Problem Statement

Frequency Hopping Waveform with Adaptive Data rate and Spectrum Allocation for Tactical Communications.
Tactical communications undergo interference from both wireless fading channel as well as jamming. A reliable communication under such scenarios is possible with robust anti-jamming waveform which can mitigate fast frequency selective fading dispersions. Adaptive data rate allows optimum communication varying SNR conditions. And simultaneous low-data rate calls are possible with adaptive spectrum allocation in a given bandwidth.   

Objective of the project

Anti-jamming waveform under fading channel dispersions poses unique challenges for PHY layer. The objective of the project is to design and develop a Physical Layer (modem and algorithms) for jamming resilient robust narrowband tactical communications with Adaptive Data rate and Spectrum Allocation.

Probable Institute

IIT Bombay, (Dr. Kumar Appaiah, Department of Electrical Engineering.)

Patents 

IPR rights to be Transferred to BEL for production.
 

Expected Deliverables 

Modem and algorithms for Narrow Band tactical communication as per the specifications mentioned in (6), Design Document, IPR 

Specifications

Expected Delivery time 

10 – 12 Months.
 

Project Funding and Expected Project Costing

Will be Funded by Central Research Laboratory, Bharat Electronics, ₹20.0Lakhs