Abstract: A system for processing image files includes a palette module, an image file disposal module, and an image file rebuild module. The palette module defines a plurality of colors. The image file disposal module processes a RGB image, and acquiring RGB values of all pixels of the RGB image. The image file rebuild module converts the RGB image to a new image displayed by the plurality of colors defined by the palette module.

Abstract: A printer system includes a server capable of communicating with a printer and a client. The server stores a plurality of theme templates for making three-dimensional paper crafts. Each theme template has a plurality of marks to provide indication to make the paper craft. The marks comprise a series of sequence numbers to fold the theme templates according to the sequence numbers, and an angle number to indicate a folding angle. The server accepts edited templates from the client and sends an instruction to the printer to print the edited templates.

Abstract: A method for detecting blemishes in a RGB image captured by an electronic device includes following steps. The image is read from the electronic device. A center point of the image is defined. Pixels of radials radiating from the center point of the image are detected for detecting blemishes in the image. Blemishes in the image are counted. A total blemish number is compared with a maximum tolerable blemish number. If the total blemish number in the image exceeds the maximum tolerable blemish number, displaying test failure; and if the total blemish number in the image does not exceeds the maximum tolerable number, displaying test pass. A blemish detection system associated with the method is also disclosed.

Abstract: A printing method for printing a file stored in an e-book connecting the e-book and a printer to a network, where the e-book sends a message to find the printer. The printer responds to the broadcasting message to establish connection between the e-book and the printer. The method further includes sending a printing request to the printer by the e-book, and determining whether the file is a format which the printer can directly print. If the file is not a format can be identified by the printer, the e-book decodes the file to a format can be identified by the printer, and uploads to the printer. Then, the printer prints the decoded file.

Abstract: A multiple-input multiple-output (MIMO) wireless communication systems that includes a plurality of adjacent cells, each containing one or more base stations operable to transmit signals to, and receive signals transmitted from, one or more users. The users are operable to feed back to the relevant base station(s) channel state information relating to channel(s) between the relevant base station(s) and the users, and the base stations are operable to adapt signals for transmission to users, based on the fed back channel state information, to account for channel variations. The proposed method involves obtaining information related to time-variation in channel spatial structure, and adjusting the timing with which a user feeds back channel state information, based on the time variation in channel spatial structure. The invention helps to achieve a suitable balance between the feedback overhead and system performance, and may be operable in systems operating according to various CoMP transmission modes.

Abstract: A system and method are used for sending and receiving email. The system includes a gateway. The gateway communicates with the mobile phone via a wireless network capable of receiving a short message sent from a mobile phone. The gateway is connected to a mail server which has a plurality of mailboxes via a network. The gateway is capable of communicating between the mobile phone and the mail server in such a manner that the gateway converts the short message to an email, and sends the email to a receiver's mailbox in the mail server whose address is included in the short message, and the gateway converts the emails of the mailboxes of the mail server to short messages, and sends the short messages to the corresponding mobile phones.

Abstract: A method of selecting a cell or cells for use in multiple-input/multiple-output (MIMO) transmission to user equipment or a relay station in a serving cell of a cellular wireless network, there being a set of N cells of the cellular network from which a selection of cells is to be made, N being an integral number greater than one and the set including the serving cell, the received signal power of the serving cell and the received interference power of the other cells in the set relative to the serving cell are sorted in descending order of power P, such that P0?P1? . . . ?PN-1, and a group of M cells are selected from the said set of N cells, where the cells selected are those giving the smallest value of M for which the inequality ? k = 0 M - 1 ? P k ? ? ? ? i = 0 N - 1 ? P i is satisfied, ? being a first decision threshold parameter.

Abstract: A cell edge coverage hole detection method for a cellular wireless communication system such as an LTE system. A coverage hole in a cell edge region will cause radio link failures, RLF, which are difficult to distinguish from those caused by handover issues. The method collects (S10) RLF reports along with related connectivity patterns and location reports, and identifies (S20) a drive route across a cell edge at which radio link failures are occurring. By correlating (S30) the measurement reports from users travelling in both directions along the route, it can be judged (S40) whether a pattern specific to a coverage hole can be identified, distinguishing coverage holes (S60) from radio link failure occurring as a result of handover failure (S50).

Abstract: A method, apparatus and system for realizing multi-person conversation are disclosed. The method includes: a multi-person conversation window includes a searching window, and a client end receives a searching command and searching information through the conversation window in a multi-person conversation process. The searching information is passed to a server by the client end when the client end receives the searching command. The searching result information matched by the server based on the searching information and sent by the server is received by the client end. The received searching result information is displayed on the searching window of the conversation window by the client end. The method enables the combination between multi-person conversation and webpage searching, so that the switching between a searching webpage and a conversation window can be avoided, and the conversation among multiple persons can be facilitated.

Abstract: A cell edge coverage hole detection method based on collecting (S10) radio link failure, RLF, statistics provided by multiple UE reports at the handover stage. At a cell edge, the handover point varies for each UE due to the differences in parameter settings and measurement values, giving a statistical distribution of the exact handover point. In the method, RLF reports are grouped by connectivity pattern and a specific cell edge is identified for closer investigation (S20). Hysteresis and/or offsets are varied for UEs at the cell edge and subsequent RLF reports are monitored for changes in tendencies of event sequences (S30). If RLF persists for most of the UEs, the method infers from this (S40, S60) the existence of a coverage hole.

