40 results about "Group property" patented technology

Automatic sorting and grouping of electronic mail items in an electronic mail system is provided. An automatic mail grouping property may be selected for electronic mail received, sent or stored in a variety of storage folders. For a given mail location (e.g., received mail, sent mail, or a given mail storage folder), a selected automatic grouping property causes mail to be displayed to a user in one or more categories that make location of specific mail items easier and more efficient. Visible dividers with optional headings may be provided between mail categories to quickly draw a user's attention to a given mail category and to separate large numbers of mail into logical groupings that make location of specific mail items more manageable.

A system and method for grouping processors is presented. A processing unit (PU) initiates an application and identifies the application's requirements. The PU assigns one or more synergistic processing units (SPUs) and a memory space to the application in the form of a group. The application specifies whether the task requires shared memory or private memory. Shared memory is a memory space that is accessible by the SPUs and the PU. Private memory, however, is a memory space that is only accessible by the SPUs that are included in the group. When the application executes, the resources within the group are allocated to the application's execution thread. Each group has its own group properties, such as address space, policies (i.e. real-time, FIFO, run-to-completion, etc.) and priority (i.e. low or high). These group properties are used during thread execution to determine which groups take precedence over other tasks.

A method and system for processing, in a wireless communication device, data concerning a group resource allocation enables efficient use of radio frequency resources. The method includes processing a group properties message received from a radio access network (block 1410). The group properties message comprises group properties for a scheduling group, and the group properties comprise a group identifier that identifies the scheduling group. A group assignment message received from the radio access network is then processed (block 1425). The group assignment message comprises the group identifier and a position assignment within the scheduling group. The group properties are then associated with the group assignment message (block 1430).

The invention relates to a screening grouping method of echelon utilization type lithium batteries, and belongs to the technical field of determination of parameters of the lithium batteries. According to the technical scheme, the screening grouping method of the echelon utilization type lithium batteries comprises the following steps: testing and calculating so as to obtain a battery dQ/dV-V curve, analyzing ageing reasons of return power batteries by adopting an ICA (Incremental Capacity Analysis) method, and firstly rejecting the return power batteries, negative active materials of which are lost; testing to obtain the capacities, ohmic internal resistance, polarization internal resistancs and self-discharge values of the echelon utilization type lithium batteries, and screening the batteries according to indexes; and regrouping the screened batteries. The screening grouping method of the echelon utilization type lithium batteries has the beneficial effects that serious declining batteries are rejected by screening the echelon utilization type lithium batteries so as to ensure that the echelon utilization grouping property of the batteries is not affected by individual damaged battery; the batteries which are similar in terms of capacity, ohmic internal resistance and polarization internal resistance are clustered together by using a weighting k-means clustering method, and due to the setting of weights, the capacity utilization rate of a battery group is ensured; the forming consistency of the echelon utilization type lithium batteries can be improved, and the service life of the echelon utilization type lithium batteries is prolonged.

In a system for providing a service to members of a group, a more complex form of the group can be flexibly and appropriately dealt with, and the service that is more convenient for the group can be provided. A group management database stores a group property, thereby a quantity of prints printed by a laboratory and information provided by a terminal can be determined based on the group property and the number of the members, for example. Furthermore, the group can be changed. In addition, security of image search can be set for the group by using the terminal. One of the members in charge of payment is registered for the group so that the member can collectively pay for the group.

The invention discloses a database compressing method which comprises: establishing compressing method set for each type of database element group and numbering the compressing method; according to the type of the database element group to select corresponding compressing method and putting its number on the head of the compressed element group; compressing the property value with the method that corresponds to the number and putting the compressed property value in the compressed element group. The invention also discloses a database decompress method which comprises selecting the compress method number from the head of element group; decompressing the element group property value according to its compressing method; putting decompressed property value in the decompressed element group.

