Shanghai Jiao Tong University

Other

Sap Se

University of Electronic Science and Technology of China

Parade Technologies, Ltd.

Aishu Technology Corp.

Chengdu Yunke Pharmaceutical Co., Ltd.

Schneider Electric Industries Sas

Han Wang

Gang Shi

Xu Cai

Jianwen Zhang

Jing Lv

Hui Li

Petro Ksondzyk

Jianqiao Zhou

Yong Zhang

Wei Lv

Leilei Chen

Xiaojing Zeng

Qi Xu

Xue Jiang

Weixin Fang

Tianzhen Wang

Yao Qin

Bo Yan

Yunfeng Cao

Suning Bao

Qimin Deng

Zuoyong Cheng

Jianquan Ye

Maoliang Li

Qianting Wang

Yonglong Zeng

Yuchun Duan

Sanping Zhu

Mingqi Li

Dezhong Wen

Chengkai Wu

Haomiao Wei

Ruimin Xu

Haoshu Shao

Qian Ma

A tamper-proof data protection method and system. The tamper-proof data protection method runs in a computer system kernel and includes the steps described below. In step, an access instruction for data is acquired, and the access instruction includes an access object path and access process information. In step, it is determined whether the access object path exists in a maintained protection path whitelist or in a subpath of a path in the protection path whitelist. If so, stepis executed; otherwise, a call permission signal is generated. In step, according to the access process information, it is determined whether the current access process exists in a maintained process whitelist. If so, a call permission signal is generated; and otherwise, an access denied signal is generated.

Tamper-proof data protection method and system

Camping lantern

The present invention discloses a modular intelligent combined wind power converter and a control method thereof. The modular intelligent combined wind power converter comprises separate bridge arm power units, wherein a plurality of the bridge arm power units are connected in parallel to form a high-capacity bridge arm power module, three bridge arm power modules form a three-phase full-controlled bridge power module, and the three-phase full-controlled bridge power module comprises an electric reactor, a capacitor, a fuse and a circuit breaker to form a basic converter module, and the basic converter module forms a high-capacity wind power converter through a modular intelligent combination method.

Modular intelligent combined wind power converter and control method thereof

A double Schottky-barrier diode includes a semi-insulating substrate, a left mesa formed by growth and etching on the semi-insulating substrate, a middle mesa formed by growth and etching on the semi-insulating substrate, a right mesa formed by growth and etching on the semi-insulating substrate, two anode probes and two air-bridge fingers. The two Schottky contacts are closely fabricated on the same mesa (middle mesa) in a back-to-back manner to obtain even symmetric C-V characteristics and odd symmetric I-V characteristics from the device level. The output of a frequency multiplier fabricated using the double Schottky-barrier diode only has odd harmonics, but no even harmonics, which is suitable for the production of high-order frequency multipliers. The cathodes of the two Schottky contacts are connected by the buffer layer without ohmic contact.

Double Schottky-barrier diode

The present invention provides an adaptively modulated multi-state inverter system, comprising: a split capacitor, four bridge arms and an isolation switch group, on each of the four bridge arms a pair of complementary power switch groups is arranged; the isolation switch group comprises four fuses and six bidirectional thyristors. The output branches of the first bridge arm, the second bridge arm and the third bridge arm are respectively connected in series with a fuse to output a three-phase voltage, and at three-phase output voltage side two shared auxiliary branches are arranged, one auxiliary branch starts from the fourth bridge arm output branch on which a fuse is connected in series and is then connected to the output terminal of the three-phase voltage via three bidirectional thyristors. The other auxiliary branch starts from the DC side feed branch from the midpoint of the split capacitor, and is connected with the output terminal of the three-phase voltage via three bidirectional thyristors respectively. The invention also provides a modulating method of the multi-state inverter system. The use of the adaptive modulating technology enables the multi-state inverter to have the functions of overcurrent protection, isolation of faulty bridge arms and fault-tolerant control on any single and double bridges.

Adaptively modulated multi-state inverter system and modulating method thereof

A modular multilevel converter with multi-port DC power flow control includes a modular multilevel converter topology and a DC power flow controller, wherein an input terminal of the DC power flow controller is connected in series to uppermost submodules of upper arms of the modular multilevel converter topology, and with power transfer and energy interaction between the modular multilevel converter topology and an AC power grid, a converter station or a solid state transformer based on the modular multilevel converter topology has a function of direct current power flow control. The output terminal of the DC power flow controller adopts DC/DC converters to regulate the output voltage, and a plurality of DC/DC converters share a common DC bus with the ports connected with different DC outlet lines, thereby providing a plurality of flexible and controllable DC ports.

Modular multilevel converter with multi-port DC power flow control and control method thereof

Implementations of the present disclosure include receiving an image representing a screenshot associated with the incident occurring within the software system, processing the image to generate a vector, the vector including features representative of the image, at least one feature representing one of more keywords of the image, comparing the vector to a set of known vectors to provide a result, each known vector being associated with at least one solution for resolving a known incident, identifying a solution of a plurality of solutions based on the result, and transmitting data representation of the solution to a customer, the customer having transmitted the image.

Identifying solutions from images

A method is disclosed for determining detecting a conductive object and determining the type of object and the type of contact that object has with a touch sensitive surface, the method comprising measuring capacitance on a plurality of mutual capacitance sensors, each mutual capacitance sensor corresponding to a unit cell in an array of unit cells. After mutual capacitance is measured a peak unit cell is identified based on the measured capacitances and a matrix sum of a plurality of unit cells surround the peak unit cell is calculated. The value of the peak unit cell and the matrix sum are then compared to a range and a contact type determined based on the comparison.

Contact detection mode switching in a touchscreen device

The present disclosure relates to a new diphosphonate compound, and the method to prepare the above new diphosphonate compound. The new diphosphonate compound exhibits an activity in inhibiting osteoclast equivalent to alendronate sodium, and a higher activity in affecting the proliferation of osteoplast than the positive control compounds, but the positive control exhibits a weaker effect on osteoblast proliferation. In experimental examples, an administration schedule for the diphosphonate compound is provided.

Diphosphonate compound and a method for preparing the same and an application of the same

Growing community of inventors

Shanghai, China

Han Wang