Abstract: A system is configured to obtain an estimated degree of interference for each of a plurality of beams. The estimated degrees of interference are determined based on properties of received signals transmitted by a transmitter in the first cell using the plurality of beams. The signals have been received by mobile devices while in the serving area of at least one second cell. The system is further configured to take a decision, based on the estimated degrees of interference, whether to avoid usage of one or more beams and/or whether to adjust one or more beams, which are transmitted in a spectrum shared by the cells, determine a set of beams in accordance with the decision, and cause the transmitter to use the set of beams to transmit wireless signals to mobile devices in the first cell.

Abstract: The present invention provides novel use of Lactobacillus paracasei subsp. paracasei K56 in alleviation of intestinal inflammation. Lactobacillus paracasei subsp. paracasei K56 of the present invention has the deposit number CGMCC 15139 or DSM 27447. It was discovered in the present invention that the strain alone was highly efficacious at alleviating intestinal inflammation, reducing inflammatory factors IL-6 and/or TNF-?, promoting the anti-inflammatory factor IL-10, and reducing the tissue damage of colitis.

Abstract: The present invention provides novel use of Bifidobacterium lactis BL-99 in suppression of intestinal inflammation. Bifidobacterium lactis BL-99 of the present invention has the deposit number CGMCC 15650. It was discovered in the present invention that the strain alone was highly efficacious at suppressing intestinal inflammation, reducing inflammatory factors IL-6 and/or TNF-?, promoting anti-inflammatory factor IL-10, and reducing the tissue damage of colitis.

Abstract: A reactive dye compound and preparation method and application for printing and dyeing of cellulosic fibers, polyamide fibers and fabrics thereof. Formula (I) is the dye compound structure where D1 and D2 are each independently the group of the following formula (a) or (b) or (c), and D1 and D2 are not simultaneously selected from the following formula (a). R1, R2, R4, R5, R7 and R8 are each independently H, linear or branched C1˜C4 alkyl, C1˜C4 alkoxy or sulfo; m=0-3. Each R3 is independently selected from amino, sulfo, ureido, C1˜C4 alkyl, C1˜C4 alkanoylamino or C1˜C4 alkoxy, n=0-3, and each R6 is independently selected from hydroxyl, amino and sulfo. X1, X2 and X3 are each independently H, C1˜C4 alkyl, C1˜C4 alkoxy, —SO2Y1, —NHCO(CH2)pSO2Y2 or —CONH(CH2)qSO2Y3, and at least one of D1 and D2 contains a fiber-reactive group. Y1˜Y3 are each independently —CH?CH2, —C2H4OSO3H or —CH2CH2Cl, p=1-3, and q=1-3.

Abstract: A method of scheduling transmissions to client devices comprises receiving feedback (f1a-f3d) about a plurality of candidate downlink frequency resources (91-94) from a plurality of client devices and/or measuring channel qualities of a plurality of candidate uplink frequency resources (95-98) from receptions of transmissions, e.g. of the feedback, by the plurality of client devices. The method further comprises selecting a subset (92) of the plurality of candidate downlink frequency resources and/or a subset (96) of the plurality of the candidate uplink frequency resources based on the received feedback and/or the measured channel qualities. The method further comprises scheduling transmissions (dd1-3) to the client devices on the selected subset of candidate downlink frequency resources and/or transmissions (ud1-3) from the client devices on the selected subset of uplink frequency resources.

Abstract: A method includes: determining at least one typical object ratio from a first training data set by counting ratios of objects in training pictures of the first training data set; determining at least one picture scaling size based at least on the at least one typical object ratio; scaling the training pictures of the first training data set according to the at least one picture scaling size; obtaining a second training data set by slicing the scaled training pictures; training an object detection model using the second training data set; and performing object detection on a to-be-detected picture using the trained object detection model. The object detection method according to the embodiments of the present disclosure can be used to complete, without manual intervention, a task of detecting an extremely small object.

