55 results about "Forward mode" patented technology

The invention relates to a data storage and forwarding method and device and a computer readable storage medium. The data storage and forwarding method for the UE is characterized by comprising the following steps: receiving a broadcast message from a first satellite, and reading a working mode included in the broadcast message as a storage and forwarding mode; sending a first message to the first satellite; in response to receiving a second message fed back by the first satellite, entering a radio resource control (RRC) connection state; and sending the third message to the first satellite.

A method for assessing viewer interest in content and advertisements may include receiving an indication regarding a content playback mode change (e.g., a change from a skip or fast-forward mode to a pause or rewind mode) occurring during playing of a media content segment such as a television program or movie. The method then proceeds to associate the playback mode change with a sub-segment of the television program, such as an advertisement or commercial, and a level of interest of a user in the advertisement or commercial is determined based on the associated content playback mode change. An item, such as an advertisement or promotional offer can be selected to be presented to the user based on the determined level of interest of the user in the advertisement or commercial. Systems for assessing viewer interest in content and advertisements include devices and components configured to perform or enable such methods.

In some aspects, control circuitry receives and stores a user-specified time duration to associate with a skip-forward command. When the user later issues a skip-forward command to advance playback of a media asset to a desired location, the control circuitry retrieves the stored time duration, and determines an expected overshoot value associated with the skip-forward command. The control circuitry then compensates for the expected overshoot by calculating a new location in the media asset based on both the retrieved time duration and expected overshoot value. Upon advancing to the new location, the media asset is played back in a fast-forward mode, e.g., at a speed higher than normal speed.

The present disclosure discloses a data transmission method, system, base station and storage medium, and relates to the field of wireless communication. The method comprises the following steps: receiving relevant indication information for the degree of early data forwarding acceptance sent by a candidate target base station, and determining a data forwarding mode. The present disclosure can effectively reduce the problem of user data loss caused by inappropriate data forwarding mechanism triggered by a source base station in the conditional handover process, and can also alleviate the occurrence of base station overload to a certain extent.

A pedal bar system includes a frame, a motor, a pedal shaft, a pedal assembly, and a tensioner. The motor is selectively operable in a forward mode and a reverse mode and is disposed on the frame. The motor shaft is rotatably coupled to the pedal shaft via a drive belt. The pedal assembly is rotatably coupled to the pedal shaft. The tensioner, in communication with the motor shaft and the pedal shaft via the drive belt, has a disengaged position and an engaged position. When the tensioner is in the disengaged position, the drive belt has insufficient tension to rotate the pedal shaft. Conversely, when the tensioner is in the engaged position, the drive belt has sufficient tension to rotate the pedal shaft. Importantly, the pedal shaft is not rotated by the motor in the reverse mode when the tensioner is in the disengaged position.

The application relates to the technical field of network communication, in particular to a message forwarding method and device. The method comprises the following steps: receiving an original message and determining the service attribute of the original message; determining an SRv6 tunnel and a message forwarding mode for forwarding the original message based on the service attribute of the original message and a flow diversion forwarding strategy issued by a controller; performing SRv6 encapsulation on the original message based on the SRv6 tunnel for forwarding the original message, so as to obtain an encapsulated SRv6 message, wherein each extension SID of the SRH header of the encapsulated SRv6 message carries the message forwarding mode of the original message; and sending the encapsulated SRv6 message to a next-hop SRv6 node based on the message forwarding mode of the original message.

An apparatus for a satellite providing non-terrestrial network access is provided in embodiments of the present disclosure. The apparatus can include a memory storing instructions, at least one processor, and at least one transceiver. The instructions, when executed by the at least one processor, can configure the apparatus to transmit, to a user equipment, a message including information related to a store-and-forward mode, and communicate with the UE based on the message. The message can include at least one of information indicating whether a real-time mode is temporarily supported, indication information indicating whether a working mode of a cell is an RT mode or an S&F mode, information related to a maximum transfer time of the S&F mode, ephemeris information of the satellite, or footprint information provided by the satellite.

