36results about How to "Overcome delay" patented technology

A system and method for image capture. The method includes configuring an image sensor to capture at a full resolution of the image sensor and automatically capturing a first image with the image sensor irrespective of a shutter button of a camera. The method further includes receiving an image capture request and accessing a second image after the receiving of the image capture request. The first image is captured prior to the receiving of the image capture request. The first image and the second image may then be stored.

A method of downlink packet switching for use in a mobile telecommunications network having a plurality of base stations capable of communicating in corresponding uplink and downlink with a plurality of mobile terminals operating in a frequency division duplex (FDD) mode, wherein a downlink shared channel (DSCH) is used to carry user data and control information for the mobile terminals in a coverage area, the method comprising the steps of providing a common packet channel (CPCH) to serve as a reverse link transport of the downlink shared channel (DSCH) in a deterministic way; and providing for carrying a downlink dedicated physical control channel (DL-DPCCH) to provide physical transport format (TFCI) for the downlink shared channel and physical control for the uplink CPCH.

A method of handling a data stream during a handover in a communications network comprising a first user agent having a fixed address, a proxy server and a second user agent, said method comprising the steps of: mapping at the proxy server the fixed address with a dynamic network address allocated to the first user agent; sending a request by the first user agent to the second user agent for a data stream; generating by the second user agent in response to the request a plurality of messages each comprising part of the data stream requested and the fixed address of the first user agent, wherein the message is a session initiation protocol message, and sending the messages to the proxy server; receiving the messages at the proxy server and determining the mapped dynamic network address corresponding to the fixed address in the message, and forwarding the messages to the determined dynamic network address; and when the first user agent is allocated a new dynamic network address, replacing by the proxy server the mapped dynamic network address with the new dynamic network address and forwarding the received messages to the new dynamic network address.

The invention relates to a radiofrequency receiver, notably for satellite positioning applications, needing to operate in an environment where interference is dense, notably when it involves pulses transmitted by DME beacons. Below the useful signal suppression threshold, amplitude or power are inverted to improve the dynamic interference response time. Advantageously, the useful signal suppression threshold and the set point power or amplitude are determined by analyzing the amplitude or power probability density function in its part enriched with low amplitude/power samples.

The method includes steps: when receiving any segmented messages, determining whether stream state information (SSI) in current string mode is already existed in the affiliated transmission stream; if yes, then carrying out combined processing the segmented message and prestored characters in SSI into target segmented message, and executing step of matching in string mode; otherwise, initializing SSI in current string mode for transmission stream, setting the segmented message as target message, and executing step of matching in string mode. The invention also discloses method for processing match in string mode for segmented message. Recording postfix characters corresponding to each matched unit, through state tree to organize SSI, the said method also gives attention to matching strategy. The invention also disclosed device cooperated to the method. Advantages are: raised safety for processing message, overcoming problems of network delay and drooped QoS.

The invention discloses a local minimization ROBDD (reduced ordered binary decision diagram) and area delay optimization based process mapping method. The process mapping method includes: generating partial optional partitions through domain nodes of the ROBDD, and loosening node delay on non-critical paths to optimize area. For a logical optimization part, shared data structure of a minimization Local ROBDD is adopted, circuit decomposition efficiency is improved by the aid of domain nodes and operation of the ROBDD, and waste of time and memory due to the fact that all the optional partitions are enumerated is avoided; for a structure optimization part, the idea that a classical algorithm Flowmap is used for delay tag minimization of the nodes of a circuit is improved, min-height min-cost coverage is performed in critical paths, and min-cost coverage is performed in the non-critical paths. The shortcomings of mutual restriction of inefficiency as well as delay with the area of all the generated optional partitions are overcome, requirements of a field-programmable device chip on input number of LUTs (look up table) are met, and the objectives of circuit area and delay optimization can be achieved.

A spray unit that is attached to an opening at a neck portion of a container for spraying a liquid material in the container, including: a cylinder unit composed of a large-diameter air cylinder and a small-diameter liquid cylinder having a valve hole and an operating member. The operating member is composed of a large-diameter cylindrical piston, a stem having a check valve, and a press-down head having a spray nozzle hole. The liquid is to be sprayed when the operating member is pressed down. When the operating member is pressed down, a liquid flow-out path and an air ejecting path come together via a small gap inside the spray nozzle hole. The spray unit further includes a flow rate control valve is composed of a valve seat provided at an upper face of a valve hole of the liquid cylinder and a valve body arranged above the valve seat to be seated on or released from the valve seat. At least one of the valve seat and the valve body is provided with a small flow path that is not closed even when the valve body sits on the valve seat and that always communicates the interior of the container with the interior of the liquid cylinder, and the flow rate control valve is provided with a large flow path that is opened when the valve body is released from the valve seat and closed when the valve body sits on the valve seat. The sectional area of the small flow path is smaller than an open area of the valve hole of the air cylinder and that of the valve hole of the check valve provided inside the stem. The combination overcomes the delay in ejecting the liquid.

