Project Description
Wireless Communication Research Lab
The primary objective of this research Lab is to study of wireless communication system and network architecture based on current 5G standard specifications, that are cost effective, realizable and meet emerging needs for high data rate and reliable communications. 3. 5G New Radio (5G NR), the next generation mobile communications standard from 3GPP, promises gigabit connection speeds, lower latency, enhanced reliability, increased connection density and improved energy efficiency compared to LTE.
RF testing is the first step in the testing process. It ensures that transmit and receive entity of the device under test functions properly. In the test setup, a generator sends a standard compliant RF signal to the transmitting antenna. The device under test has to properly receive this signal. Then the device transmits a signal through the RX antenna back to the analyzer, which verifies the RF signal quality by measuring parameters such as signal power, modulation quality and spectrum emission.
- Prof.Sudhansu Sekhar Singh
- Prof.Deepak Kumar Rout
- Prof S K Gannamaneni
- Prof. J S Roy
- Prof. S K Mohapatra,
- Prof R Lenka ,
- Prof U C Samal
- Prof.Amlan Datta
- Prof P Sunil
- Prof.trupti behera
- Prof T Samanta
- Prof.Om Prakash Acharya
- Prof M Kumar Beuria
- Prof.swetaleena fet
- Prof. Bikash Kumar Behera
- Prof. Subhradeep Pal
- Prof Subhshree Mishra
- Prof.Anupam Samui
- Prof.Swati Swayamsiddha
- Prof.Ayaskanta Mishra
- Prof Amit Jha
- Prof.srinivas ramvathfet
- Prof.Vimal Kumar
Network Simulation and Computing Facilities
Desktop/ Work-stations with following Network Simulators with Linux/ Ubuntu OS environment:
- QualNet® Network Simulator 5.2 by Scalable Networks – 20 Licences
- NS-2 with Network Animator, Xgraph, Tracegraph202
- CISCO® Packet Tracer
- Wireshark Network Protocol Analyzer
Hardware Communication Systems and Trainer Kits
- LAN Trainer Kit
- GSM Trainer Kit
- CDMA Trainer Kit
- Mobile Phone Trainer Kit
- Oscilloscope (CRO) for signal visualization and measurements
Some Experiments for B. Tech Students
- Simulation and performance evaluation of Star connected IP network using TCP and UDP.
- Simulation of Ethernet Wired LAN (IEEE 802.3) CSMA/CD MAC
- Impact of Contention Window (CW) on Network Size in Wireless LAN IEEE 802.11 DCF MAC
- Simulation of and performance evaluation Mobile Ad-hoc Network in QualNet®
- Simulation of and performance evaluation of Infrastructure-based Wireless LAN Networks with Access Point (AP) with IEEE 802.11 PCF
- Mobile Phone trainer hands-on
- CDMA trainer hands-on
- LAN trainer hands-on
- Designing IP Networks in CISCO® Packet Tracer
- Unix Socket Programming
- Analyzing data communication traffic (TCP/IP protocol) using Wireshark Protocol Analyzer Tool