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Many rare and common genetic variants, including SNPs and CNVs, are reported to be associated with mental disorders, yet more remain to be discovered. However, despite the large amount of high-throughput genomics data, there is a lack of integrative methods to systematically prioritize variants that confer susceptibility to mental disorders in personal genomes. Here, we developed a computational tool:...
An area-efficient CTDSM for sensor applications is presented. The proposed capacitively-coupled CTDSM combines the functions of precision amplifier and DSM to achieve hardware efficiency. The 1-bit quantizer with FIR-DAC improves the linearity without using DEM in multi-bit architectures or large-size analog filters. The proposed currentsplitting OTA saves the capacitor area in the first integrator...
We suggest and realize experimentally dielectric metasurfaces with high transmission efficiency for quantum multi-photon tomography, allowing for full reconstruction of pure or mixed quantum polarization states across a broad bandwidth.
Using the directional photocurrent induced by quantum interference between two- and three-photon absorption in a semiconductor (AlGaAs), we measure the comb offset frequency of a mode-lock fiber laser.
We report a FA and MA mixed hybrid perovskite quantum dot light emitting diodes using a simple synthesis method at room temperature. The green light-emitting diodes used FAxMA1−xPbBr3 quantum dots as emitting layer, which exhibited maximum luminence of 6000 cd/A, current efficiency of 6 cd/A and external quantum efficiency of 3.5%, which is more efficient than the pure FAPbBr3 PeLED. This provides...
With the growth of the population in the world, energy problem has become a major topic in the world. Energy conservation has become an important part of China's national development strategy. The use of microwave heating instead of traditional heating can greatly improve the utilization rate of energy, and then achieve the goal of energy conservation and emissions reduction. However, due to the uneven...
Brain-state drifts could significantly impact on the performance of machine-learning algorithms in brain computer interface (BCI). However, less is understood with regard to how brain transition states influence a model and how it can be represented for a system. Herein we are interested in the hidden information of brain state-drift occurring in both simulated and real-world human-system interaction...
This paper analyzes the transmission efficiency of two kinds of communication technologies: summation frame and individual frame. The abstract models for these two communication technologies using linear topology, which is the most popular topology in industrial control field, are proposed in this paper. The simulation results based on the models show that summation frame has a significant performance...
Drowsiness driving is one major factor of traffic accident. Monitoring the changes of brain signals provides an effective and direct way for drowsiness detection. One 3D convolutional neural network (3D CNN)-based forecasting system has been proposed to monitor electroencephalography (EEG) signals and predict fatigue level during driving. The limited weight sharing and channel-wise convolution were...
Functional near-infrared spectroscopy (fNIRS) is a non-invasive neural imaging tool which provides information of the oxidative metabolism in the brain by using diffused near-infrared light. Transcranial magnetic stimulation (TMS) is a physical stimulus, which can directly interfere with the neuron activity. The combination of fNIRS with TMS enables researchers to directly study the dynamic causality...
Ultrasonic thermometry is a kind of emerging acoustic pyrometry technology, and it can break through the limitation of various electromagnetic environment, where the traditional temperature measurement methods have failed to operate satisfactorily. The temperature on the current path can be retrieved by the speed of the ultrasonic wave. When the measurement path is fixed, the key issue of ultrasonic...
Microwave heating has been gradually extended to industrial material process from domestic microwave ovens, since its substantial advantages such as high-efficiency, pollution free, and selective heating. Unfortunately, the drawback of the non-uniform, which may cause thermal runaway, becomes an obstruction for the development of microwave energy. In this paper, our objectives are to achieve the tracking...
This paper investigates the receding horizon H∞ guaranteed cost control for a class of norm-bounded uncertain systems subject to actuator saturation. A sufficient condition for the existence of the controller is proposed to handle the amplitudes of control input signals and guarantee both of the H∞ norm and quadratic cost performance for all admissible uncertainties and external disturbances. Furthermore,...
This paper presents a biased flux hybrid-excited flux switching (BFHEFS) machine to improve the flux adjustability. The proposed configuration adopts E-core to enhance the permanent magnet (PM) material utilization ratio, which use half PMs of the conventional flux switching PM (FSPM) machine. The flux-adjusted principle of the E-core BFHEFS machine is introduced to explain the better flux adjustability...
A tensor impedance boundary condition (TIBC) is proposed for multilayer unidirectional and woven fabric carbon fiber composite materials. This TIBC will be deployed for analyzing the shielding effectiveness (SE) of a prescribed composites panel. Propagation constants are firstly obtained in case of the composite material, and then the TIBC is formulated directly through modifying general impedance...
White light-emitting diodes (WLEDs) composed of blue LED chip, yellow phosphor and red quantum dots (QDs) are considered as potential alternative for next generation artificial light source, with their high luminous efficiency (LE) and color rendering index (CRI). However, the poor compatibility of QDs/silicone and the optical reabsorption effect between the mixed QDs/phosphor particles severely hinder...
A V-band transformer-base power amplifier (PA) is implemented in 40nm CMOS. It is a three-stage PA with eight-way transformer combining at output stage. This PA uses the transformers with dc path of metal-one and neutralization technique to improve the passive loss and asymmetric problem, as well as the gain and stability. The PA achieves a measured saturated output power (Psat) of 19.8 dBm with 18...
In the case of the global energy crisis and the higher sound of energy saving and emission reduction, how to take effective management measures of ship energy efficiency to achieve the goal of energy saving and emission reduction, put forward a new challenge for the development of shipping technology. The application of big data technology provides a new idea for the research of ship energy efficiency...
A discrete Fourier transform (DFT) enhanced complex least mean square (CLMS) algorithm, which utilizes the underlying time series relationship among the consecutive fundamental DFT components, is proposed to adaptively mitigate the spur pollution in multi-standard transceivers. The transient and steady-state performances of the proposed algorithm are investigated, demonstrating faster convergence...
We present an analytical model of the drift in the air-core photonic-bandgap fiber (PBF) resonator optic gyroscope caused by temperature-driven polarization instability. Air-core PBF resonator based on micro-optical structure has been demonstrated and the finesse of the resonator is 7.5. Experimental results show that the gyro bias stability still seriously affected by the thermally induced polarization...
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