[Guo, Qiangliang, Wang, Kaifeng, Yan, Xiaoyu, Fu, Wengang, Li, Chunduo, Wang, Cheng, Lin, Wei, Jiang, Zhiyong, Liang, Yiqun, Zhang, Yujin, Zhang, Zhihao, Li, Yi, Li, Xu, Bai, Xiaonan, Yang, Jufeng, Gao, Shangyong, Zhang, Xindan, Wang, Zuyuan, Wang, Yao, Han, Ce, Zhou, Xiaozhi, Jiang, Hongmin, Wang, Wenqiang, Tang, Maoshun, Wang, Qianru]

[Xiaoliang Bai, Xiaonan Zhang] US CA San Diego A method and circuit for characterizing a process variation of a semiconductor die is disclosed. In a particular embodiment, the method includes operating a circuit at multiple supply voltage levels to generate race condition testing data. The circuit is disposed on at least one die of a wafer and includes at least one racing path circuit having at least two paths. The method further includes collecting the race condition testing data and evaluating the collected race condition testing data. The race condition testing data is correlated to a process variation of the at least one die.

[BAI, Xiaoliang, ZHANG, Xiaonan] Attn: International IP Administration 5775 Morehouse Drive San Diego, California 92121;5775 Morehouse Drive San Diego, California 92121;5775 Morehouse Drive San Diego, California 92121 A method and circuit for characterizing a process variation of a semiconductor die is disclosed. In a particular embodiment, the method includes operating a circuit at multiple supply voltage levels to generate race condition testing data. The circuit is disposed on at least one die of a wafer and includes at least one racing path circuit having at least two paths. The method further includes collecting the race condition testing data and evaluating the collected race condition testing data. The race condition testing data is correlated to a process variation of the at least one die.

[ZHANG, Xiaonan, BAI, Xiaoliang, PATEL, Prayag, B.] Attn: International IP Administration 5775 Morehouse Drive San Diego, California 92121;5775 Morehouse Drive San Diego, California 92121;5775 Morehouse Drive San Diego, California 92121;5775 Morehouse Drive San Diego, California 92121 Systems and method for defining a timing parameter for a circuit element based on process variation, including, determining a point of failure parameter associated with the timing parameter, the point of failure parameter correlated with a specific value of the process variation. A standard deviation associated with the point of failure parameter is determined. The process variation per the standard deviation is calculated and the timing parameter for the circuit element is defined as a function of the failure parameter, the standard deviation, and the process variation per the standard deviation. A margin factor, which varies with the standard deviation, is optionally applied to the timing parameter. The timing parameter may be one of a setup time or hold time.

[Xiaoliang Bai, Xiaonan Zhang] US CA SanDiego A method and circuit for characterizing a process variation of a semiconductor die is disclosed. In a particular embodiment, the method includes operating a circuit at multiple supply voltage levels to generate race condition testing data. The circuit is disposed on at least one die of a wafer and includes at least one racing path circuit having at least two paths. The method further includes collecting the race condition testing data and evaluating the collected race condition testing data. The race condition testing data is correlated to a process variation of the at least one die.

[Xiaonan BAI, Kun TONG, Song WANG, Dapeng CAO, Yu DENG, Ziyan LI, Kai DU, Yifan DING, Xiaojun YOU, Ji LI] CN Beijing The present disclosure provides an information processing method and apparatus, a terminal, and a storage medium. The information processing method includes: receiving a first document, and generating a second document based on the first document; establishing an association relationship between the second document and at least one associated person, and displaying the association relationship in a first associated area of a content area of the second document; and receiving an edit operation performed by the associated person on the content area of the second document, and generating editing information in a second associated area of the content area of the second document based on the edit operation.

[QU, Ying 曲颖, BAI, Xin 白新, SCHNEEGASS, Daniel 施尼盖斯·丹尼尔, GUAN, Jinyan 管金艳, WANG, Jiaojian 王焦剑, LIU, Xiaonan 刘晓南] 7, Wangjing Zhonghuannan Lu, Chaoyang District 中国北京市朝阳区望京中环南路7号, Beijing 100102Beijing 100102 A method and device for generating a prediction model of an analysis object, and a storage medium. The method (100) comprises: obtaining (101) first data (201) of an analysis object; obtaining (102) second data (204) of the analysis object, wherein the second data (204) and the first data (201) represent the same physical quantity of the analysis object, and a data type of the second data (204) is different from that of the first data (201); using the first data (201) to train (103) a neural network model (202) containing N hidden layers into a prediction model (203) of the analysis object, wherein N is a positive integer at least equal to 2; and using the second data (204) to update (104) at least one of the N hidden layers contained in the prediction model (203). In the method, multiple types of data training models are used, such that the dependency of the models on single data can be reduced, the model performance is improved, migration learning and acceleration of a model training process are implemented. A method and device for generating a prediction model of an analysis object, and a storage medium. The method (100) comprises: obtaining (101) first data (201) of an analysis object; obtaining (102) second data (204) of the analysis object, wherein the second data (204) and the first data (201) represent the same physical quantity of the analysis object, and a data type of the second data (204) is different from that of the first data (2

