High-dimensional data analysis is a challenge for researchers and engineers in the fields of
machine learning and data mining. Feature selection provides an effective way to solve this …

We propose a novel security enhancement technique for a physical layer secure orthogonal
frequency division multiplexed passive optical network (OFDM-PON) based on three …

A novel optical frequency synthesizer capable of generating a multitude of narrow linewidth
oscillations, fully compatible with high-speed fiber-optic transmission requirements, is …

This paper proposes a chaotic constellation transformation (CCT) technique for physical-
layer security enhancement in orthogonal frequency-division multiple access based passive …

In this paper, we propose a key space enhanced chaos-based encryption scheme with no
requirement of redundant sideband information in an orthogonal frequency division …

The security of orthogonal-frequency-division-multiplexing-based passive optical network
(OFDM-PON) systems has been an important problem recently. In this paper, a time …

In this letter, we propose a quadrature amplitude modulation (QAM) encryption method
based on chaos coding for security improvement in orthogonal frequency-division multiple …

This letter proposes a hybrid symbol substitution and interleaving technique based on
Brownian motion for security improvement in the coherent optical orthogonal frequency …

Physical layer security is of key interest for secure passive optical networks (PONs). We
propose a hybrid chaotic confusion and diffusion (HCCD)-based encryption method for …

A microwave photonic channelization receiver is a promising technology for broadband
radio frequency (RF) signal monitoring and reception. In this Letter, by exploiting acousto …