34results about How to "Flexible reception" patented technology

A method for combining multiple probability of click models in an online advertising system into a combined predictive model, the method commencing by receiving a feature set slice (e.g. corresponding to demographics or taxonomies or clusters), and using the sliced data for training multiple slice-wise predictive models. The trained slice-wise predictive models are combined by overlaying a weighted distribution model over the trained slice-wise predictive models. The combined predictive model then is used in predicting the probability of a click given a query-advertisement pair in online advertising. The method can flexibly receive slice specifications, and can overlay any one or more of a variety of distribution models, such as a linear combination or a log-linear combination. Using an appropriate weighted distribution model, the combined predictive model reliably yields predictive estimates of occurrence of click events that are at least as good as the best predictive model in the slice-wise predictive model set.

The embodiment of the invention provides fragmental message receiving and processing method and device. The fragmental message receiving and processing method comprises the steps of: acquiring the length of a fragmental message to be received and detecting the residual caching capacity of a current caching space for storing the fragmental message; and if the fragmental message is confirmed to be a long message according to the length of the fragmental message, then treating the fragmental message according to the residual caching capacity and a preset first threshold value; wherein the first threshold value is the minimum value of the residual caching capacity for allowable received long message, and the long message is the fragmental message with the message length exceeding a preset length. In the embodiment of the invention, firstly, whether the fragmental message is the long message or not is judged according to the length of the fragmental message received by each port, and if the fragmental message is the long message, whether to cache the fragmental message or not is judged according to the residual caching space capacity and a threshold value. The embodiment enhances the capacity on receiving the long message and enables the receiving process to be more flexible, thereby improving the probability on receiving the long message correctly, avoiding network blocking and improving the cost performance of the product.

The invention discloses an electrostatic spinning patterning collection method and an electrostatic spinning apparatus. Based on a conventional electrospinning technical method, through a composite electrospinning material and changing of a receiving apparatus, a novel orderly controllable receiving apparatus and a control method are developed, and an orderly electrospinning fiber structure body with a needed pattern shape is prepared through preparing an organic/inorganic composite material electrostatic spinning liquid with a certain ratio and changing a carrying portion. The method and the apparatus are high in controllability, fibers are directionally consistent and orderly, the electrospinning collection is more flexible, the control method is simpler, and the receiving patterning effect is better. According to the invention, obtained electrospinning fiber films in any shapes can also be applied to such biomedical fields as magnetic medicament transportation, cell marking, biosensors and the like, and the application of electrospinning in industries especially bio-manufacturing is expanded.

The invention discloses a dynamic alignment method of FPGA multi-channel serial data based on a training sequence. The method is as follows: performing a serial-to-parallel conversion operation on high-speed serial data of channels; detecting and compensating offsets of clock latching edges and data centers of the channels, and performing bit alignment; performing a sliding operation on the outputparallel data, and performing byte alignment; and performing the same delay on the parallel data output by the channels, and performing channel alignment. According to the method, dynamic alignment of the FPGA multi-channel high-speed serial data is achieved by using a training word as reference, and the alignment mainly comprises bit alignment, byte alignment and channel alignment. By adoption of the dynamic alignment method, the reception of multi-channel high-speed data is more flexible, the alignment operation can be automatically performed on data lines and clock lines of the channels inreal time according to the physical state of a current transmission system, the change in an external environment is continuously adapted, the reliable transmission and reception of data are ensured,and the transportability is good.

The present invention relates to the broadcast television technical field, which discloses a multimedia message sending system by utilizing a digital television. The system comprises: a digital television terminal and a digital television multimedia message center, the digital television terminal is used for editing and importing the multimedia message which is sent to the digital television multimedia message center through the digital television network, and receiving and displaying the multimedia message sent by the digital television multimedia message center through the digital television network; the digital television center is used for receiving the multimedia message from the digital television terminal and then validating and verifying, and sending the validated and verified multimedia message to the multimedia message receiving terminal through the digital television network, the communication network or the Internet. The present invention also discloses a multimedia message sending method by utilizing the digital television. By utilizing the present invention, the multimedia message sending through the digital television is achieved, the advantage of the television as a multimedia terminal is exerted, and the telecom multimedia message service is expanded to the broadcast television platform successfully.

The present invention relates to the broadcast television technical field, which discloses a multimedia message receiving system by utilizing a digital television. The system comprises: a digital television multimedia message center and a digital television terminal, the digital television multimedia message center is used for receiving the multimedia message from the digital television terminal and then validating and verifying, and sending the validated and verified multimedia message to the multimedia message receiving terminal through the digital television network; the digital television terminal is used for receiving and displaying the multimedia message sent by the digital television multimedia message center through the digital television network. The present invention also discloses a multimedia message sending method by utilizing the digital television. By utilizing the present invention, the multimedia message sending through the digital television is achieved, the advantage of the television as a multimedia terminal is exerted, and the telecom multimedia message service is expanded to the broadcast television platform successfully.

The embodiment of the invention provides a reference signal transmitting method, a reference signal receiving method, an access network device and a terminal device. The reference signal transmittingmethod comprises the following steps: the access network device determines a de-modulation reference signal DMRS pattern corresponding to an antenna port; the access network device transmits first indication information to the terminal device, wherein the first indication information is used for indicating the DMRS pattern corresponding to the antenna port; and the access network device transmitsthe DMRS to the terminal device through the antenna port and the DMRS pattern. In the embodiment of the invention, the DMRS resource corresponding to a transmission antenna port can be indicated flexibly through the DMRS pattern.

