For IoT networks, signals are captured by edge sensors, system-wide decisions are made at a central host, and processing may be performed at either or both sides of the network.
Scalability and reliability are among the main concerns in large-scale Software Defined Networking (SDN) application scenarios.
Space applications require being able to pass 100% pull test, before and after thermal aging, and to conform to visual inspection.
In this investigation, a ball pull (tensile) test is investigated as an alternative to the ball shear test for evaluating the solder joint integrity of area array packages.
This paper presents a real-time computer vision system that tracks the motion of a tennis ball in 3D using multiple cameras.
We show that bolometric mixers fabricated from a high mobility two-dimensional electron gas can reach a regime where electron energy relaxation is dominated by ballistic, rather than diffusive, out
Using a modified GaAs Planar Doped Barrier Transistor, grown by MBE, we are able to determine the non-equilibrium distribution function of hot electrons arriving at the base/collector junction.
We report on a new method for calculating ballistic electron transmission through epitaxial interfaces and its application to a silicon twist boundary.
In recent experiments, van Houten et al. have demonstrated coherent electron in a 2D electron gas.
We report ballistic hole conduction in 2 mu m long GaAs quantum wires of nominal cross-section 15 nm by 15 nm.
