Publications

We realize optical broadcasting and reconfigurable beam steering by demultiplexing incoherent spatial modes.

We realize optical broadcasting and reconfigurable beam steering by demultiplexing incoherent spatial modes.

We introduce recently developed space division multiplexing (SDM)-associated technologies into optical wireless communications (OWC) and propose to use incoherent and low-coherence spatial modes to

We demonstrate optical code division multiple access (OCDMA) code conversion in the wavelength domain using periodically poled LiNbO3 for enhanced transmission security.

We have implemented an optical 8×155.52 Mbit/s CDMA system with up to 40-km standard fiber, cascaded optical amplifiers, and optical dispersion compensation.

The performance improvement of 43 Gb/s transmission by electronic equalization under optical bandwidth limitation have been validated in simulations and confirmed experimentally.

Given that two-photon absorption, which is proportional to an average over the intensity squared is a measure of the signal variance, we demonstrate that the two-photon absorption normalized to the

After an introductory survey and comparison of four different stylized type faces for use on banking and other documents and a discussion of such factors as number of characters, reading speed, pri

Two-dimensional photonic crystals (PCs) were fabricated in InP/GaInAsP waveguides by c-beam lithography and inductively coupled plasma etching.

The optical properties of intentionally carbon doped Ga sub (1-x) In sub x As lattice to InP grown by metal-organic molecular beam epitaxy were studied.