685results about How to "Improve sending efficiency" patented technology

The invention discloses a virtual item transmitting method, receiving method, device and system , and belongs to the field of internet. The method includes generating at least two virtual item packages by interacting with a transmitting server; generating a receiving link used for receiving the at least two virtual item packages; displaying the receiving link to at least one transmitting client having good relationship with a receiving client; after the receiving link is received by the receiving client, receiving the virtual item packages by interacting with the transmitting server through the receiving link. Each virtual item package comprises at least one item used for being dispensed. By the aid of the method, the problem that according to the existing method, a transmitter can select one fixed receiver only, and accordingly the transmitting efficiency is low when the number of the receivers is large in the transmitting and receiving processes is solved; the transmitting client displays the virtual item packages to the multiple receiving clients simultaneously or sequentially, time for operation is reduced, and transmitting efficiency is improved.

The invention requests a certainty communication scheduling method for protecting industrial wireless network, relating to the field of industrial automatic control. Aiming at the problem that the existing industrial wireless network is unable to basically solve the beacon collision problem of multi-hop network, the invention redefines super-frame structure according to IEEE 820.15.4 standard. Competition stage, dedicated stage and dormant stage are defined in the super-frame structure. The communication scheduling between nodes is controlled according to the super-frame structure. The channel is changed once at the beginning of every super-frame by adopting the channel hopping technology, so that the channel sequence of the whole network is different and the take-off points of every cluster are different. The invention which solves the beacon collision problem of multi-hop network can be widely applied to the industrial wireless control network.

The invention discloses a method and a system which are used for transmitting system information and applicable to an LTE-LAN (Long Term Evolution-Local Area Network) system, and achieve more simple and feasible transmission of the system information and an improvement in the transmission efficiency of the system information. The method comprises the steps as follows: determining transmission configuration parameters of a master information block (MIB) of the system and various types of system information blocks (SIB); and according to a semi-static configuration manner and the transmission configuration parameters of the MIB, sending the MIB, and sending the various types of the SIBs according to the transmission configuration parameters of each type of the SIBs.

The invention discloses a data buffer of a high-speed data exchange interface and a data buffer control method thereof. The data buffer comprises a data storage unit, a buffer read-write control unit,a state register and a bit width conversion unit, wherein the data storage unit is used for buffering data among asynchronous clock zones; the buffer read-write control unit is used for controlling the read and write operations of the data buffer unit; the state register is used for controlling the exchange with the buffer read-write control unit and the state information; and the bit width conversion unit is used for carrying out bit width conversion when the bit width of the data storage unit and the bit width of a bus are different. The data buffer control process is achieved as follows: transmitting a read-write instruction to the buffer read-write control unit by a pack processing engine in a mode of facing to a unit; saving the storage state of the buffer by a transmitting mark state register; controlling the data transmission by buffer data; and realizing ordered data transmission by a self-increasing pointer. The invention has the advantages of strong control flexibility and high data transmission efficiency, and is used for multiport high-speed data exchange of a network processor and data link layer equipment.

A method and device for sending and receiving virtual goods are provided. On detecting an invocation request from a virtual goods package generation interface, a server obtains the virtual goods package generation parameters included in the invocation request. The server transfers the virtual goods corresponding to the total amount of virtual goods in the account corresponding to the invoker client to the account corresponding to the server. Upon success of virtual goods transfer, the server generates a virtual goods package and a link for receiving the virtual goods package based on the virtual goods package generation parameters. The server sends the receiving link to the recipient client so that the recipient client interacts with the server to receive the virtual goods package by using the receiving link.

The invention discloses a method, apparatus, user equipment and base station for requesting a system message. The method herein includes the following steps: transmitting a first random access request which carries at least one lead code which marks a to-be-requested system message; within a preset time period, monitoring a response message which corresponds to the first random access request, the response message carrying information for responding to the lead code; when the response message is monitored, based on the lead code marker contained in the response message, in a transmitting window of the to-be-requested system message which corresponds to the lead code marker, monitoring and receiving the to-be-requested system message. According to the technical solution of the invention, the method herein can prevent the failure of the base station to broadcast second type system messages due to the failure of requesting the to-be-requested system message by the UE through the random access request, and can prevent the subsequent long time delay of obtaining the system message by the UE.