Abstract: The invention relates to a wireless access telecommunications system comprising at least an SA-cell with which a terminal in an active mode is configured to have a data connection and an LA-cell on which the terminal in an idle mode is configured to camp. A method for the terminal to at least obtain LA-cell system information and SA-cell system information includes, when the terminal is in the active mode and an SA-cell radio interface of the terminal is enabled, the terminal receiving at least a part of the SA-cell system information for the terminal from the SA-cell via the SA-cell radio interface. The method further includes enabling an LA-cell radio interface of the terminal during one or more of a plurality of LA time periods and receiving at least a part of the LA-cell system information for the terminal from the LA-cell via the LA-cell radio interface.

Abstract: The invention relates to a wireless access telecommunications system comprising at least an SA-cell with which a terminal in an active mode is configured to have a data connection and an LA-cell on which the terminal in an idle mode is configured to camp. A method for the terminal to at least obtain LA-cell system information and SA-cell system information includes, when the terminal is in the active mode and an SA-cell radio interface of the terminal is enabled, the terminal receiving at least a part of the SA-cell system information for the terminal from the SA-cell via the SA-cell radio interface. The method further includes enabling an LA-cell radio interface of the terminal during one or more of a plurality of LA time periods and receiving at least a part of the LA-cell system information for the terminal from the LA-cell via the LA-cell radio interface.

Abstract: The present disclosure provides an air duct assembly of a refrigerator, comprising: a main body, the main body being provided with an air inlet toward one side of the main body, a plurality of air outlets formed in areas of two sides of the main body, and an air-uniformizing partition plate provided on the main body and located above the air inlet, and the air-uniformizing partition plate divides the air entered from the air inlet into the areas of two sides of the main body and the air is discharged via the plurality of air outlets.

Abstract: The client device (1) of the invention is configured to receive service information from a first network device (19) in a first communication network, determine time periods (71) from the service information and transmit client information to a second network device (11) in a second communication network. The time periods indicate when the client device is unavailable for receiving transmissions from the second network device and the client information identifies the time periods. The second network device is configured to receive the client information from the client device, determine exclusion time periods (72) from the client information, prepare transmission of a data unit (61, 63) to the client device, schedule transmission of the data unit at a time outside the exclusion time periods, and transmit the data unit to the client device at the scheduled time.

Abstract: The invention is directed at a method of distributing system information to one or more mobile terminals in a cellular telecommunications network. The network comprises at least one signaling cell serving a first coverage area, and one or more data cells associated with said signaling cell, each one of said data cells serving a respective partial coverage area covering at least a part of the first coverage area. For each one of said data cells, the respective data cell is operated in either an active or inactive communication mode depending on whether there is at least one of said mobile terminals present in the partial coverage area of said respective data cell, and whether said at least one mobile terminal operates in an active terminal mode and is not served by other data cells.

Abstract: A system (1) is configured to select candidate sets of cell groups from a collection of sets of cell groups and arrange transmission of one or more messages to multiple mobile devices (11-15). The one or more messages specify at least one cell group per candidate set of cell groups for each of the mobile devices. The system is further configured to receive responses to the one or more messages. The responses comprise feedback from each of the mobile devices on the specified cell groups. The system is further configured to select one or more sets of cell groups from the candidate sets based on the received responses. A mobile device is configured to perform measurements on the specified cell groups after receipt of the one or more messages and to transmit the feedback in dependence on the measurements.

Abstract: A reactive dye compound and preparation method and application for printing and dyeing of cellulosic fibers, polyamide fibers and fabrics thereof. Formula (I) is the dye compound structure where D1 and D2 are each independently the group of the following formula (a) or (b) or (c), and D1 and D2 are not simultaneously selected from the following formula (a). R1, R2, R4, R5, R7 and R8 are each independently H, linear or branched C1˜C4 alkyl, C1˜C4 alkoxy or sulfo; m=0-3. Each R3 is independently selected from amino, sulfo, ureido, C1˜C4 alkyl, C1˜C4 alkanoylamino or C1˜C4 alkoxy, n=0-3, and each R6 is independently selected from hydroxyl, amino and sulfo. X1, X2 and X3 are each independently H, C1˜C4 alkyl, C1˜C4 alkoxy, —SO2Y1, —NHCO(CH2)pSO2Y2 or —CONH(CH2)qSO2Y3, and at least one of D1 and D2 contains a fiber-reactive group. Y1˜Y3 are each independently —CH?CH2, —C2H4OSO3H or —CH2CH2Cl, p=1-3, and q=1-3.

