Shanghai Zhaoxin Semiconductor Co., Ltd.

Dell Products Inc.

Shanghai Outdo Biotech Co., Ltd.

Jie Jin

Junping Li

Ranyue Li

Jing Li

Xiaoyan Zhang

Xiaolong Zhang

Hengjun Gao

Liangda Song

Mintao Tang

Zufa Yu

A kit for the detection ofantibody in an oral exudate is provided. The kit includes an antigen and a diluent for diluting the oral exudate. The antigen isHpC-025 with the deposit registration number of CCTCC No: M20221024. The diluent contains phosphate buffered saline (PBS), casein, surfactant Tetronic 1307, and surfactant RHODASURF® ON-870. The kit may also include, a sampling swab, a collection tube, a plate cartridge, and a test strip with a binding pad bound with latex microspheres labeled with theHpC-025 antigen.

Antigen and kit for detection ofantibody, and preparation method thereof

A data link layer device and a packet encapsulation method are provided. The data link layer device includes a first and a second first-in-first-out (FIFO) module. The first FIFO module receives and stores multiple first data from an upper-layer module, and removes data gaps from the first data to store the first data in a continuous form. When the first FIFO module is not empty, the first FIFO module generates data of different lengths based on the current amount of data stored temporarily in the first FIFO module and a preset data length. When the data queue of the second FIFO module has enough space to receive the first data, the first FIFO module transfers the first data to the second FIFO module, and the first FIFO module transfers a header including the data length to a header queue of the second FIFO module.

Data link layer device and packet encapsulation method thereof

A ring bus and a credit allocation method are provided. The ring bus includes a slave module and multiple master modules. The slave module includes an injection table and a state table, and is configured to generate a credit signal including a node identity and an active code. The master modules are coupled to the slave module to form a ring path. The slave module determines whether the credit signal is a newly injected credit signal, and determines the node identity of the credit signal according to the injection table or the state table. The slave module transmits the credit signal to the master module corresponding to the node identity through the ring path according to the node identity. The slave module uses a corresponding idle entry to receive a credit request signal provided by the master device consuming a credit of the credit signal.

Ring bus and credit allocation method

A performance evaluation apparatus and a performance evaluation method are provided. The performance evaluation method includes: detecting multiple access commands of a memory controller for page miss so as to identify at least one page-missed command from the access commands; calculating an interval between the at least one page-missed command and a last conflict command to serve as a conflict command interval, wherein the last conflict command conflicts with the at least one page-missed command; and evaluating performance of the memory controller according to the conflict command interval.

Performance evaluation apparatus and performance evaluation method

A method for providing information handling system (IHS) security includes providing a plurality of monitored IHSs coupled to a monitoring IHS through a network. A physical lock status is determined for each of the plurality of monitored IHSs using a respective lock sensor located in each monitored IHS. The physical lock status is received by the monitoring IHS for each of the plurality of monitored IHSs over the network. A security report that includes the physical lock status for each of the plurality of monitored IHSs is created. The security report is displayed on a display coupled to the monitoring IHS.

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Shanghai, China

Jie Jin