The invention provides a service-oriented architecture data format conversion method, system, device and equipment, and belongs to the technical field of computers. The method is applied to a service-oriented architecture data format conversion system, and comprises the following steps: a real-time format conversion engine receives a service message of a first service node registered with a data conversion service in a service registration center through a service communication bus, and analyzes a source data format, a target data format and a service message processing mode of the service message, obtaining a conversion rule between the source data format and the target data format from the rule management module, converting the service message into the target data format according to the conversion rule, and forwarding the service message through a service communication bus under the condition that the service message processing mode is a forwarding mode. And forwarding the service message in the target data format to a target service node of the service message. According to the method, the development efficiency and agility can be improved, the real-time performance of the system is guaranteed, and the complexity and maintenance cost of the system are reduced.

The invention relates to a communication method and device, which are used for transmitting signals by using satellites simultaneously supporting a transparent forwarding mode and a regenerative forwarding mode. The network equipment indicates a first uplink time domain position and a first downlink time domain position through the first information, the first uplink time domain position is used for transmitting an uplink signal of a first forwarding mode in a first period, and the first downlink time domain position is used for transmitting a downlink signal of the first forwarding mode in the first period. The satellite indicates a third uplink time domain position and a third downlink time domain position through fifth information, the third uplink time domain position is used for transmitting the uplink signal of the first forwarding mode, and the third downlink time domain position is used for transmitting the downlink signal of the first forwarding mode. Therefore, the network equipment can be used as an uplink and downlink time reference point of the signal of the first forwarding mode, the satellite can be used as a time reference point of the signal of the second forwarding mode, the signal of the first forwarding mode is located in an uplink and downlink time domain position reserved by the satellite, and no interference exists between the signals of the two forwarding modes.

The invention relates to an operation switching method and device, a terminal, an MME network element, a computer readable storage medium and a computer program product. The method is used for a terminal, and comprises: receiving target operation indication information, the target operation indication information being sent to the terminal by an on-satellite mobility management (MME) network element, or being sent to the terminal by an on-satellite base station; the target operation indication information can be used for indicating a target operation to be switched by the terminal; and according to the target operation indication information, executing a process of switching from a store-and-forward operation or a normal operation to a target operation. By adopting the method, flexible switching between the store-and-forward mode and the normal mode can be realized.

The invention provides a traffic forwarding method, device, equipment, medium and product, and the method comprises the steps: receiving a call-back traffic request sent by a third-party platform, determining whether the call-back traffic request meets a preset gateway forwarding requirement or not, and if the call-back traffic request meets the preset gateway forwarding requirement, forwarding the call-back traffic request to the third-party platform, if yes, a corresponding traffic forwarding mode is matched according to a callback address in the traffic callback request and a preset routing configuration rule, the traffic forwarding mode comprises a directional forwarding mode, a broadcast forwarding mode and an intelligent forwarding mode, and traffic data corresponding to the traffic callback request is controlled to be forwarded to the corresponding test environment according to the traffic forwarding mode. Visibly, the corresponding flow forwarding mode is matched according to the callback address in the callback flow request and the preset routing configuration rule, so that the flow data corresponding to the callback flow request is controlled to be forwarded to the corresponding test environment, the third-party callback flow is efficiently forwarded, and the efficiency of test environment flow management is improved.

Embodiments of the present disclosure relate to the technical field of networks, and provide a packet forwarding method, a network interface card, a gateway device, a storage medium, and a program. The method comprises: in response to a first packet sent by a source end device, determining a packet forwarding mode of the first packet on the basis of feature information of the first packet; if the packet forwarding mode is a dynamic load balancing mode, allocating a target packet sequence number of the first packet in an order-preserving queue corresponding to a target service; generating first metadata, and inserting the first metadata into the first packet to obtain a second packet; sending, in a polling manner, the second packet to a first processor core running a driver; and in response to a first processed packet fed back by the first processor core, determining a sending order of the first processed packet on the basis of the first metadata contained in the first processed packet, so as to send the first processed packet to a corresponding destination end device in the sending order. The present solution can ensure the forwarding performance of the gateway device.

