140 results about "Group Label" patented technology

Publishers define relationships between their own content items (e.g., World Wide Web pages) and content items created or maintained by other publishers. A central namespace manager provides grouping labels that publishers insert into their content items. Content items having matching grouping labels are identified as related. Different classes of grouping labels can be used to define different types of relationships, and multiple classes of grouping labels can co-exist. Grouping labels are made available to an information server such as a search server, which uses the labels in identifying content items related to a currently displayed content item.

A method for the automated analysis of digital images, particularly for the purpose of assessing the presence and severity of cancer in breast tissue based on the relative proportions of tubule formations and epithelial cells identified in digital images of histological slides. The method includes the step of generating a property co-occurrence matrix (PCM) from some or all of the pixels in the image, using the properties of local mean and local standard deviation of intensity in neighbourhoods of the selected pixels, and segmenting the image by labelling the selected pixels as belonging to specified classes based upon analysis of the PCM. In this way relatively dark and substantially textured regions representing epithelial cells in the image can be distinguished from lighter and more uniform background regions Other steps include identifying groups of pixels representing duct cells in the image based on intensity, shape and size criteria, dilating those pixels into surrounding groups labelled as epithelial cells by a dimension to correspond to an overall tubule formation, and calculating a metric based on the ratio of the number of duct pixels after such dilation to the total number of duct and epithelial pixels. Other uses for the method could include the analysis of mineral samples containing certain types of crystal formations.

The invention discloses a content putting method and device of an advertising screen. The content putting method includes acquiring corresponding user information through inquiring a group data serveraccording to terminal device information; determining group labels in a period according to the user information and acquiring environment labels in the period according to the environment information of the advertising screen in the period; acquiring advertisement material having a matching degree greater than a matching threshold value and putting the advertisement material onto the advertisingscreen. By adopting the technical scheme provided by the invention, the group labels in the period are determined through the user information and the advertisement material having the matching degree greater than the matching threshold value is acquired and put on the advertising screen, so that a problem of an outdoor advertising screen in incapability of accurate putting of advertisement material for specific audiences is solved, accurate advertisement putting is performed when triggering conditions such as environment scene factors of the advertising screen, external weather factors, audience group factors and real time advertisement owner factors are met, and advertising effect and conversion rate are improved effectively.

The invention provides knowledge graph-based precise-recommendation technology of offline medicine retail. The technology is based on a medicine knowledge graph. The graph mainly includes entities ofdiseases, Chinese and Western medicine, people groups, health products and the like and association relationships among the entities. The association relationships mainly include contraindication relationships, interaction relationships, inclusion relationships, adjoining relationships, assistance relationships, affiliation relationships and the like. A people group set is generated through a people group label generation algorithm based on density clustering, and contains people group category labels and medicine commodities belonging to all the labels; then a target user is labeled accordingto a medicine combination bought by the user; and finally, interest degrees of the user are calculated according to a label, and a recommendation result list is generated. The technology can solve the problems which are of sparseness and single categories of user data and are encountered by medicine retail enterprises in precise recommendation, and the medicine knowledge graph on which the technology is based can also solve the problem of particularity of the medicine commodities and the problem of medicine field knowledge lacking of users. The technology can satisfy most precise-recommendation service demand in an offline medicine retail environment, and has very high market competitiveness and broad application prospects.

The invention concerns a process of selective transfer of labels from an initial support to a final support, each label including at least one element constituent of a microelectronic and/or optoelectronic and/or acoustic and/or mechanical device, with the elements made in a surface layer of the initial support, and the process including the following stages: a) Fixing a transfer support on the surface layer of the initial support; b) Eliminating the part of the initial support that does not correspond to the surface layer; c) Laterally defining the labels by cutting according to the thickness of the surface layer, with the cutting leaving zones to be broken off; d) Grasping one or several labels to be transferred and tearing them off by means of energy intake in the corresponding zones that can be broken off; e) Transfer and fixing the label or set of labels torn off in stage d) on the final support.

An example method includes identifying a fault condition in a network, and evaluating pseudowires affected by the fault condition in order to make a determination as to whether an aggregate failure occurred in the network for a group of pseudowires. The method also includes communicating a group message indicating that the group of pseudowires is associated with the fault condition. The group message includes a group identification (ID), which identifies the group of pseudowires, and the group message includes a pseudowire group label identifying an in-band aggregate channel. More specifically, the pseudowire group label can be applicable to static pseudowires. In more detailed embodiments, the group ID identifies the group of pseudowires that are associated with an attachment circuit, a label switched path, or a port. Internal mappings can be maintained such that a plurality of pseudowires is mapped to individual interfaces of network elements in the network.

This invention discloses one method of adding user to group by batch, which comprises the following steps: customer end inputting multiple member labels and dividing for multiple members; the user ends combines multiple member labels and groups label and relative group labels into servo; the said servo receives said data package analysis and to get member label, group label and division label and adding part or all members to the relative group. This invention also discloses one communication device.