The invention provides an information transmission method, a receiving processing method, a front end and a transceiving system. The information transmission method comprises: a step of grouping, in which data to be sent is grouped into a real-time data group and a conventional data group, and the grouped data is optimized respectively; a step of pre-processing, in which the data in the real-time data group is subjected to redundant array of independent disk (RAID) grouping, and the data in the conventional data group is unpacked; a step of dynamic bandwidth, in which a dynamic bandwidth allocation technology is adopted to adjust the sending speed of each group according to the grouping property of the data and data size, on the premise of not exceeding the limitation of a total bandwidth, so as to maintain a corresponding frequency for bandwidth utilization; and a step of data sending, in which a ground digital television front end transmits the data.

A novel dynamic spatial clustering construction and visualization system is configured to intelligently and autonomously determine optimal office space divisions for improved space efficiency and/or productivity of an organization in a particular office floorplan. Instead of requiring a human operator intervention to input step-by-step instructions or floor plan map manipulations into the system, the dynamic spatial clustering construction and visualization system can autonomously and intelligently determine optimal spatial clustering from a given set of space segments, grouping properties, and geographic features of a computerized office floor plan, by machine-determined isolation and sub-grouping of space marker icons based on known common traits per icon, by determining separate clusters within each subgroup using a density-based clustering algorithm, by creating space marker boundary indicators to approximate required spaces without spatial waste, and by executing a convex hull algorithm on each defined cluster to define the new boundary per cluster without spatial waste.

The invention provides a management method and device of mobile terminal call records and a mobile terminal. The management method comprises the following steps that a mobile terminal obtains N call records stored in the mobile terminal, wherein N is a positive integer; the mobile terminal obtains N group properties corresponding to N call records according to the group properties of the address list in the mobile terminal; the mobile terminal divides N call records according to N group properties corresponding to N call records into M showing groups respectively, wherein M is a positive integer and M is less than N, and showing the least part of M showing groups at the communication management page of the mobile terminal. According to the management method of mobile terminal call records of the embodiment of the invention and call records classification management through group properties, user can conveniently browse call records and quickly call back through call records information, so that the user experience is improved.

The invention relates to the technical field of sewage treatment and especially relates to a hyperbranched diazonium salt-based polyurethane hydrophilic modification method. The hyperbranched diazonium salt-based polyurethane hydrophilic modification method comprises hyperbranched diazonium salt solution dilution, polyurethane grafting and polyurethane hydrophilic modification. The hyperbranched diazonium salt-based polyurethane hydrophilic modification method utilizes hyperbranched diazonium salt polyfunctional group properties and high reaction activity to realize immobilization of an anionic polyelectrolyte to the surface of polyurethane so that polyurethane hydrophilic modification is realized. The modification method has simple processes, can be operated easily and is conducive to industrialization.

The invention discloses a social group finding method based on a cluster fusion algorithm, and the method comprises the steps: firstly generating a reference class through social network data, enabling social users in the same reference class to have similar group property; employing an adopting device for basic clusters to generate various types of basic cluster sets; employing the cluster fusion algorithm for each basic cluster set, carrying out the fusion of cluster fusion results through employing the cluster fusion algorithm, and generating a candidate reference; employing a screening device for the candidate reference, and obtaining a reference according to a set screening condition; employing the reference to evaluate the cluster quality; and evaluating the cluster quality through employing an external method after the reference is obtained. The method achieves the fusion of the decisions of basic clusters, and obtains a more accurate and robust decision. The method improves the group and individual finding accuracy in social network data, enables a service provider to obtain enough user information, improves the service quality, and is great in use value.

The invention discloses an image annotation method based on a sparse group structure, which comprises the following steps: 1) extracting the characteristics of an image data set; 2) selecting n pieces of data from each image data set to serve as a training set, taking the rest data as a test set, and enabling each annotated word to appear in the training set; 3) selecting the characteristics of the image by the sparse group structure; and 4) further optimizing an annotation result according to the relationship between image annotation words. In the image annotation method, the image characteristics are screened by fully utilizing the group property of image heterogeneity characteristics, the image annotation is optimized by relevance between the image annotation words, and an annotation result obtained with the image annotation method disclosed by the invention is more accurate than the annotation result obtained with the traditional annotation method.