[Guo, Qiangliang, Wang, Kaifeng, Yan, Xiaoyu, Fu, Wengang, Li, Chunduo, Wang, Cheng, Lin, Wei, Jiang, Zhiyong, Liang, Yiqun, Zhang, Yujin, Zhang, Zhihao, Li, Yi, Li, Xu, Bai, Xiaonan, Yang, Jufeng, Gao, Shangyong, Zhang, Xindan, Wang, Zuyuan, Wang, Yao, Han, Ce, Zhou, Xiaozhi, Jiang, Hongmin, Wang, Wenqiang, Tang, Maoshun, Wang, Qianru] CN,Beijing,Building 8, Zone II No.2 Daliushu Road Haidian District;CN,Beijing 100081,No. 2 Daliushu Road Haidian District;CN,Beijing,Building 300, Zone II No.2, Daliushu Road Haidian District;CN,Beijing,F1, F4, Building 300, Zone II No.2, Daliushu Road Haidian District; The present Invention discloses a method for group call video transmission control of the railway MCVideo system, which can meet the permission control requirements of various user terminals in the application scene of railway clustering communication and dispatching communication services, is beneficial to a more reasonable application of railway private network resources, and can ensure the feasibility, controllability and high efficiency of video transmission in railway video group calling. Specifically, different video transmission permissions can be respectively configured for different types of user terminals according to characteristics and application strategies of the user terminals, and a more perfect video sending control, transmission notification and receiving control method (collectively referred to as a video transmission control method) is proposed on this basis. Through the user video transmission permission configuration and video transmission control method, the railway clustering and dispatching communication application requirements are greatly satisfied, and the command and communication efficiency is improved.

[BAI, Xiaonan 白晓楠, LI, Ziyan 李紫燕, TONG, Kun 佟堃, CAO, Dapeng 曹大鹏, DENG, Yu 邓昱, WANG, Song 王松, YOU, Xiaojun 尤晓俊] 0207, 2/F, Building 4, Zijin Digital Park, Haidian District 中国北京市海淀区紫金数码园4号楼2层0207, Beijing 100190Beijing 100190 The present disclosure relates to the technical field of computers, and in particular, to an information processing method and apparatus, an electronic device, and a storage medium. The information processing method provided by embodiments of the present disclosure comprises: in response to a file uploading operation received on an auditing interface of a first document, obtaining a second document uploaded by a user as an associated document of the first document; and associating at least one associated person of the first document with the second document, such that the second document can be reviewed by the at least one associated person, wherein the auditing interface of the first document is used for displaying the content of the first document and an auditing mark for the content.

[WANG, Wei 王玮, LI, Mengjia 李梦佳, LIU, Tianyu 刘天宇, WANG, Min 汪敏, DING, Chuan 丁川, BAI, Jirong 柏寄荣, XU, Peng 许鹏, SUN, Xiaonan 孙潇楠, ZHANG, Jintao 张金涛] 666 Liaohe Road, New North District 中国江苏省常州市新北区辽河路666号, Jiangsu 213032Changzhou, Jiangsu 213032 The present invention relates to the technical field of nanomaterial preparation, and specifically relates to a WS2 nanosheet modified TiN nanotube array composite material and a preparation method therefor. In the present invention, WS2 powder is subjected to lithium intercalation treatment to obtain a metal type WS2 nanosheet, and a DMF solution of the metal type WS2 nanosheet is then prepared; the metal type WS2 nanosheet is subjected to high-temperature heat treatment to obtain a semiconductor type WS2 nanosheet, and a DMF solution of the semiconductor type WS2 nanosheet is then prepared; and the TiN nanotube array material is placed in the DMF solution of the metal type WS2 nanosheet or the semiconductor type WS2 nanosheet and is subjected to ultrasonic treatment, soaking, and drying sequentially to obtain a metal type WS2 nanosheet or semiconductor type WS2 nanosheet modified TiN nanotube array composite material. The WS2 nanosheet modified TiN nanotube array composite material of the present invention is expected to be widely applied to the field of electrocatalysis.