Abstract: The present disclosure relates to data transmission methods, network devices. One example data transmission method includes: a first network node sends a first indication information to a second network node, the first indication information includes information about an uplink data volume of a buffer of a terminal device, or the first indication information indicates a relationship between an uplink data volume of a buffer of a terminal device and a predefined data volume threshold.

Abstract: A movable object control method includes obtaining attitude information of a handheld control device, determining control information of a movable object according to the attitude information of the handheld control device, and sending the control information of the movable object to a head-mounted device to enable the head-mounted device to display a mark on a display device of the head-mounted device according to the control information of the movable object. The mark indicates a moving direction of the movable object.

Abstract: An integrated approach is provided to running web applications with various compatibilities that do not require third-party extensions or sacrifice user experience. When a page of an application incompatible with a first browser is to be executed, an instance of a second browser with which the page is compatible is separately invoked and/or executed without opening a window for that second browser. Instead, the second browser opens a page within the window of the first browser. Moreover, rendering and/or contextual information for a page opened via the second browser is provided to the first browser. Such information is utilized by the first browser to provide a visual experience to the user in which the web page is being hosted by the first browser, even though it is in fact being hosted by the second browser.

Abstract: An image processing method and apparatus, an electronic device and a storage medium are provided. The method includes: at least one image to be processed and at least one attribute filtering condition of an event to be monitored are obtained; event detection is performed on the at least one image to be processed to obtain an intermediate detection result of the event to be monitored; event attribute extraction is performed on the at least one image to be processed to obtain at least one attribute of the event to be monitored; and a target monitoring result of the event to be monitored is obtained according to the intermediate detection result, the at least one attribute and the at least one attribute filtering condition of the event to be monitored.

Abstract: An integrated approach is provided to running web applications with various compatibilities that do not require third-party extensions or sacrifice user experience. When a page of an application incompatible with a first browser is to be executed, an instance of a second browser with which the page is compatible is separately invoked and/or executed without opening a window for that second browser. Instead, the second browser opens a page within the window of the first browser. Moreover, rendering and/or contextual information for a page opened via the second browser is provided to the first browser. Such information is utilized by the first browser to provide a visual experience to the user in which the web page is being hosted by the first browser, even though it is in fact being hosted by the second browser.

Abstract: A method for behavior analysis includes: obtaining the profile information of a target object, where the profile information includes personal information of the target object, at least one captured image of the target object and image capturing information of the captured image, where the image capturing information includes a capture location; obtaining information of one or more Points of Interest (POIs) of a surrounding area of the capture location based on map data, where the surrounding area represents a preset geographic area including the capture location; and obtaining behavior data of the target object based on the information of the POIs and the profile information of the target object.

Abstract: The disclosure provides a method for obtaining multi-dimensional information by picture-based integration and a related device. The method includes the following operations. A to-be-detected picture is acquired. The to-be-detected picture is detected and multiple pieces of feature information are extracted from the to-be-detected picture. Target feature information and associated feature information are selected from the multiple pieces of feature information, and the target feature information is associated to the associated feature information to generate multi-dimensional information. The multi-dimensional information includes multiple pieces of feature information associated with each other.

Abstract: A pedestrian recognition method and device. The method comprises: acquiring image features of a target pedestrian image, the image features comprising facial features and body features (S101); acquiring from a feature database at least one target node of the image features, and using a pedestrian image that corresponds to the at least one target node as an image of a target pedestrian (S103); the feature database comprises multiple pedestrian feature nodes, and the pedestrian feature nodes comprise facial features and body features which correspond to a pedestrian image, as well as relationship features between other pedestrian feature nodes. The described method enables the amount of computation for pedestrian searching to be greatly reduced, which improves searching efficiency.

Abstract: An integrated approach is provided to running web applications with various compatibilities that do not require third-party extensions or sacrifice user experience. When a page of an application incompatible with a first browser is to be executed, an instance of a second browser with which the page is compatible is separately invoked and/or executed without opening a window for that second browser. Instead, the second browser opens a page within the window of the first browser. Moreover, rendering and/or contextual information for a page opened via the second browser is provided to the first browser. Such information is utilized by the first browser to provide a visual experience to the user in which the web page is being hosted by the first browser, even though it is in fact being hosted by the second browser.