The invention discloses a data transmission method which comprises the following steps receiving group allocation information transmitted by a base station, wherein, the group allocation information carries group identification of a user group and positional information of user equipment in the user group; detecting a physical downlink control channel according to the group identification so as to acquire idle resource group information in a physical uplink share channel (PUSCH); acquiring idle resource information corresponding to the positional information of the user equipment in the user group from the idle resource group information; transmitting data to the base station by using the acquired idle resource. The method provided in the invention enables the probability of resource conflict occurring when the user equipment transmits data by using the PUSCH to be reduced.

The present invention provides a method for sending media special effects in real-time video, comprising: detecting an input operation of the real-time video, and obtaining an input voice through the input operation; recognizing the input voice, and obtaining audio feature parameters; according to the audio feature parameters, Index to the media special effect corresponding to the audio feature parameter; send the media special effect, and load the media special effect to the released instant video by sending the media special effect. In addition, a device for sending media special effects in instant video matching the method is also provided. The above method and device for sending media special effects in instant video can improve the sending efficiency of media special effects.

The invention discloses a data processing method and device. The method includes the steps that data to be sent issued by an upper layer application are received, and the received data to be sent are cached into a data sending memory pool which is established in advance; if it is determined that a data sending moment arrives according to a set data sending cycle, at least one of the data to be sent cached in the data sending memory pool is written into a data receiving memory pool of a data receiver in an RDMA Write mode. According to the scheme, due to the fact that the RDMA Write mode can be used for writing multiple data cached in the memory pool of a data sender into the memory pool of the data receiver at the same time, the problems that when an RDMA Send mode is used for sending data item by item, the efficiency is low, data can overflow easily and errors can occur easily can be solved, and on the premise that the data sending frequency is reduced substantially and the data overflow probability is lowered, the purpose for improving the data sending efficiency is achieved.

The invention provides an uplink control information processing method and a terminal. The uplink control information processing method comprises the following steps: determining uplink control information overlapped with a PUSCH resource in a time domain according to the PUSCH resource; And determining whether to send the uplink control information, and carrying out corresponding processing basedon a determination result. According to the invention, the uplink control information to be sent is effectively sent, and the sending efficiency is improved.

This invention discloses a method for re-transmitting data used in data re-transmission in the switch of HS-DSCH in the WCDMA system including: a radio network controller (RNC) gets the radio link control packet data unit (RLC PDU), which should be re-transmitted to the user terminal, the RNC sends the RLC PDU should be re-transmitted to the user terminal to the switched high speed media access control MAC-hs queue of the switched target area base station in terms of the sequence number from small to big in batches based on the pre-set or actual transmitted each time in the physical layer RLC PDU number then to re-transmit it to the user terminal.

The present invention relates to a bus monitoring host data acquisition method and a bus monitoring host data acquisition system. The method includes the following steps that: data transmission, memory buffering and local storage are carried out on acquired data concurrency; network state monitoring is carried out in the processes of data transmission, memory buffering and local storage; when a network connection is abnormal, network state monitoring is carried out continuously until the network connection returns to normal; if the memory capacity of a monitoring host can satisfy a requirement for complete storage of data acquired in a network anomaly period, data stored in the memory of the monitoring host in the network anomaly period are transmitted supplementarily; and if the memory capacity of the monitoring host cannot satisfy the requirement for complete storage of the data acquired in the network anomaly period, data stored in a local large-capacity memory in the network anomaly period are transmitted supplementarily. The system includes a main control unit as well as a data acquisition module, a data storage module, a data transmission module, a data supplementary transmission module and a communication module which are connected with the main control unit. With the method and system of the invention adopted, it can be ensured that data will not be lost in a network outage situation, and the reliability of the monitoring host can be greatly increased.

The invention discloses a data transmission method based on time triggered Ethernet (TTE) and a node device. The data transmission method based on TTE and the node device solve the problem that network bandwidth is wasted caused by data transmission based on TTE. In the data transmission method, a main node determines a scheduling period table based on time triggered messages, when accident triggered messages to be transmitted exist in the nodes, and according to information stored in the scheduling period table, when the physical links occupied by accident triggered messages do not conflict with the physical links corresponding to the current slot time according to judgment, the accident triggered messages are transmitted at the current slot time. Due to the fact that the main nodes do not need to independently distribute time for the accident triggered messages of the nodes, when the accident triggered messages exist in the nodes, the accident triggered messages can be transmitted in the current slot time as long as the physical links occupied by the accident triggered messages conflict with the physical links corresponding to the current slot time, so that data transmission efficiency is effectively improved, and utilization rate of network bandwidth is improved.

