaneous bandwidth. | 1 | 14,74,444.00/- |
| 2 | MIMO KIT (2X2) with NI lab View 2015 SPI Version | USRP-2920 50 MHz–2.2 GHz 20 MHz. NI USRP devices are software defined radios (SDRs) that combine host-based processors, FPGAs, and RF front ends to help you rapidly design, prototype, and deploy wireless systems. | 1 | 11,59,066.00/- |
| 3 | Vector Network Analyzer (S820E-0714) 1MHz- 14GHz | To make students/faculty to apply concepts studied in Antenna & Wave propagation | 1 | 13,53,829.00/-
|
| 4 | Ansys HFSS Software 17.2 Version | This software tool is used in the field of designing Microwave ranges for the Antennas, Microwave transitions, RF Filters, Three Dimensional Discontinuities and Passive Circuit Elements | 25 Users | 5,27,500.00/- |
| Total Amount (Rs) | 45,14,839.00/- | |||
MOU’s
- NAVSTAR INTEGRATED SYSTEMS PVT. LTD., C.I.E, Gandhinagar, Balanagar, Hyderabad -500037
Outcomes
- Publication of research papers in prestigious journals and presentations at international conferences, contributing to advancements in antenna technology and wireless communication.
- Provide a platform for students, researchers, and industry experts to collaborate, exchange ideas to enhance knowledge in understanding the radiation patterns of antennas and optimizing their performance for various applications
- Development of prototype systems showcasing innovative antenna designs and wireless communication solution.
Gallery