Abstract: Web pages compatible with different web browsers are seamlessly rendered within the same tab of a single web browser window. A first browser is executed in a computing device, and has an open browser window. A request is received at the first browser to navigate to a first page. The first page is determined to be incompatible with the first browser and compatible with a second browser. Under control by the first browser, an instance of the second browser is invoked without a browser window opening for the instance of the second browser. An address of the first page is provided to the instance of the second browser. The instance of the second browser renders the first page within a tab in the open browser window of the first browser.

Abstract: This article is about the accurate method of account checking in the situation of 7×24 hours transactions between telecom multiple systems. The systems we discussed here provide services individually. There is an Account Checking Controlling Server, and all the systems are connected with the Account Checking Controlling Server, the transaction between systems is distributed by Account Checking Controlling Server. Account Checking Controlling Server is in charge of control and manage the transaction of account checking between systems, it is consists of transaction management module, account checking cycle management module, transaction flow module and account checking management module. Transaction management module is in charge of storage and handle the system information and the system distribute rules. Account checking cycle management module is responsible for create and manage the account checking cycle. Transaction flow module realize the specific transaction.

Abstract: The present invention describes three-dimensional porous coordination compounds, a method of making the compounds, and a method of using the compounds to contain reactants in a reaction, said compounds characterized by a plurality of sheets comprising a two-dimensional array of repeating structural units comprising at least one transition metal, one polyfunctional ligand and one exodentate ligand wherein: (1) at least one binding member of each said polyfunctional ligand is coordinated to transition metal atoms in two different repeating structural units within one sheet; (2) said binding sites of each exodentate bridging ligand are coordinated to transition metal atoms in a each of two adjacent sheets, and (3) the ligands of the three-dimensional polymeric compound define channels and pores of molecular size throughout the structure of the compound.

Abstract: Hybrid crystalline organic-inorganic quantum confined systems are disclosed, which contain alternating layers of a bifunctional organic ligand and a II-VI semiconducting chalcogenide, wherein the semiconducting chalcogenide layers contain chalcogenides have the formula MQ, in which M is independently selected from II-VI semiconductor cationic species and Q is independently selected from S, Se and Te; and the bifunctional organic ligands of each organic ligand layer are bonded by a first functional group to an element M of an adjacent II-VI semiconducting chalcogenide layer and by a second functional group to an element M from the adjacent opposing II-VI semiconducting chalcogenide layer, so that the adjacent opposing II-VI semiconducting chalcogenide layers are linked by the bifunctional organic ligands of the organic ligand layers. Optical absorption experiments show that these systems produce a significant blue shift in their optical absorption edges, 1.2-1.5 eV, compared to a shift of 1.

Abstract: Hybrid crystalline organic-inorganic quantum confined systems are disclosed, which contain alternating layers of a bifunctional organic ligand and a II-VI semiconducting chalcogenide, wherein the semiconducting chalcogenide layers contain chalcogenides have the formula MQ, in which M is independently selected from II-VI semiconductor cationic species and Q is independently selected from S, Se and Te; and the bifunctional organic ligands of each organic ligand layer are bonded by a first functional group to an element M of an adjacent II-VI semiconducting chalcogenide layer and by a second functional group to an element M from the adjacent opposing II-VI semiconducting chalcogenide layer, so that the adjacent opposing II-VI semiconducting chalcogenide layers are linked by the bifunctional organic ligands of the organic ligand layers. Optical absorption experiments show that these systems produce a significant blue shift in their optical absorption edges, 1.2-1.5 eV, compared to a shift of 1.

Abstract: Hybrid crystalline organic-inorganic quantum confined systems are disclosed, which contain alternating layers of a bifunctional organic ligand and a II-VI semiconducting chalcogenide, wherein the semiconducting chalcogenide layers contain chalcogenides have the formula MQ, in which M is independently selected from II-VI semiconductor cationic species and Q is independently selected from S, Se and Te; and the bifunctional organic ligands of each organic ligand layer are bonded by a first functional group to an element M of an adjacent II-VI semiconducting chalcogenide layer and by a second functional group to an element M from the adjacent opposing II-VI semiconducting chalcogenide layer, so that the adjacent opposing II-VI semiconducting chalcogenide layers are linked by the bifunctional organic ligands of the organic ligand layers. Optical absorption experiments show that these systems produce a significant blue shift in their optical absorption edges, 1.2-1.5 eV, compared to a shift of 1.