Abstract: An automated coverage hole detection (CHD) method based on modifying the setting of a specific parameter of a UE in, e.g., an LTE-based cellular wireless network. Physical RLF events of the UEs, possibly indicative of a coverage hole, are monitored. At least some of the UEs in a given cell are selected for modifying their parameter setting. For UEs that do not have advanced logging and reporting capabilities upon the physical RLF, the existence of a coverage hole is detected by analyzing the correlation between the settings of a timer and the probability for the UE to transit to RRC_IDLE mode. The settings of the timer are systematically adjusted via eNB signalling to evaluate the characteristics of the observed RLFs.

Abstract: A voice control system includes an acoustic sensor, and a digital photo frame. The acoustic sensor is configured to receive a voice signal, and transform the voice signal to an electronic signal. The digital photo frame includes a transforming module, an instruction module, and a comparing module. The transforming module receives the electronic signal sent from the acoustic sensor and transforms the electronic signal to a transformed electronic code. The instruction module defines a plurality of predetermined electronic codes for performing predetermined functions of the digital photo frame. The comparing module compares the transformed electronic code with the predetermined electronic codes. If the transformed electronic code matches one of the predetermined electronic codes, the digital photo frame performs a function of the predetermined functions associated with the matched predetermined electronic code. A method for operating the digital photo frame is also provided.

Abstract: A system for processing image files includes a palette module, an image file disposal module, and an image file rebuild module. The palette module defines a plurality of colors. The image file disposal module processes a RGB image, and acquiring RGB values of all pixels of the RGB image. The image file rebuild module converts the RGB image to a new image displayed by the plurality of colors defined by the palette module.

Abstract: A method for detecting blemishes in a RGB image captured by an electronic device includes following steps. The image is read from the electronic device. A center point of the image is defined. Pixels of radials radiating from the center point of the image are detected for detecting blemishes in the image. Blemishes in the image are counted. A total blemish number is compared with a maximum tolerable blemish number. If the total blemish number in the image exceeds the maximum tolerable blemish number, displaying test failure; and if the total blemish number in the image does not exceeds the maximum tolerable number, displaying test pass. A blemish detection system associated with the method is also disclosed.

Abstract: A sealed composite bin for accommodating and delivering powder or particle material has multiple main bin units (11-13) arranged vertically and connected with each other, each including an arched main top part (111), a cylindrical main side wall (112) and a conical main bottom part (113). The radius of each main side wall is approximately the same, the in-line arrangement of the multiple main bin units (11-13) make the distance between the axes of the adjacent main bin units less than the sum of the radii of the two corresponding main side walls, and the multiple main bin units are communicated with each other. A supplementary bin unit (21) is provided between the adjacent main bin units, and the supplementary bin unit (21) includes a supplementary top part (211) connected to the top parts of the adjacent main bin units and cylindrical supplementary side walls (212,212?) connected to the side walls of the adjacent main bin units.

Abstract: A storage device includes a first storage unit and a second storage unit. The first storage unit stores a driver program and driver program information. The second storage unit includes a detection module, a comparing module, and a taking module. The detection module is capable of detecting information of a driver program in an electronic device. The comparing module is capable of comparing the electronic device driver program information with the first storage unit driver program information to determine which is older. The taking module is capable of taking the electronic device driver program from the first storage unit if the electronic device driver program information is newer than the first storage unit driver program information.

Abstract: A printing system includes a printer and a portable wireless device coupled to the printer. The printer includes a wireless communication interface. The portable wireless device includes another wireless communication interface coupled to the wireless communication interface of the printer via a wireless link, an edit function module for providing an edit function to edit the electronic image, and a print function module capable of sending a printing request to the printer for printing the image. A printing method executable by the printing system is also disclosed.

Abstract: A method for determining the positions of contacts through a global positioning system (GPS) is disclosed. The method includes sending position requests to the contacts, feeding back the current position information of the contacts to a GPS receiver of a user after receiving position requests, searching the contacts located within a same geographical region as the user according to the feedback information and displaying a list of the contacts to the user in the same geographical region.

Abstract: A printer system includes a server capable of communicating with a printer and a client. The server stores a plurality of theme templates for making three-dimensional paper crafts. Each theme template has a plurality of marks to provide indication to make the paper craft. The marks comprise a series of sequence numbers to fold the theme templates according to the sequence numbers, and an angle number to indicate a folding angle. The server accepts edited templates from the client and sends an instruction to the printer to print the edited templates.

Abstract: A testing system includes a computer (10), a motherboard (31) of a mobile phone, a photosensitive component (33) and a measuring device. The motherboard of the mobile phone is connected to the computer. The motherboard of the mobile phone includes a keyboard light (313) disposed thereon. The photosensitive component is capable of sensing the brightness of the keyboard light. The measuring device is connected to the photosensitive component. The measuring device is capable of measuring the resistance of the photosensitive component and transmitting the resistance to the computer. The computer is capable of comparing the resistance with a pre-determined range of values to determine whether the keyboard light of the motherboard meets a standard.