A method and system allow a mobile device user to automatically execute a service application to provide a requested service. The user may enter a USSD code or initiate a voice call to a special number. The wireless network recognizes the user's act as a request for a specific service and notifies the service provider. The service provider sends an activation command to the mobile device and may also initiate installing the service application.

The embodiment of the invention relates to a message transmitting method and a message transmitting device. The message transmitting method comprises the following steps of: receiving an original message; querying a preconfigured generic routing encapsulation (GRE) forwarding list item comprising the next hop address information and out-interface information, and acquiring the next hop address information and out-interface information of a GRE tunnel for transmitting the original message; encapsulating the original message into a GRE message; encapsulating the GRE message into an external protocol message; and selecting a transmission path in the GRE tunnel according to the next hop address information and out-interface information, and transmitting the external protocol message through the transmission path. Therefore, in the message transmitting method and the message transmitting device, the transmission path is selected in the GRE tunnel according to the next hop address information and out-interface information, so that the transmission path of the message can be autonomously selected. Therefore, various paths in the GRE tunnel can be reasonably configured and effectively utilized, and message transmitting efficiency is improved.

The invention discloses a wireless communication system idle channel detection method and a wireless communication system idle channel detection system. The wireless communication system idle channel detection method is characterized in that channel measurement of channels required by beam forming transmission data can be carried out, and the channels in the idle state can be determined. The wireless communication system idle channel detection system comprises a channel measuring module, which is used for channel measurement of the channels required by the beam forming transmission data; and an idle channel determining module, which is used for determining the channels in the idle states according to the channel measurement result. The data transmission probability of the transmission stations can be improved.

The invention provides a method, device, terminal and system for sending multiple pictures in instant messaging application. The method comprises the steps that the instruction that the pictures are inserted in a message, input in a session task of the instant messaging application at a first terminal by a user, is received, and a picture selecting interface is opened according to the instruction; the operation for selecting the multiple pictures in the picture selecting interface by the user is received, and the selecting order of all the pictures is recorded; the selected pictures are added to the sending process of the first terminal; the pictures are sent to a server. According to the embodiment of the method, device and system for sending the multiple pictures in the instant messaging application, the first terminal receives the instruction for clicking the multiple pictures in the picture selecting interface by the user, the multiple pictures are added into the sending process of the system, the multiple pictures are sent to the server one by one according to the adding sequence, the server receives the multiple pictures, and the multiple pictures are sent to a second terminal. The problem that multiple pictures can not be sent in one-time operation in the prior art is solved.

The invention discloses a virtual article distribution method and apparatus. The method comprises the following steps: receiving arrangement information sent by a first terminal in a group session, wherein the arrangement information comprises user information of users qualified to receive virtual articles; according to the arrangement information, determining a quantity of the virtual articles; receiving article receiving requests carrying user information of requesting users, sent by a second terminal in the group session; and based on the user information of the users qualified to receive the virtual articles and the user information of the requesting users, when it is determined that the requesting users are the users qualified to receive the virtual articles, distributing the virtual articles to the second terminal. According to the embodiments of the invention, as long as the requesting users corresponding to the second terminal are the users qualified to receive the virtual articles, set by the first terminal and the quantity of current virtual articles is greater than a preset threshold, the virtual articles sent by the first terminal can be received, a sender does not have to send the virtual articles one by one to a receiver, and the sending efficiency and the operation flexibility are improved.

The embodiment of the invention discloses an uplink information processing method and device. The method includes the following steps: terminal equipment receives first control information sent by base station equipment at a first downlink transmission time interval; the terminal equipment determines a time domain resource according to the first control information, wherein the time domain resource includes at least one uplink transmission time interval, a starting time unit of the time domain resource is later in time than the first downlink transmission time interval, and the starting time unit is the first uplink transmission time interval in the at least one uplink transmission time interval; and the terminal equipment sends data information on an uplink data channel, wherein the uplink data channel corresponds to at least one uplink transmission time interval in the time domain resource. By adopting the embodiment of the invention, the advantages of improving the utilization rateof the time domain resource and improving the processing efficiency of uplink information can be achieved.