Provided in the embodiments of the present application are a communication method and apparatus, and a computer-readable storage medium. The method comprises: when a network connection between a cell and a user equipment is disconnected, obtaining a store-and-forward sequence, wherein the cell corresponds to a network device, the store-and-forward sequence is used for indicating whether the cell supports a store-and-forward mode, and in the store-and-forward mode, the network device is used for storing information sent by the user equipment or used for forwarding the information sent by the user equipment; and sending the store-and-forward sequence to the user equipment. The embodiments of the present application help a user equipment better select the currently accessed cell.

The invention discloses a data path switching method and a retiming chip, and the method comprises the steps: detecting whether a root device at the upstream of a retiming controller and a terminal device at the downstream of the retiming controller are in a receiving end locking state or not under the condition that a data path is a normal mode path, the normal mode path comprises a forwarding mode path and an execution mode path; if both the root device and the terminal device are in the receiving end locking state, starting an error injection function for an ordered training set, so that both the root device and the terminal device are maintained in the receiving end locking state; and switching the data path into a path in a low-delay mode, and closing the error injection function. In this way, it can be guaranteed that switching of the low-delay access is reliably completed, the complexity of switching of the low-delay access is reduced, and the use scene is expanded.

The invention provides a communication method, user equipment, a core network element, a communication system and a storage medium. The communication method comprises the step of not performing discontinuous coverage enhancement under the condition that the user equipment is in a discontinuous coverage and store-and-forward mode.

The present application relates to a unified control method for terminal access, an apparatus, a communication device, a storage medium, and a computer program product. The method comprises: receiving first information transmitted by a satellite, wherein the satellite is in a store-and-forward mode, and the first information comprises an access category and an access identifier; and when access to the satellite is required, on the basis of the first information, performing an access control check and / or an access barring check, and determining whether to initiate an access attempt.

Provided in the embodiments of the present application are communication methods, communication apparatuses, a communication system and a storage medium, which are aimed at improving the quality of service of a terminal device. A communication method provided in the present application comprises: when an NTN network device identifies that it is necessary to switch from a normal mode to a store-and-forward mode, if a terminal device has a store-and-forward capability, sending an information query request to the terminal device; receiving an information query response message from the terminal device, wherein the information query response message comprises a store-and-forward state parameter; and on the basis of the store-and-forward state parameter, determining whether it is suitable to provide a store-and-forward service for the terminal device. In the solution, the NTN network device acquires the store-and-forward state parameter of the terminal device, and evaluates, on the basis of the store-and-forward state parameter, whether it is suitable to provide the store-and-forward service for the terminal device, so that, when it is suitable to provide the store-and-forward service for the terminal device, the NTN network device can communicate with the terminal device on the basis of the store-and-forward mode, thereby improving the quality of service of the terminal device.

The invention provides a communication method, system and device, an electronic device and a computer program product. The technical problem that a wired communication mode has limitation in an industrial scene can be solved. The method comprises the following steps: generating a broadcast response frame in response to a receiving operation of a broadcast event; the broadcast response frame carries a first layer 2 address of the first device; determining a target broadcast mode according to the broadcast response frame and the service demand; and forwarding the broadcast response frame based on the target broadcast mode. A broadcast response frame is generated, and a forwarding mode of reverse forwarding is confirmed according to the broadcast response frame and a service demand. According to the embodiment of the invention, redundant data is reduced by selecting the forwarding mode as required, the mobility of the wireless equipment is adapted, and the forwarding path can be dynamically adjusted without changing the physical topology. Moreover, energy consumption of non-target equipment can be reduced through unicast according to a scene switching mode, single-point faults are avoided through multi-link forwarding, and balance between full-scene adaptation and resources, energy consumption and reliability is achieved.

An apparatus and method for a satellite for providing non-terrestrial network access, a user equipment and method for performing non-terrestrial network access, the apparatus comprising: a memory storing instructions; at least one processor; and at least one transceiver. When the instructions are executed by the at least one processor, the apparatus is configured to: in a radio resource control connected state with the user equipment, identify a store-and-forward mode, transmit, to the UE, a message indicating that the satellite acts in the S&F mode, after transmitting the message, receive, from the UE, a request signal related to releasing the RRC connection, and transmit, to the UE, an RRC connection release message for releasing the RRC connection. The RRC connection release message contains a cause value for releasing the RRC connection. The message contains at least one of an indicator indicating that a cell provided by the satellite supports the S&F mode, information related to a validity time of a feeder link of the satellite, and information related to a condition for triggering the request for releasing the RRC connection.