A seed selection method of a high stigma exsertion rate japonica two-line sterile line belongs to the fields of two-line hybrid japonica rice genetic breeding and seed production. The method comprises the following steps: 1 choosing a two-line sterile line with a high stigma exsertion rate as a donor parent; 2, hybridizing the donor parent with a japonica two-line sterile line; 3, selecting individual plants with the stigma exsertion rate reaching above 95% from the above obtained F2 generation; 4, selecting materials with high stigma exsertion rate and stable and consistent group properties from the above obtained F3 to F7 generations; 5, carrying out high stigma exsertion rate gene positioning on the obtained materials, and selecting low initial temperature materials by using a greenhouse; 6, hybridizing the materials obtained in step 5 with conventional japonica rice, backcrossing the F2, selecting thoroughly abortive individual plants from BC1F2, cutting spikes, and collecting seeds; 7, continuously inbreeding the obtained materials in Hainan to F4, experimentally planting the BC1F5 in different latitude regions, selecting temperature and light-insensitive sterile individual plants, cutting spikes, and collecting seeds; and 8, carrying out stigma exsertion gene detection on the obtained materials, and finally screening a two-line sterile line material with a high stigma exsertion rate. The method can significantly improve the breeding efficiency and the seed yield.

A key selection vector for a revocation list in an HDCP system as well as a mobile device and a method for processing a key selection vector, a digital content output device using a key selection vector and a revocation list for use in an HDCP system comprising a key selection vector are described. It is desired to improve handling of key selection vectors of revocation lists. A structured key selection vector for a revocation list is provided. The key selection vector is structured to contain at least one bit field with a predetermined number of bits and at a predetermined location in the key selection vector. The bit field contains information relating to a group property of a device, which group property allows to process as a group a plurality of key selection vectors storing the same or similar group property information in said at least one bit field.

The invention concerns a method for characterizing mode group properties of multimodal light traveling through an optical component, comprising: - providing a Mode Group Separating optical fiber in an optical path between a light source and said optical components - launching reference pulses of light with a wavelength [lambda]t from said light source through said Mode Group Separating optical fiber into said optical component at discrete intervals between a core center and a core radius of said fiber. The Mode Group Separating optical fiber is a multimode fiber with an a-profile graded index core with an alpha-value chosen such that said fiber satisfies the following criterion at the wavelength [lambda]t: formula (I) where: - [delta] is a time delay difference between consecutive mode groups; - L is a length of said fiber; - [delta]T REF is a Full Width at Quarter Maximum of said reference pulses.

In the disclosed design systems and methods, a schematic diagram includes nets and, connected to at least some nets, single-pin first and second imaginary devices. On any given net, a first imaginary device is associated with a tracking group property of the net (where nets in the same tracking group are in-phase) and a second imaginary device is associated with a voltage property of the net. A design layout generated based on the schematic diagram includes: net shapes representing the nets and, on net shapes that represent nets connected to the imaginary devices, tracking group and voltage labels corresponding to the tracking group and voltage properties. Net shape placement within the design layout and design rule checking are performed according to design rules that dictate placing net shapes with the same tracking group label together and further dictate minimum allowable spacing requirements depending upon the tracking group and voltage labels.

The invention discloses a protein structure ab into prediction method based on a firefly algorithm. The method includes that under a basic firefly algorithm frame, a coarseness energy model is adopted to effectively lower conformational space dimension, group property of the firefly algorithm is utilized to guarantee diversity of protein conformation, segment assembling technology is adopted to initialize conformational group, a dihedral angle is used to express position of conformation in space according to a coarseness expression model of the protein conformation, energy ranking is adopted to determine a strongest luminous individual, position of the conformation is updated by calculating attraction degree among individuals, and approximately-natural-state conformation with lowest energy is acquired by searching in the conformational space. By applying the method in protein structure prediction, conformation high in predication accuracy and low in complexity can be acquired.