The invention relates to a method and a device for sending a message in instant messaging software. The method comprises the following steps of obtaining a group message including a user label and a label of a group where the user is; when the fact that the group message comprises an anonymous flag bit is detected, replacing the user label in the group message with a corresponding anonymous identity label and generating a group anonymous message; and sending the group anonymous message to the members of the group corresponding to the group label. According to the method and the device for sending the message in the instant messaging software, when the fact that the sent group message comprises the anonymous flag bit is detected, the user label of the group message is replaced with the corresponding anonymous identity label, and the group anonymous message is generated and then sent to the members of the group, so that the user can hide the real identity per se and send the message in an anonymous manner, other persons cannot know the real identity of the user who sends the message, and the safety of private information of the user is improved.

The invention discloses a method for self-defining a group label, which includes the following steps: a client-side accepts the self-defining operation carried out by the user on the local group label information; the client-side generates a request of group label renewal to a group server according to an operation result; the request of group label renewal includes a user mark, an operation command and a group mark corresponding to the group label; the group server renews the group label information corresponding to the group mark according to the operation command. Thereby, the user obtains the group label information which meets the utilization requirement when carrying out group conversation through an instant communications software, and the utilization experience of the user is improved at a certain extent. The invention discloses a client-side, a group server and an instant communications system at the same time.

Disclosed are methods and apparatus for managing dynamic groups. In one embodiment, a method of creating or modifying a group of users is disclosed. A request is received from a first user to create or modify a current group. One or more rules are also received from the first user for specifying members of the current group based on user information that was or will be collected for a plurality of users. In one embodiment, the collected user information includes at least user presence information or user communication data. A membership policy for the current group is then retained based on the received one or more rules. The membership policy for the current group is accessibly usable so as to dynamically allow a selected set of users, who each have corresponding collected user information which meets the membership policy, to become members of the current group, wherein the selected set of users is changeable over time as different user information is collected over time.

The invention relates to a method for application icons of an electronic device and a group setting method. The invention aims to provide a display method for the application icon of the electronic device for displaying a plurality of application icons on a display screen. The display method comprises the following steps of: providing a plurality of group labels, wherein each application icon is selectively corresponding to one of the group labels; providing an arranging sequence of the plurality of group labels; and according to the arranging sequence, arranging the plurality of application icon groups and fully displaying the plurality of application icons on the display screen.

Networks, particularly home networks, may be implemented using peer-to-peer technology. To relieve the user from administrative tasks, some configuration routines for such networks may be automated. Therefore a peer-group selects one of its peers as negotiation peer, having the task to communicate with single other peers or negotiation peers from other peer-groups. When adding or removing single peers, or merging or splitting peer-groups, the group label is usually modified. But it may be advantageous to keep the group label, especially if that label is known to other peer-groups. If a new peer-group in a peer-to-peer network is created by merging or splitting other peer-groups, a method for selecting a group label for the new peer-group comprises determining a negotiation peer, exchanging information between the negotiation peers in the case of merging, comparing features of the two peer-groups and based on the comparison assigning the label of one of the peer-groups to the new peer-group.

The invention provides a lightweight RFID group label authentication method based on a cloud database, aiming at solving the technical problem that a shared key of the cloud database and a group label to be authenticated has update desynchronization and increasing the efficiency and accuracy of authentication at the same time. The method comprises the following implementation steps: (1) a reader broadcasts an authentication request to a group label to be authenticated; (2) the group label to be authenticated gives a response, and the reader forwards the response to the cloud database; (3) the cloud database verifies the identities of the reader and the group label to be authenticated; (4) the cloud database eliminates illegal invalid labels and sends the legal label information to the group label to be authenticated; (5) the group label to be authenticated authenticates the cloud database; (6), the group label to be authenticated eliminates the illegal invalid labels; (7) the cloud database updates the shared key; and (8) the authenticated group label updates the shared key and verifies a key authentication message. According to the lightweight RFID group label authentication method provided by the invention, the two-way authentication between the cloud database and the group label to be authenticated can be realized, and high safety can be achieved.

The present invention relates to a nanoparticle comprising a specific binding reactant, said nanoparticle being useful for determining an analyte to which analyte or complex comprising said analyte said binding reactant is specific. Characteristic for the nanoparticle is that the diameter of said nanoparticle is less than 200 nm, said nanoparticle is coated with multiple said specific binding reactants to the extent that the affinity constant of said nanoparticle towards said analyte essentially exceeds that of free said binding reactant towards said analyte and/or the association rate constant between said nanoparticle and said analyte essentially exceeds the association rate constant between free said binding reactant and said analyte; and said nanoparticle comprises a detectable feature. The invention also relates to biochemical assays using said nanoparticle. The assay further relates to a proximity based homogenous assay comprising a first group labeled with an energy donating compound (donor) and a second group labeled with an energy accepting compound (acceptor), wherein the donor is luminescent and has a long excited state lifetime and the acceptor is luminescent having a short or long excited state lifetime or the acceptor is non-luminescent, and the increase or decrease, respectively, in the energy transfer from the donor to the acceptor resulting from shortening or lengthening, respectively, of the distance between said groups, is measured. Characteristic for the assay is that the donor is a nanoparticle.