The invention relates to the technical field of zippers, and provides a zipper with double openings capable of being meshed positively and negatively and a using method.The zipper comprises a cloth tape, cloth glue is arranged on the side face of the cloth tape, zipper teeth are arranged on the side face of the cloth tape, small double-opening inserts are arranged on the side face of the cloth tape, and large double-opening inserts are arranged on the side face of the cloth tape; a pull head is arranged on the side face of the cloth belt, and a pull piece is arranged at the top of the pull head. According to the zipper structure, through mutual cooperation of combinations of the cloth belts, the cloth glue, the zipper teeth and the like, the zipper structure with the double-opening and forward and reverse dual-purpose functions is achieved, the use modes of the zipper are enriched, the application range of the zipper is greatly widened, and in practical application, the zipper structure is more attractive. According to the technical scheme, a user can flexibly select the zipper function with the front face, the back face or the front face and back face meshing according to specific requirements, forward closing and opening or reverse closing and opening become very convenient, the problem that in the prior art, the front face and back face meshing function of a zipper is lacked is solved, and the user experience is improved. And the use scene and the application opportunity of the double-opening zipper are effectively improved and widened.

This invention provides an apparatus and method for supporting the Store and Forward (S&F) mode in NTN (Non-Terrestrial Network). [Solution] In a wireless communication system, the satellite equipment can send a message to the UE (User Equipment) containing information related to S&F mode, which can trigger communication with the UE based on the message. The message includes at least one of the following: information indicating whether RT (Real-Time) mode is temporarily supported; instructional information indicating whether the cell's operating mode is RT mode or S&F mode; information regarding the maximum delivery time for S&F mode; satellite celestial force information; or footprint information provided by the satellite.

The invention provides a communication method and a communication device, can provide a method for accessing a terminal device to a network, and can be applied to a communication system. The method comprises: a terminal device receiving an attach accept message in a non-store-and-forward mode; the terminal device receives the store-and-forward indication information from the non-ground network device; the terminal device sends an attachment request message and a user permanent identifier to the first mobility management network element; alternatively, the terminal device sends a first tracking area update request message and a user permanent identifier to the first mobility management network element.

Methods, systems, and devices for wireless communication are described. A central user equipment (UE) in a star topology can broadcast to a set of peripheral UEs to indicate time slots in which the central UE will not be in a transmit mode. The central UE can broadcast a time slot format indication to the peripheral UEs to indicate a mode of operation in a set of time slots. In a first group of time slots, the central UE can operate in a forward mode, transmitting sidelink communications to the peripheral UEs. In a second group of time slots, the central UE can operate in a reverse mode, receiving sidelink communications from the peripheral UEs. In a time slot in which the central UE operates in the reverse mode, if the peripheral UEs have no data or control information, the peripheral UEs can enter a sleep mode in one or more time slots in the second group to conserve power.

The invention provides a multi-MCU platform upgrading method and system, and the method comprises the steps: enabling each MCU to receive an MCU upgrading file, and determining whether the MCU upgrading file belongs to itself or not; when it is determined that the MCU upgrading file belongs to itself, writing the MCU upgrading file into a code storage area of each MCU; under the condition that it is determined that the MCU upgrading file does not belong to the MCU, whether each MCU forwards the MCU upgrading file or not is determined according to a forwarding mode of each MCU, and the forwarding mode of each MCU is set according to the network topology structure type of the MCU, including forwarding the MCU upgrading file which does not belong to the MCU and not forwarding the MCU upgrading file which does not belong to the MCU; and under the condition of determining to forward the MCU upgrading file, forwarding the MCU upgrading file to the next-level MCU, otherwise, discarding the MCU upgrading file. According to the invention, the internal upgrading function of various network topologies is realized, and meanwhile, the method has expandability and can be compatible with various network topology structures.

