Shannon Lab

Courses

  • Advanced Embedded Logic Design
  • Algorithms to Architecture
  • Robotics
  • Fundamentals of Digital Communication
  • Wireless System Implementation
  • Signal and System
  • Embedded Logic Design

Communication and Signal Processing

The objective of Shannon Lab (L32) is to manage teaching programs and research facilities involving all aspects of wireless communication and signal processing. Teaching programs include experiments and project assignments related to course work of students whereas the research work involves research scholars, interns and students working in the areas related to robotics and automation, signal processing and wireless communication and networking.

Facilities

  • NI USRP 2921
  • NI USRP 2922
  • Dual & Tri Band Antennas
  • WARP Boards
  • Power Amplifier
  • ZED boards
  • Zync Boards
  • DC Communication Trainer Kits
  • Laptops
  • NI LabVIEW
  • SystemVue
  • Opti System Version 14

Research and Course Projects

  • Detection of TV White Spaces using Spectrum Sensing
  • RF​ ​E​nergy ​H​arvesting
  • WiFi Implementation on Software Defined Radio
  • Channel Estimation in IEEE 802.11
  • Estimation Of Transmitted Signal Parameters Using Blind Wireless Receiver
  • Transmission and Reception of Data Frames using USRP and MIMO STBC Implementation
  • An In-depth Study of RFI Emissions from Non-Intelligent RFI Sources
  • Implementation of a Wireless System using Turbo, LDPC, RS Encoder and Decoder
  • Filter Bank Multi Carrier With Offset QAM