The invention discloses a method and apparatusequipment for sending and receiving synchronous signals. The method comprises the following steps of: performing listen before talk (LBT) operation in a predefined time window; if the LBT operation is successful, sending an SSB in the time window; wherein the SSB comprises a synchronization signal SS, or the SSB comprises the SS and a physical broadcast channel PBCH. Compared with the prior art, the method and the apparatus device have the advantages that the time for implementing the LBT by the base station is relaxed, namely, the a base station is allowed to implement the LBT in the a predefined time window, and the SSB is sent after the LBT is successful, so that the data sending efficiency and the access performance of a communication system are remarkably improved.

The invention discloses a message sending method and a message sending system. The message sending system comprises a queue-entering interface module, a plurality of queue modules and a queue-exiting interface module, wherein the queue-entering interface module is used for receiving a to-be-sent message which is generated by a message producer and writing the to-be-sent message into the queue modules according to the message type, each queue module comprises a memory linked list, a reading buffer area and a database list, and the queue-exiting interface module is used for directly reading the to-be-sent message from the memory linked list of each queue module according to the priority strategy and sending the to-be-sent message. The message sending method and the message sending system have the advantages that the data amount of a to-be-sent list is reduced by adopting the multiple-queue mode, and the operation efficiency of the to-be-sent list is improved; by adopting the multiple-queue and large-buffer mechanism, the operation of the database is greatly reduced; different queues are used for different priorities, so the sending speeds of the messages different in priorities are controllable; and the utilization rate of the database resource is greatly reduced, the sending efficiency of the messages is improved, and meanwhile, the timeliness of the high-priority message is ensured.

The invention discloses a device for digital predistortion (DPD) processing of baseband signals, comprising at least one baseband carrier unit, a reverse training unit and a DPD processing unit, wherein the DPD processing unit is used for storing and updating a predistortion coefficient table, acquiring the mean amplitude of digital baseband signals of various carriers of the current time slot, calculating and obtaining the mean DPD input amplitude of the current time slot according to the mean amplitude of the digital baseband signals of the various carriers of the current time slot, selecting a corresponding predistortion coefficient from the predistortion coefficient table according to the mean DPD input amplitude of the current time slot to perform predistoriton processing on the digital baseband signals of the current time slot, and then generating output of the digital predistortion baseband signals. Moreover, the invention also discloses a method for digital distortion processing of the baseband signals. The proposal in the device can improve the efficiency of data transmission.

The disclosure is about an image photographing method and device and a terminal. The method comprises the following steps: in a session mode, photographing an image when an image photographing instruction is received; when the fact that the image is photographed is completed, outputting confirmation information of whether to continue to photograph; and, when a continue photographing instruction aiming at the confirmation information is received, continuing to photograph the image. Through application of the method, the terminal can photograph a plurality of images in the session mode of an application such as a social network tool or an instant communication tool, and the multiple instantly-photographed images can be sent at one time. The method provided in the disclosure does not need to switch applications, an operation path is shot, image sending efficiency is high, and user experience is optimized.

The application provides an information transmission method and information transmission equipment. The information transmission method comprises the steps that: access network equipment receives antenna port grouping information from terminal equipment, wherein the antenna port grouping information comprises information of at least one antenna port group of the terminal equipment and informationof at least one antenna port included in each antenna port group, or information of the at least one antenna port group of the terminal equipment and information of an antenna port of the terminal equipment; the access network equipment transmits indication information to the terminal equipment according to the antenna port grouping information, wherein the indication information is used for indicating an antenna port group set used by the terminal equipment to perform uplink information transmission at a first moment, the antenna port group set comprises at least one first antenna port group,and the first antenna port group is one of the antenna port groups indicated by the antenna port grouping information. The information transmission method provided by the invention avoids the terminal equipment from continuously transmitting uplink information on a sheltered antenna port, improves the uplink information transmission efficiency of the terminal equipment, and reduces the power consumption of the terminal equipment.

The embodiment of the present invention provides a method and device of sending communication information. The method provided by the invention comprises: receiving downlink request of the communication information; determining whether a current communication channel connected with a communication platform meets a preset abnormal condition or not according to the downlink request; if the current communication channel connected with the communication platform meets the preset abnormal condition, selecting an object communication channel from other communication channels connected with the communication platform; sending the communication information to the communication platform through the object communication channel, the communication platform being configured to send the communication information to corresponding communication objects. According to the embodiment of the present invention, the automatic switching of a communication channel is realized, so that manual intervention is greatly decreased, the labor cost is substantially saved, the decision time is saved and the efficiency of switching a channel is effectively improved.

