Tencent Technology (shenzhen) Company Limited

Huawei Device Co., Ltd.

Sanechips Technology Co., Ltd.

Huawei Technologies Co., Limited

Shuhua Chen

Qian Wang

Kai Zhang

Haijun Wu

Yong Chao Zhou

ZhiWei Li

Yunfeng Dai

De Liu

Tianming Xiao

Guobin Yang

Weihan Wang

Fuzhi Luo

A method for controlling the running of an application includes loading an application to be monitored; running the application loaded herein in a constructed running environment; and, according to a preset running configuration, executing a corresponding operation in the running environment, and processing a system call triggered by the application according to the operation herein. Furthermore, a device for controlling the running of an application includes a loading module configured to load an application to be monitored; a running module configured to run the application loaded herein in a constructed running environment; and a controlling module configured to execute a corresponding operation in the running environment according to a preset running configuration, and process a system call triggered by the application according to the operation herein. The present disclosure can thus ensure that data and applications are controlled and improve security.

Method, device and computer storage medium for controlling the running of an application

Disclosed is a load balancing method, the method comprising: for an exchange device at every level, before transmitting each cell, querying a unicast forwarding table according to the ID number of a target access device so as to obtain all links accessing the target access device; and in the all links, polling the cell transmitted to the corresponding target access device. Also disclosed are a load balancing device and storage medium.

Load balancing method, device and storage medium

Embodiments of the present invention disclose a multi-link aggregation method, including: establishing, by a first device, a transparent transmission channel with a second device, where the transparent transmission channel spans multiple links connected to the first device and the second device; performing, by the first device, network address translation on a first target packet to obtain a second target packet; and transmitting, by the first device, the second target packet to the second device through the transparent transmission channel, so that the second device performs network address translation on the second target packet to obtain a third target packet, and the second device sends the third target packet to a target device identified by destination address information of the first target packet.

Multi-link aggregation method and device

A method and system for detecting software tampering includes: at a device having one or more processors and memory: receiving a software verification instruction from a server, the software verification instruction comprising a verification parameter dynamically selected by the server for verifying whether particular software stored at the device contains unauthorized modifications; executing a respective verification procedure corresponding to the verification parameter to obtain a first verification data value; and returning the first verification data value to the server, wherein the server compares the first verification data value to a second verification data value to determine whether the particular software stored at the device contains unauthorized modifications.

Method and device for detecting software-tampering

A multilink-based data transmission method includes establishing separately, by a first device, first tunnels in different types of links in which the first device and a second device have established a communication connection, establishing, by the first device, a second tunnel that crosses the first tunnels established in the multiple different types of links, analyzing, by the first device, a load state of each first tunnel crossed by the second tunnel, and selecting a first tunnel used to transmit a target packet, and encapsulating, by the first device, the target packet into the second tunnel, and sending, to the second device, through the first tunnel used to transmit the target packet, the packet encapsulated into the second tunnel. Correspondingly, a data transmission device is provided. A utilization rate of links supported by a network device can be improved with the method and device.

Multilink-based data transmission method and device

A method and a device for loading a virtual machine application are provided herein. An exemplary method comprises: loading a management object of the virtual machine by the layer-booting object; reading the virtual machine configuration by the management object of the virtual machine; and invoking a creation function of the management object of the virtual machine by the virtual machine configuration and creating an operational instance of the virtual machine. The Android loading method and device for a virtual machine can be used to improve switching speed between instances.

Method and device for loading android virtual machine application

A method for managing mobile communications devices includes: receiving a management instruction delivered by an ACS through a TR069 protocol; converting the management instruction into a command identifiable to a mobile communications device, and sending the identifiable command to the mobile communications device; receiving a response instruction sent by the mobile communications device after the mobile communications device executes the identifiable command; and encapsulating the response instruction into a TR069 response message, and sending the message to the ACS. Through the method and apparatus for managing mobile communications devices, a management instruction is converted into a command identifiable to the mobile communications device; the mobile communications device executes the relevant operations according to the instruction and implements the relevant services, thus implementing unified management for mobile communications devices.

Growing community of inventors

Shenzhen, China

Shuhua Chen