Abstract: A system (1) is configured to associate each of multiple sets of cell groups to at least one of multiple successive time periods and for each successive time period, associate each of multiple mobile devices (11-15) to one cell group of the set associated with the time period. The system is further configured to arrange transmission of one or more messages to the mobile devices, the messages instructing each mobile device to participate during each of the successive time periods in a cell group and control multiple base stations (21-25) to form, during each of the successive time periods, the cell groups. The system is also configured to determine and/or receive sets of performance indicator values relating to actual transmissions between the mobile devices and the base stations during the successive time periods, and select one set of the sets of cell groups based on the performance indicator values.

Abstract: A method of scheduling transmissions to client devices comprises receiving feedback (f1a-f3d) about a plurality of candidate downlink frequency resources (91-94) from a plurality of client devices and/or measuring channel qualities of a plurality of candidate uplink frequency resources (95-98) from receptions of transmissions, e.g. of the feedback, by the plurality of client devices. The method further comprises selecting a subset (92) of the plurality of candidate downlink frequency resources and/or a subset (96) of the plurality of the candidate uplink frequency resources based on the received feedback and/or the measured channel qualities. The method further comprises scheduling transmissions (dd1-3) to the client devices on the selected subset of candidate downlink frequency resources and/or transmissions (ud1-3) from the client devices on the selected subset of uplink frequency resources.

Abstract: A multitude of systems and methods are provided. An encryption method and system utilizing vector label input threshold encryption is included, enabling decentralized confidentiality and decentralized, fine-grained, and attributed-based access control, enabling clients to define by whom, when, and how their data is accessed. Additionally, the disclosed systems and methods can include publish/subscribe mechanisms while achieving confidentiality-preserving and decoupled publish/subscribe messaging and strong total order for publications even with crytographic access control enforced.

Abstract: A laser processing system includes a first positioning system (1044) for imparting first relative movement of a beam axis along a beam trajectory (1062) with respect to a workpiece (1060), a processor for determining a second relative movement of the beam axis (1061) along a plurality of dither rows, a second positioning system (1042) for imparting the second relative movement, and a laser source (1046) for emitting laser beam pulses. The laser beam pulses of individually selected energies can be directed to individually selected transverse spot locations (5310) one or more times during a primary laser pass to permit three-dimensional patterning. The laser beam pulses can also be directed to the spatially identical, overlapping, or non-overlapping neighboring spot area locations on the workpiece in a temporally nonsequential order.

Abstract: The invention relates to a telecommunications system comprising at least a plurality of SA-cells. The invention provides a method for a terminal to facilitate establishment of a data connection between the terminal and at least one of the SA-cells. The method includes steps of, while the terminal is in an idle mode, the terminal transmitting an information request message (IRM) for the plurality of SA-cells and receiving, from each SA-cell of one or more SA-cells of the plurality of SA-cells, a message comprising at least information indicative of a strength with which the each SA-cell received the IRM. The method further includes the step of, at least partially based on the messages received from the one or more SA-cells, the terminal selecting an SA-cell of the plurality of SA-cells for establishing the data connection between the terminal and the selected SA-cell.

Abstract: The invention relates a method and system for assessing coverage of a wireless access network within a desired area via cooperating wireless access networks and terminals capable of measurement and reporting across the different wireless access networks. The cooperation refers to, among other things, the ability of obtaining coverage assessment for one of the wireless access networks using results of the measurements collected at one of the other wireless access networks. In this manner, more accurate and complete coverage assessment may be obtained, relative to the prior art approaches.