Zhejiang University

Yonggang Peng

Jun Chen

Wenyuan Xu

Wei Wei

Jiayuan Ling

Xiaowen Jiang

Siheng Chen

Kai Huang

Xiaoming Wang

Xiaoxu Zhang

Zhili Liu

The present invention relates to the technical field of central processing units (CPUs), and in particular to a fault-tolerant system with multi-core CPUs capable of being dynamically configured. The multi-core CPUs are three reconfigurable CPUs, the fault-tolerant system with multi-core CPUs is statically configured to be in a normal fault-tolerant mode, a reliable fault-tolerant mode or a performance mode by means of configuration of the three CPUs and then is switched between the normal fault-tolerant mode, the reliable fault-tolerant mode and the performance mode according to a mode switching command of a mode switching register, and finally, the three CPUs are correspondingly configured according to the mode to be switched.

Fault-tolerant system with multi-core CPUs capable of being dynamically configured

The present disclosure relates to non-intrusive load decomposition techniques, and aims at providing a non-intrusive load decomposition method based on an Informer model coding structure. The method includes: preprocessing power data in electricity loads, and forming sample pairs according to a time sequence of total power and a time power sequence of a single electricity load; building a training model with reference to an Informer model, the training model including a feature extraction part, a feature processing part, and a feature mapping part which are arranged in sequence; initializing parameters of the training model, and selecting an appropriate activation function and loss function; training the training model using preprocessed sample data; and inputting a total power curve to the trained model, and conducting decomposition to obtain a power curve of a single load.

Non-intrusive load decomposition method based on Informer model coding structure

The disclosure relates to power electronics technology and aims to provide a control method of constant-voltage-gain isolation type bidirectional full-bridge DC/DC converter, which is based on a single-phase-shifting modulation method. By enabling the difference between the M times of the input voltage and primary-referred value of the output voltage to be constantly zero, to realize the control goal that the ratio value between the primary-referred value of the output voltage and the input voltage is constantly M; the ratio value between the primary-referred value of the output voltage and the input voltage is defined as the voltage gain M, wherein an adjusting range is 0.5&#x2dc;2; through introducing a feedforward compensator involving the input and output voltages and the input and output currents, a linear controller of the system is implemented.

Control method of constant-voltage-gain isolation type bidirectional full-bridge DC/DC converter

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Zhejiang, China

Yonggang Peng