The gradient descent to a local minimum is the key ingredient of deep neural networks learning techniques. We consider a function Lm(.) in dimension n with a random set of m absolute minima.
To solve the problem of thermally-induced frequency drift in burst-mode transmitters for TWDM access networks, we propose a laser with reduced self-heating, and a simple counter-heating method that
We propose an analytic function approach to study the system of electron and phonon relaxation during an ultrafast processes in a single quantum well.
An attractive reaction mechanism, not yet established conclusively, involves the discharge of unsymmetrical (allylication)/MeSn (SMe)(n) Cl(4-n) ion pairs (n=1-3) via MeS ligand transfer.
High-brightness single laser diodes based on the widespread taper design have demonstrated output powers of a few Watts with a single transverse mode operation.
The fifth generation (5G) mobile technology features the ultra-reliable and low-latency communications (URLLC) as a major service class.
Describes a common-control telephone system for the public network employing electronic circuitry throughout with dry-reed contacts as the only mechanical and moving parts.
To achieve frequency reuse by employing orthogonal polarizations in a radio communication system, it is essential to avoid cross polarization in the feed patterns that illuminate the antennas; this
Quasi-particles with fractional charge and statistics, as well as modified Coulomb interactions, exist in a two-dimensional electron system in the fractional quantum Hall (FQH) regime.
Perhaps the simplest model of generating a 'random' graph G on n vertices is the process which considers each of the possible pairs {v,v} of vertices of G, and decides independently with probabilit
