Three applications of space-time resolved spectroscopy to the study of plasma processes are reviewed briefly.
Because plasma processing recipes are usually determined empirically, it is desirable to develop methods for isolating kinetic mechanisms in discharges through gas mixtures.
Several space-time coding and processing techniques have been introduced in the literature for enhancing the capacity of wireless systems through antenna diversity or spatial multiplexing.
In attempting to find a spectrally and power efficient channel code which is able to exploit maximum diversity from a wireless channel whenever available, we investigate the possibility of construc
In attempting to find a spectrally and power efficient channel code which is able to exploit maximum diversity from a wireless channel whenever available, we investigate the possibility of construc
The Antarctic ice sheet is one of the most prominent physical features on our planet. It represents an area of about 14 millions km2.
We present an experimental study of the fluctuations of Coulomb blockade peak positions of a quantum dot, The dot is defined by patterning the two-dimensional electron gas of a silicon MOSFET struc
In this paper we propose a robust method to suppress the noise components in digital holography (DH), called SPADEDH (SPArsity DEnoising of Digital Holograms), that does not consider any prior know
In this paper, we propose a distributed algorithm for channel assignment in multi-radio, multi-channel mesh networks.
This paper describes an innovative solution that allows a multimedia session to be distributed over multiple devices that are in the close proximity of a user.
