A novel radio frequency (RF) steganography scheme is proposed to hide digital communication in linear frequency modulation (LFM) radar signals. This joint radar/communication waveform serves two purposes simultaneously: it performs as the original radar waveform, and it provides a covert communication to legitimate receivers. The proposed RF steganography scheme hides digitally modulated communication information inside an LFM radar signal to prevent enemy from detecting the existence of such hidden information via a new modulation and variable symbol duration design
In light of the increasing requirement for the electromagnetic spectrum, the integration of radar an...
The optimal design of chirp radar waveforms has to satisfy conflicting requirements in terms of PSLR...
Spread spectrum (SS) has been used extensively in military radio communications to ensure low probab...
A novel radio frequency (RF) steganography scheme is proposed to hide digital communication in linea...
The chirp signal is one of the first bio-inspired signals commonly used in RF applications where the...
Steganographyis a technique of sending hidden data or secret messages over a public channel so that ...
Since the advent of “pulse compression” radar, the “chirp” signal (Linear Frequency Modulation, LFM)...
Increasing congestion of the electromagnetic spectrum has spurred investigation into approaches that...
Summarization: Recent advances in ambient, FM backscatter radio showed the feasibility of piggybacki...
Steganography is the science of hiding information within information. Because of limited and non-re...
As electromagnetic spectrum availability shrinks, there is growing interest in combining multiple fu...
A novel waveform design technique for enabling a communication channel within a pulse radar is prese...
In this project, we continue previous CSR project entitled RF Steganography based Joint Radar/Commun...
In light of the increasing requirement for the electromagnetic spectrum, the integration of radar an...
The optimal design of chirp radar waveforms has to satisfy conflicting requirements in terms of PSLR...
Spread spectrum (SS) has been used extensively in military radio communications to ensure low probab...
A novel radio frequency (RF) steganography scheme is proposed to hide digital communication in linea...
The chirp signal is one of the first bio-inspired signals commonly used in RF applications where the...
Steganographyis a technique of sending hidden data or secret messages over a public channel so that ...
Since the advent of “pulse compression” radar, the “chirp” signal (Linear Frequency Modulation, LFM)...
Increasing congestion of the electromagnetic spectrum has spurred investigation into approaches that...
Summarization: Recent advances in ambient, FM backscatter radio showed the feasibility of piggybacki...
Steganography is the science of hiding information within information. Because of limited and non-re...
As electromagnetic spectrum availability shrinks, there is growing interest in combining multiple fu...
A novel waveform design technique for enabling a communication channel within a pulse radar is prese...
In this project, we continue previous CSR project entitled RF Steganography based Joint Radar/Commun...
In light of the increasing requirement for the electromagnetic spectrum, the integration of radar an...
The optimal design of chirp radar waveforms has to satisfy conflicting requirements in terms of PSLR...
Spread spectrum (SS) has been used extensively in military radio communications to ensure low probab...