The embodiment of the invention provides an optical transmission system, a scheduling node, a wave combining node and a wave dividing node. In the embodiment of the invention, the optical transmissionsystem can comprise a wave combination node and a wave division node, the wave combination node comprises at least two first optical path selection devices and an optical path synthesis device, optical path signals received by the at least two first optical path selection devices are synthesized through the optical path synthesis device, and two paths of synthesized optical path signals are sent,so that the wave combination node can realize a combined optical path selection device, the transmission rate of the optical signal is flexibly adjusted, that is to say, grids for optical signal transmission are flexibly adjusted, so that the channel interval of the optical signal is adjusted, the optimal channel interval is provided according to different electric layer rates, and meanwhile, thewave combination node can also provide more signal input ports, so that the access capability of the wave combining and dividing function is improved, the optical transmission system, the schedulingnode, the wave combining node and the wave dividing node are suitable for the multi-rate hybrid networking application scene, and meanwhile, the function of light splitting protection is realized.

The invention provides a method for converting serial data of an electronic scale into computer universal serial bus (USB) data, which comprises the following steps that: a computer sets a serial communication protocol of various electronic scales and a parameter for converting the elements and serial data of the electronic scale into a USB data format, and stores the protocol and the parameter in a flash chip; and a serial interface receives the serial data of the electronic scale, performs level conversion on the serial data through a serial chip, and sends the serial data subjected to level conversion to a singlechip, and the singlechip converts the serial data subjected to level conversion into a character string according to the parameter prestored in the flash chip, and sends the character string to the computer through a USB interface. The invention also provides a device for converting the serial data of the electronic scale into the computer USB data. By the method and the device, the difficulty of data transmission between a serial port of the electronic scale and a USB port is reduced, and the serial data of the electronic scale is converted, can be directly sent to software such as notepad, excel, word and the like of the computer and is stored.

The invention relates to a service data sending method, a media switching center and a network system. The service data sending method comprises that a service sending demand sent by a sending user is received; when a preferred terminal preset by a receiving user is judged and learned to be in a receivable status, if the data format and /or size corresponding to the service sending demand sent by the sending user are / is judged and learned to be inconsistent with those / that supported by the preferred terminal, the data are sent to an alternative terminal preset by the receiving user. Through the service data sending method, the media switching center and the network system, a multimedia information transfer service is achieved, and users can flexibly receive and check multimedia contents.

The invention discloses a multi-modal MRI synthesis method based on potential information representation GAN. The multi-modal MRI synthesis method comprises the following steps: inputting collective information of different MRI modals into a generation network; the generation network respectively extracting potential information representation of multiple MRI modes by using different encoders; further transmitting the extracted potential information representation to a potential space processing network for integrated processing; obtaining a corresponding synthetic target mode by a decoder toserve as a synthetic image; jointly inputting the synthesized image and the real image into an identification network; distinguishing the real image from the generated image by the authentication network. According to the invention, a plurality of input modes can be flexibly received and synthesized, so that information loss can be effectively avoided, the fidelity of a synthesized image is effectively improved, and a high-quality image which truly reflects a detection part is obtained. The method is wide in application range, high in calculation efficiency and good in actual application effect.

The embodiment of the invention provides a method and a device for displaying an ad, so as to display an ad sent by a server in real time. The method comprises steps: one piece or multiple pieces of ad data sent by the server through a Socket long connection with user equipment during a live broadcast process is received; according to the ad data receiving sequence, the one piece or multiple pieces of ad data is stored to a variable array of the user equipment; the first piece of ad data in the variable array is acquired; based on the first piece of ad data, a first ad control for displaying a first ad corresponding to the first piece of ad data is generated; and the first ad control is displayed in an ad displaying area, and the first ad is displayed.

The invention discloses an electronic certificate changing method, system and apparatus, and a data interaction processing method, system and apparatus. The electronic certificate changing method comprises: after a second terminal receives an electronic certificate sent by a first fund management server at a second fund management server, request information indicating changing of a receiver of an electronic certificate to a third terminal user is sent to the second fund management server; the second fund management server receives the request information and sends the request information to a third terminal; the third terminal receives the request information and sends response information to the second fund management server; and the second fund management server receives the response information and changes the receiver of the electronic certificate to the third terminal use based on the response information. Therefore, a second terminal user can change a collection side to any other terminal user randomly, so that the collection way becomes flexible.

The invention discloses a method for managing data of aircraft. The method for managing data of an aircraft includes receiving data from the aircraft during operation of the aircraft according to a priority, wherein the priority is based at least in part on one or more characteristic values and/or a period of change of the data; and storing the received data, wherein the characteristic value of the data comprises one or more of a level of a security device where the data is located, a security level of the data, a real-time level of the data, a reliability level of the data and/or an urgency level of the data. The invention further discloses a corresponding system and a computer readable storage medium. According to the invention, the data of the aircraft can be received and managed more flexibly and reliably.

Receiver including a frequency transformer; the frequency transformer being configured to transform a received signal having a communication bandwidth to output a plurality of first subband signals each having a first bandwidth and the frequency transformer being configured to transform the received signal to output a plurality of second subband signals each having a second bandwidth, wherein the first bandwidth and the second bandwidth differ and wherein the receiver is configured to filter the plurality of first subband signals or the plurality of second of subband signals with pulse shape filters; the receiver being configured to determine a first message based on one or more of the plurality of first subband signals and the receiver being configured to determine a second message based on one or more of the plurality of second subband signals; the communication bandwidth being larger than or equal to the first bandwidth and/or the second bandwidth.