Spin transitions and correlated few-electron states are investigated by resonant inelastic light scattering in dilute arrays of GaAs/AlGaAs modulation-doped quantum dots (QDs) fabricated by electro
Photoluminescence (PL) mapping systems are used to evaluate wafer uniformity and quality during semiconductor laser processing.
We propose the first known solution to the problem of correlating, in small space, continuous streams of XML data through approximate (structure and content) matching, as defined by a general tree-
Multiple-input-multiple-output (MIMO) systems have the potential to achieve very high capacities, depending on the propagation environment. Capacity increases as signal correlation decreases.
In this paper we present novel correlation analyses methods to analyze the compacted test sets.
In this paper, we compare the HC stress and oxide breakdown results with the fast and commonly used gate leakage current measurement A clear correlation is found between low levels of gate leakage
In hard cooperative spectrum sensing (HCSS) for cognitive radio (CR), where local secondary users (sensors) sense whether primary users exist or not and then send decisions to the center where the
Oligothiophene thin film transistors have recently been shown to respond to organic vapors, suggesting possible applicability in the field of olfactory sensor arrays.
A correlation has been made between the bitmap data from an SRAM and the in-line defect data as measured on a KLA2122 and Tencor7700.
We relate each resonantly excited spin-split component of the transition involving the first rotator state of the donor-bound exciton complex with its analogous emission component in which the dono