This invention relates to group system call method, which comprises the following steps: main call starting group calls; basic station forming relative address through mapping relationship according to main call number or group label and to directly call user in basic station; basic station establishing call business channel for main call and called users for business matching. This invention needs not group transfer codes analysis and conversion through relationship between call number and address to call users on basic station side.

The invention provides a method and an apparatus for processing relational data. The method comprises: acquiring new relational data; determining groups where the historical node having an association relationship with the new node is located based on the added relational data, and using the determined groups as group nodes; repeating the following clustering process until group labels of all nodes are not changed, wherein the clustering process comprises: sending a group label of sending nodes to a node that has relation with it, where the sending nodes include a new node and a group node associated with the new node, the initial group label of the new node is the label of the new node; according to the preset selection strategy, selecting one of the group label and the received label of the node for the node receiving the label, and replacing the group label of the node with the selected label. The method and the apparatus for processing relational data of the invention can reduce the consumption of computing resources and time caused by the new relational data.

The invention discloses an online prediction method and system for the remaining service life of hard disk equipment, and belongs to the technical field of computer storage. According to the invention, SMART information and I/O state information of hard disk equipment are taken as the basis; remaining service life online prediction of the hard disk equipment is carried out, SMART data records reliability indexes of multiple hard disk operation states, I/O state information comprises time consumed by an I/O request on the hard disk equipment, and time irrelevant to the service life of the harddisk equipment is removed; based on the collected I/O state information, a plurality of derivative variable attributes are generated, and the derivative variables are strongly related to the service life of the hard disk and reflect the internal relation between the hard disk state information and faults; group label assignment is adopted, the training effect is prevented from being affected by using temporary variables with large changes, a bidirectional long-short-term memory neural network is selected as a prediction model, a current value is reasonably predicted in combination with front and back hidden layers, the root mean square error and the average absolute error are effectively reduced, and therefore the hard disk life prediction precision is improved.

The embodiment of the invention discloses a power user analysis method, a device and an electronic device based on big data analysis. The method comprises the following steps: according to a pluralityof preset user tags generated based on at least two dimensions, matching corresponding user tags for each user in the power network, and taking each user as a network node to construct a relationshipnetwork of power users and their tags; calculating a correlation degree between any two nodes in the relational network; according to the degree of correlation between any two nodes in the network, the nodes being merged to form a plurality of user groups; determining group label attributes and power consumption behavior characteristics of each user group. The invention is convenient to provide personalized power consumption service for electric power users, precisely implement demand response strategy, and thoroughly discover customer value.

In a coding system, input data within a system is encoded. The input data might include sequences of symbols that repeat in the input data or occur in other input data encoded in the system. The encoding includes determining a target segment size, determining a window size, identifying a fingerprint within a window of symbols at an offset in the input data, determining whether the offset is to be designated as a cut point and segmenting the input data as indicated by the set of cut points. For each segment so identified, the encoder determines whether the segment is to be a referenced segment or an unreferenced segment, replacing the segment data of each referenced segment with a reference label and storing a reference binding in a persistent segment store for each referenced segment, if needed. Hierarchically, the process can be repeated by grouping references into groups, replacing the grouped references with a group label, storing a binding between the grouped references and group label, if one is not already present, and repeating the process. The number of levels of hierarchy can be fixed in advanced or it can be determined from the content encoded.

A method, a system and a server for logging in public chat groups based on mobile terminals belong to the technical field of information processing. The method includes that the server obtains user information of login users and group information of each public chat group; the user information comprises one kind or a plurality of kinds of age information, gender information, occupational information and hobby information; the group information at least comprises chat group labels; the server performs group selecting processing to obtain temporary distribution information corresponding to the users; the group selecting processing comprises retrieval of the chat group labels; the public chat groups corresponding to parts or all of the user information of the users are arranged to serve as temporary chat groups of the users; and the temporary chat groups serve as the temporary distribution information of the users. The method, the system and the server enable the users to access the interested public chat groups which the users are interested in rapidly and accurately.

The invention relates to a method for gender identification of a cell-phone subscriber. There are two main steps: constructing a general model of female and male calling behaviour from a set of variables obtained for each subscriber; and classifying an individual calling behaviour of a subscriber comparing it with the general model. The method includes the step of constructing the general model comprises obtaining a set of data, that may be obtained from calling detail records, that are saved at a database every time a subscriber makes or receives a phone call; computing a set of variables using a set of instances from subscribers who their gender is already known; and applying an algorithm which generates groups labelled as male or female behaviour. Finally, in the step of classifying, the gender of the subscriber is identified by assigning to the subscriber the label of the closest group.