Nanjing University of Posts and Telecommunicatins

Nantong Institute of Nanjing University of Posts and Telecommunications Co.,ltd.

General Electric Company

Lu Liu

Zhikuang Cai

Yufeng Guo

Zixuan Wang

Jingjing Guo

Jian Xiao

Hui Hui

Jiafei Yao

Chen Li

Henglu Wang

Binbin Xu

Zushuai Xie

Haijun Shen

Lei Zheng

Haojie Yu

Haiyan Sun

Dapeng Yan

Luping Zhang

Xiaoting Liu

A low-power-consumption low-voltage digital temperature sensor, which acquires temperature information by means of the frequency ratio of a first oscillation signal outputted by a first annular oscillator to a second oscillation signal outputted by a second annular oscillator. The first annular oscillator additionally uses an MOS varactor as a load capacitor, and uses the voltage characteristics of the MOS varactor to lower the power supply voltage fluctuation sensitivity, which is suitable for a low-power-consumption low-voltage environment; meanwhile, the sensor has the advantages of a small size, high digitization, self referencing and the like.

Low-power-consumption low-voltage digital temperature sensor

A reconfigurable MBIST method based on an adaptive March algorithm is provided. The reconfigurable MBIST method automatically reconfigures different algorithm circuits according to external environment and user instructions to satisfy detection requirements for different faults. The provided adaptive March algorithm is capable of adaptively reorganizing algorithms with different complexities, such that dynamic adjustments can be executed between time complexities of the algorithm and fault coverage rates to achieve a good balance, and the static fault coverage rates are high, thereby effectively improving dynamic fault coverage rates.

Reconfigurable MBIST method based on adaptive march algorithm

A universal test chiplet for testing a plurality of chiplets to be tested is provided. The universal test chiplet includes a chiplet test control circuit module, a test data distribution circuit module, a memory test configuration circuit module, and a chiplet test interface circuit module. The chiplet test control circuit module is configured to provide test data and configure test modes for the chiplets to be tested. The test data distribution circuit module is configured to distribute the test data required by each of the chiplets to be tested from a test data bus. The memory test configuration circuit module is configured to provide test circuits for memories of the chiplets to be tested and automatically generate a test vector. The chiplet test interface circuit module is configured to transmit the test data to the chiplets to be tested in any direction through chiplet test interfaces.

Universal test chiplet

The present invention provides an alarm controlling method, an alarm controlling apparatus and an adaptive alarming method for a patient monitor. The alarm controlling method comprises: acquiring false alarm probabilities of a plurality of current alarms; acquiring a corresponding alarm confidence according to a false alarm probability of each current alarm; and determining a priority of the current alarm based on at least the alarm confidence of the current alarm.

Alarm controlling method and apparatus for patient monitor, and adaptive alarming method for patient monitor

Growing community of inventors

Jiangsu, China

Lu Liu