The invention provides a communication method and a communication device, and the method comprises the steps: a terminal device receives a first message which does not comprise a monitoring list, and carries out the monitoring of the first message according to whether the terminal device works in a storage and forwarding mode or not or according to the first indication information or the second indication information in the first message; and determining whether the non-ground network NTN device indicated by the first monitoring list accesses the network or performs data transmission, the first monitoring list being a monitoring list stored on the terminal device, and the first monitoring list being used for indicating at least one NTN device which can be accessed by the terminal device. Through the method, the subsequent process of the terminal equipment can be determined when the network does not send the monitoring list to the terminal equipment.

A marine drive includes a drive assembly which is operable in a neutral mode, in a forward mode for generating a forward thrust force in a body of water, and in a reverse mode for generating a reverse thrust force in the body of water. A water intake is configured to receive cooling water from the body of water for cooling at least one component of the drive assembly, and an electric pump configured to draw the cooling water into the drive assembly via the water intake. A control system is configured to modify a speed and / or a direction of the electric pump to facilitate a clearance of debris from the water intake.

The present application relates to the technical field of automobile seat, and discloses a car seat capable of being reversed for riding, which has a forward mode for passengers to ride forward and a reverse mode for passengers to ride reversely, and comprises a base provided with a first gear and a second gear respectively, the second gear being engaged with the first gear; a first connecting rod and a second connecting rod are respectively arranged on the first gear and the second gear; a cushion is provided with a cushion support; a backrest is movably arranged on the base, and when the car seat is in the forward mode, the backrest is located at the rear end of the cushion; when the car seat is switched from the forward mode to the reverse mode, the backrest is lifted upward from the rear end of the cushion, passes above the cushion and is switched to the front end of the cushion; a backrest support is arranged on the backrest; and a locking structure is used to lock the backrest. The present application has the advantages of simple overall structure, low cost, small space required for mode switching and high comfort of passengers riding forward and reversely.

The invention provides a dynamic priority dual-channel active queue management method, which comprises the following steps that: data packet forwarding is carried out based on a configured dual-channel forwarding queue, the dual-channel forwarding queue comprises a main queue and an auxiliary queue, and the forwarding mode comprises the following steps: judging whether the main queue is in a congestion state or not in real time; when the main queue is in a congestion state, judging whether each newly arrived data packet needs to be jumped, and when the newly arrived data packet needs to be jumped, putting the newly arrived data packet into an auxiliary queue so as to preferentially forward the newly arrived data packet before all the data packets of the main queue are forwarded; and when the main queue is in a non-congestion state or queue jumping is not needed, putting the newly arrived data packet into the main queue for queuing and forwarding. According to the technical scheme of the invention, aiming at a congestion scene, a part of newly arrived data packets can be temporarily guided to the auxiliary queue, so that the congestion pressure is relieved, and key services are ensured not to be influenced by common service congestion.

A trailer may comprise a front set of wheels and a rear set of wheels, where at least one set of wheels may be electronically steerable, and an electronic control unit that may be configured to receive steering input and control the at least one set of steerable wheels to simulate single-axle trailer behavior. The steering input may comprise angle sensor data or may be received via an OBD port connection. The electronic control unit may operate in multiple operational modes including forward mode, reverse mode, and remote control mode for unhitched operation. The trailer may further comprise regenerative braking, a hinged tow bar that may be rotatable to a vertical storage position, and an adjustable suspension system that may provide a raised travel mode for off-road ground clearance and a lowered camping mode. The suspension system may level the trailer and accommodate slide-out sections in the lowered camping mode.

The application provides a communication method and related device. In a store-and-forward mode of an NTN network, a satellite / NTN network device on the satellite can provide a terminal device with a satellite list with store-and-forward service. Since the UE is in the store-and-forward mode, the UE can calculate the arrival time of the satellite that can provide the store service based on the satellite list, and then access the satellite to perform data transmission. As can be seen, the UE can calculate the arrival time of the satellite in the list according to the satellite list provided by the network device for store-and-forward. In one implementation, in the case that the UE is in a low-power mode, the low-power mode can be exited at the arrival time to wake up the device to access the network, thereby reducing the number of wake-ups and the number of searches of the UE, and reducing the power consumption of the UE.