The invention provides a TBM unfavorable geology identification method based on an intelligent driving model to solve the problems of low identification degree and the like caused by the fact that a TBM driver judges geology according to experience of the TBM driver, and the method comprises the following steps: collecting TBM operation parameters reflecting an equipment operation state; preprocessing the obtained TBM operation parameters; according to the preprocessed TBM operation parameters, constructing TBM comprehensive parameters capable of comprehensively reflecting the interaction of the rock machine; extracting stable section mean value characteristics from the obtained TBM operation parameters and TBM comprehensive parameters, and a constructing TBM characteristic parameter matrix; according to the identified TBM normal stratum and the unfavorable geological section in the tunneling process, using an intelligent driving model to construct an unfavorable geological identification model between the TBM characteristic parameter matrix under the corresponding scalar section and whether there is unfavorable geology or not; and obtaining a new TBM characteristic parameter matrix for the newly obtained TBM operation parameters according to the method, and judging whether the current TBM enters bad geology or not on line through the established unfavorable geology identification model. The implementation method disclosed by the invention is simple and high in distinguishing degree.

The invention discloses an optical fiber simulated Raman scattering effect based optical neuron and an establishment method thereof. The optical neuron comprises external optical transmitters, a first local optical transmitter, a second local optical transmitter, a subtracter, a combiner, a third optical fiber, an optical filter, a first optical-electrical converter, a second optical-electrical converter and a laser diode, wherein the third optical fiber performs power cumulative summing operation by non-linear effect of simulated Raman scattering. The method includes: selecting the external optical transmitters and the first local optical transmitter, performing coupling output by the combiner, selecting the third optical fiber for power cumulative summing operation, selecting the optical filter, selecting the first optical-electrical converter, selecting the second local optical transmitter and the second optical-electrical converter, constructing the subtracter, and selecting the laser diode for converting electrical signals to optical signals. The optical neuron is novel and reasonable in design, convenient to implement, low in cost, power consumption and noise, rapid in information processing, high in expandability and practicality, good is using effect and convenient to popularize and use.

A method of transmitting a shutter opening/closing signal in a private image display device. In the method of the present invention, a shutter opening/closing sequence time point generated by a shutter opening/closing sequence time point generated by a shutter opening/closing sequence and signal generating unit is synchronized with a time point of the timer. The shutter opening/closing signal is transmitted to the transmission unit prior to the shutter opening/closing sequence time point by a predetermined period. The shutter opening/closing signal is transmitted from the transmission unit to the reception unit at a predetermined time point of the time. According to the present invention, there is an advantage in that a user visual perception performance can be improved by overcoming a transmission delay occurring when the shutter opening/closing signal is transmitted from the private image display device to the shutter device.

The invention discloses a data processing method and a data processing device and relates to the technical field of computers. A specific embodiment of the data processing method includes a step of uniformly converting multiple data sources including text data, relational database data and distributed cluster data into Spark Dataframe and registering as a Spark temporary table, and a step of inquiring the Spark temporary table across the data sources according to an input of a user in an sql mode. According to the embodiment, under the premise of retaining an original business logic, the memory and computational pressure of an original traditional database is transferred to a distributed cluster and is converted into bandwidth pressure, and the mixed query for multiple types of data sources is supported.

A headset including a speaker, a motion sensor, a transceiver, and a processor is provided. The speaker plays audio data. The motion sensor senses a posture of a user to generate first sensing data. The transceiver performs data transmission with an external device. The processor is coupled to the motion sensor and the transceiver. The processor determines whether the posture is correct according to the first sensing data to generate an output result and transmits the output result through the transceiver.

A digital level shift circuit includes a level shifting device such as a high voltage MOS device and can also include feedback circuitry. The level shifting device is turned on to make an output transition, and the feedback circuitry obtains a feedback or acknowledge signal indicating that the transition was made. In response, the feedback circuitry turns off the level shifting device, which can reduce power dissipation. A digital level shift circuit that includes two n-channel devices and two p-channel devices can also include sense/prevent circuitry that senses when current greater than a threshold flows through both devices of one channel type and, in response, prevents output transitions from being made, which can avoid false transmissions due to rapid changes in offset voltage. Control circuitry in a digital level shift circuit can include both feedback circuitry and sense-prevent circuitry. In addition, the level shifting devices can be connected into a cross-acknowledge scheme in which none of the devices receives its acknowledge signal from the device to which it provides an acknowledge signal; this makes it possible to avoid a standoff between two devices. The control circuitry can also include, for each device, feedback detection circuitry to distinguish acknowledge signals, making it possible to restart a device that stops transmitting in response to a signal from another device that was not an acknowledge signal.

A method for generating label data is provided, and the method includes the following steps: sensing a posture of a user to generate a non-depth image; sensing the posture of the user to generate a depth image; sensing the posture of the user to generate motion data; and generating an identifying result of the posture according to the non-depth image and the depth image and labeling the motion data according to the identification result to generate label data.

A modular solution mining method may include the steps of: providing an injection wellbore, the injection wellbore including a horizontal injection portion, in which the horizontal injection portion includes a toe end and heel end; providing a production wellbore, in which the production wellbore includes a horizontal production portion that is proximate to the toe end; injecting a solvent into the horizontal injection portion; generating a turbulent solvent flow proximate to the toe end to generate a mineral solution and an initial cavern proximate to the horizontal production portion; and motivating the mineral solution from the initial cavern, into the horizontal production portion, and to a surface location. Optionally, the method may include the step of repositioning the turbulent solvent flow to be closer to heel ends to generate mineral solution and subsequent caverns further from horizontal production wellbore.