Microsoft Technology Licensing, LLC

Huawei Technologies Co., Limited

Alibaba Group Holding Limited

Anker Innovations Technology Co. Ltd.

Zte Corporation

Tencent Technology (shenzhen) Company Limited

Google Inc.

New Noah Technology (shenzhen) Co., Ltd.

Wei Zheng

Ralf Groene

Hong Yu Chen

Gregory G Jones

Feng Lin

Huaxing Jin

Taroon Mandhana

Qin Zhang

Paul G Mayfield

Xu Yang

Peng Huang

Mudit Goel

Vivek P Kamath

Sudhakar Pasupuleti

Sheau Jiun Yang

Xuemei Bao

Anthony M Leibovitz

Mark C Schurman

Jiong Feng

Qiang Ma

Jiaqiang Yu

Li Hangyu

Tao Li

Zhiqiang He

Jian Shen

Jianjun Chen

Gang Liu

Ori Gershony

Mingjie Wang

Chunhua Luo

Andrei Pascovici

Kelong Zhao

Hailong Wen

Jiangen Liu

Cheng Guo

Weiguang Cai

Li Sun

Sang Hyun Jeong

Jianrong Xu

Yuedong Weng

Tim Hesterberg

Leshen Hu

Po Lin Ho

Tengchao Wang

Guanyan Xu

Pingjing Wang

Huafei Dai

Min Li Tee

Xian Ming Huang

Jian Zhong Wang

Flen Ju

Able Chen

KeMin Wang

Po-Lin Ho

Xiaolei Ding

Qingfu Liu

Jianchun Chi

Earphone

Headphone bracket

Headphone

Earphone case

A computing apparatus, including at least one general computing core circuit, an internal interface circuit, an external interface circuit, a cache coherence engine circuit, and a protocol conversion circuit. The computing apparatus is coupled to an internal apparatus using the internal interface circuit, and is coupled to an external apparatus using the external interface circuit. When working in a first mode, the cache coherence engine circuit implements cache coherence between the computing apparatus, the internal apparatus, and the external apparatus, and in this case, the computing apparatus is used as a node controller. When working in a second mode, the cache coherence engine circuit processes only cache coherence between the computing apparatus and the internal apparatus, and the external interface circuit is used as a network interface circuit.

Computing apparatus, node device, and server

Embodiments of the present application provide a method and system for network access request control. During operation, the system may identify a network access request received by a website. The system may determine a type of the network access request, and control the network access request according to the type of the network access request. The type of the network access request can be one of a user access request, a crawler access request, or an invalid access request. Based on the type of the network access request and/or the access requests overall compared to a cluster stability threshold, the system may take measures to throttle the access requests or otherwise adjust a throttling policy. The system may take measures such as demoting a service to a lower priority, rejecting execution of an access request, redirecting an access request to another service cluster, and expanding a physical layer of a service cluster.

Method and system for network access request control

Electronic mouse

A method for implementing a third party application in a micro-blogging service is provided, in which upon reception of a first request for presenting a media message provided by a third party media source, a micro-blog server obtains login information of a user and configuration information corresponding to the third party media source, converts the login information to authorization information, generates a second request for presenting the media message provided by the third party media source, and transmits the second request to a third party application server; the third party application server extracts the media message corresponding to the second request from the third party media source through a micro-blog open platform, by using the authorization information of the user and the configuration information corresponding to the third party media source, and presents it for the user.

Method, apparatus and system for implementing third party application in micro-blogging service

A mobile computing device dock is described. In one or more implementations, an apparatus includes a support structure and first and second connection portions disposed on opposing sides of the support. Each of the first and second connection portions includes a respective connection device configured to form a communicative coupling to a mobile computing device. The first and second connection portions are configured such that movement of one of the first or second connection portions causes corresponding movement of the other one of the first or second connection portions to engage to or disengage from the mobile computing device.

Mobile computing device dock

Disclosed are a system and data card for stateless automatic configuration of an IPv6 address and the method for implementing the same, and the method includes: an IPv6 address configuration way of a data card is set and stored according to an IPv6 address allocation strategy of a current network, after successful establishment of an IPv6 dialup connection and reception of a router advertisement request message transmitted by a terminal for acquiring a prefix address, the data card determines the set IPv6 address allocation way, and when the set IPv6 address allocation way is a static configuration way, a router advertisement response message is discarded and a valid IPv6 global unicast address is reported to the terminal. By means of the system, data card and method, it is possible to solve a problem that data transmission can not be normally performed by an existing data card implementing dialup in an Ethernet link way when interface identifiers are allocated by a network.

System and data card for stateless automatic configuration of IPv6 address and method for implementing the same

A user identity authenticating method and device for preventing malicious harassment are described. The method includes: after a user logs in an internet website, unique first authentication code information is generated and stored; the first authentication code information and a Short Message (SMS) Uplink (UL) service number used for identifying the internet website uniquely are displayed on a website page; after the user sends an SMS including second authentication code information input by the user to the corresponding SMS UL service number, an acquired second authentication code is matched with a stored first authentication code, if the matching succeeds, then the authentication succeeds. The embodiments in the disclosure can avoid possible malicious harassment effectively, thus avoiding legal risks which a website service provider may confront to some extent, and improving the satisfaction of its service. In addition, the increase of processing load and performance influence of the website service provider's server, which are caused by triggering the sending of a large number of authentication codes maliciously, can be avoided in the disclosure.

User identity authenticating method and device for preventing malicious harassment

Growing community of inventors

Shenzhen, China

Wei Zheng