The invention relates to a long term evolution (LTE) downlink control information channel resource allocation method and a base station. The method includes that the base station issues resource scheduling information to a physical layer through a media access control (MAC) layer, a search space which resources to be allocated belong to is judged according to the scheduling information, and resource allocation of a current downlink information channel is performed according to the quality level of the current downlink information channel when the resources to be allocated belong to a user equipment (UE) special search space. The LTE downlink control information channel resource allocation method and the base station can dynamically and reasonably allocate physical downlink control channel (PDCCH) resources according to the quality of downlink information channels, and can further obtain the quality level of the downlink information channels through channel quality indication (CQI) fed back by the UE or block error ratio (BLER) of a hybrid auto repeat request (HARQ) or measurement results of uplink information channels. Therefore, reasonable use ratio of downlink resources is improved, resources occupied by control information channels are reduced, more information channel resources can be reserved to be used for business transmission, or more users can be scheduled on the basis of resources occupied by the control information channels, and accordingly performance of the integral system is improved and capacity of the system is increased.

The invention relates to an image steganography and secret information extraction method based on an intelligent mobile terminal. The intelligent mobile terminal comprises a secret information embedder, a secret information extractor and a multimedia message transmitter, and images are selected by the intelligent mobile terminal for different use purposes. If secret information needs to be embedded, original pictures are selected. If the secret information needs to be extracted, encrypted pictures are selected. The selected original pictures are uploaded into the secret information embedder for the secret information embedding operation, and the encrypted pictures are uploaded into the secret information extractor for the secret information extraction operation. If the current operation is the secret information embedding operation, the encrypted pictures embedded with the secret information are uploaded into the multimedia message transmitter, and are sent to a receiver in a multimedia message mode. Compared with the prior art, the image steganography and secret information extraction method has the advantages that the functions of secret information embedding, multimedia message sending and secret information extraction are achieved in the intelligent mobile terminal, system safety is enhanced, and meanwhile multimedia message sending efficiency is improved.

The invention discloses a group message display method, a device, a terminal and a storage medium, belonging to the technical field of terminals. The method comprises: the inputted message content isreceived in the information input box of the session interface of the target group, the target group includes m group user accounts, an attribute label for filtering m group user accounts is obtainedwhen a specified key character is included in a message content, a target user account matching the attribute label is obtained in the m group user accounts, and a reminder field for reminding the target user account to view a message is added in an information input box of a session interface. A target user account can be obtained by that terminal based on the attribute tag matching in the embodiment of the present application. The invention avoids the situation that only one pair of n open dialogues can be realized by sequentially selecting account names in the group in the related art, greatly saves the searching time of the target user account, and further improves the sending efficiency of the group message in the subsequent process.

The invention discloses a method and a system for transmitting heartbeat messages, a terminal and network equipment. The method comprises the following steps: extracting the load of any of a plurality of heartbeat messages having the same effects to be transmitted in a preset time interval by using the terminal, extracting the head information of the heartbeat messages, connecting the head information end to end to form an integrated head, and forming an integrated heartbeat package by using the integrated head and the load; transmitting the integrated heartbeat package to the network equipment; splitting the head of the integrated heartbeat package into multiple pieces of separate head information by using the network equipment, duplicating the load of the integrated heartbeat package, and constructing each load and one piece of split head information into a heartbeat message respectively; transmitting each heartbeat message to a corresponding application server according to an address in the head information of each heartbeat message respectively. According to the method, frequent transmission of the heartbeat messages can be avoided, and the pressure of the heartbeat messages on the network are lowered.

The present invention discloses a network card testing method, through which the data transferring capability of two network cards, which are ready for test, can be tested in a single test process of a computer. One of the two network cards for test is used as a sending terminal network card and the other is used as a receiving terminal network card; in conformity to a test data status liked list and a linked list of the test configuration parameter and the network card information, the sending terminal network card sends the test data to the link layer through a plurality of drivers in turn and the actual bytes in the test data package, which are gained by the operational system, sent by the sending terminal network card and received by the receiving terminal network card, is compared with the original bytes in the test data package so as to judge the data transferring capability of the network cards for test. Hereby, the present invention overcomes the disadvantages of the present method that the service terminal or client terminal network is used for the test of the network cards.