833 results about "Time quantum" patented technology

Network bandwidth detection and distribution and prioritizing network traffic among two or more distinct channels of communication within a single application in a node configured to communicate with one or more other nodes over a network is disclosed. For a particular time quantum, a bandwidth quantum may be distributed amongst two or more communication channels according to priorities associated with those channels.

The embodiment of the invention discloses an online-live-broadcast-based information display method. The method includes the steps that a first gift presentation command input by a first audience client based on an online-live-broadcast channel; whether a continuous-presentation special effect targeted to a first gift is enabled or not is judged according to the first gift presentation command; if yes, a second gift presentation command input by a second audience client based on the current online-live-broadcast channel is received within the preset time quantum of the continuous-presentation special effect targeted to the first gift; continuous-presentation special effect information is generated according to the second gift presentation command; the continuous-presentation special effect information is sent to audience clients in the current online-live-broadcast channel, so that the audience clients display the continuous-presentation special effect targeted to the first gift in a first preset display region of the current online-live-broadcast channel according to the continuous-presentation special effect information. The invention further discloses an online-live-broadcast-based information display device and system. By means of the online-live-broadcast-based information display method, device and system, the display effect of gift presentation is improved, and the interactive requirement for presenting gifts among the clients in the online-live-broadcast channel is met.

The invention discloses an uncertain space-time trajectory data range query method under road network environment. The process includes that firstly, a road network is divided into divided areas with the number of K; a hash table is established according to sides and divided corresponding relations; boundary points of the divided areas are calculated, and a two-dimensional space R tree index is established; the shortest path distance among the boundary points of each dividing is calculated; a one-dimensional R tree time quantum index is established for each dividing, and a B+ tree for storing trajectory data for each one-dimensional R tree is established; then, the earliest arrival time and the latest leaving time of a certain trajectory and an uncertain trajectory are calculated, and a unit segment assemble and divided beginning and ending time are inserted into time interval components; and finally, according to the dividing of a query point, distance information of a divided boundary point and the query point is calculated, and therefore a query result is obtained. According to the uncertain space-time trajectory data range query method under the road network environment, a small amount of input/output (I/O) operations and online calculation are only needed to be performed for a part of dividing, the query results can be obtained, and the query results are high in accuracy degree and fast in response speed.

A method which simulates the operating speed of an emulated target system with a consistent rate of instruction execution on a plurality of host systems with varied and variable instruction execution speeds. An arbitrary “time quantum” is selected as a referent and is multiplied by the target's speed of instruction cycle execution to determine the quantity of instructions the target system executes in the specified time period. When non-native code is executed on the host system, a counter is used to track the number of instructions executed and to interrupt when that target quantity is reached. A processor-activity-independent timing source is queried to determine the time elapsed; that measurement is then compared to the original “time quantum.” The resulting ratio is a timing reference that is independent of the operating speed characteristics of any particular host system. This reference is used to predict the operational speed of the host system and to adjust factors in the host computer and emulation process to more accurately match the target system before executing the next block of instructions and repeating the process. In certain embodiments, the time quantum is dynamically adjusted to avoid sampling frequencies, which may conflict or resonate with timing frequencies of other system activities or to place a greater or lesser load on the host system. This process results in more consistent, accurate simulation of the target system's speed on a variety of host system configurations, within the limitations and flexibility of the host environment.

The invention discloses a dynamic price adjustment method. The dynamic price adjustment method comprises acquiring the order interaction information within the first preset time quantum of the area belonging to the place of departure after receiving a request for taking a taxi, sent from user equipment UE according to the place of departure in the request for taking a taxi; according to the order interaction information, determining whether to request application of a price adjustment strategy for the request for taking a taxi; and sending a price adjustment request to the UE corresponding to the request for taking a taxi according to the price adjustment strategy if the requirement for the request for application of the price adjustment strategy is determined. The invention provides a dynamic price adjustment apparatus. The dynamic price adjustment apparatus comprises an acquisition unit, a price adjustment determination unit and a request to send unit. The dynamic price adjustment method and apparatus can promote the order closing ratio and alleviate the insufficient transport power situation, and preferably satisfies the requirements for drivers and passengers, and improves the riding experience of passengers.

The invention discloses a heating control method of an electric water heater and the electric water heater. The method comprises the following steps: setting a plurality of working periods of heating control of the electric water heater; dividing each day within each working period into a plurality of time quanta; recording the water consumption condition of a user within each time quantum, and determining the regular time quantum and irregular time quantum of water consumption of the user; recording the water consumption conditions of the user in the regular time quantum and the irregular time quantum; determining the user level according to the water consumption conditions of the user in the regular time quantum and the irregular time quantum; and adjusting the heating control rule of the electric water heater. According to the technical scheme, the method has the advantages that the water consumption habit of the user can be dynamically tracked, and the user level can be determined according to the water consumption conditions of the user in the regular time quantum and the irregular time quantum, so that the user can use hot water within the time quantum that the water is usually used, and moreover, repeated heating can be avoided, and as a result, the energy can be saved.

The invention discloses a method for precise time synchronization. A time difference between a primary mode device and a secondary mode device is calculated to calculate average path delay; on the basis of the time compensation algorithm, time quantum information needing compensation adjustment currently is calculated; a time adjustment control module is used for carrying out time compensation adjustment processing on the clock secondary mode device, so that time synchronization of all devices in the whole system can be realized. According to the scheme, the special time server is not needed; and the method is suitable for a distributed system.

The invention discloses a model predication control based cooling heating and power generation type micro-grid operation method. The method comprises the steps of building a predication model to predicate the wind power, photovoltaic power and cooling heating power generation load power data within a control time domain in the future; solving a rolling optimizing model at every moment according to the latest predication result and the real-time operation state of each device; calculating the force output of each device at the following time quantum; re-calculating the rolling optimizing model at the next time according to the latest predication result, monitoring the actual wind power value, photovoltaic value, cooling load value, heating load value and power generation load value on real time; updating the historic data; solving and feeding back to correct the model at every 5 minutes to obtain the adjustment of each device; distributing to each device for adjusting until reaching the next rolling optimizing time. With the adoption of the method, the influence of inaccurate predication on the optimal operation of the system can be removed well, thus the system operation risk is reduced, and the system operation stability is improved; meanwhile, the economy of the operation of a cooling heating and power generation type micro-grid can be increased.

The invention discloses a super-short-term prediction method of photovoltaic power station irradiance. The method includes the steps that irradiance data are extracted from a history database, data of a night time quantum are removed, corresponding extraterrestrial theoretical irradiance is calculated, data abnormal detection is carried out based on the preceding operations, and the data are normalized in the difference value ratio method of an extraterrestrial irradiance theoretical value and practical irradiance; a training sample set is extracted according to input and output dimensionality of a model; a model of an irradiance time sequence is built through an ANFIS, a the rule quantity and an initial parameter of the ANFIS model are determined in a subtractive clustering method, and a fuzzy model parameter is optimized in a counter propagation algorithm and a least square method; a prediction sample is input, and a prediction value is obtained through calculation; the prediction value is added to form a new sample set, and multiple steps of prediction are achieved in a cycling mode; counter normalization processing is carried out on the prediction value. Super-short-term prediction of the irradiance can be achieved only by means of a history irradiance time sequence, prediction accuracy is good and the method is easy to carry out.

The present invention leverages high-frequency interrupts and/or low priority threads to accurately determine which computing resources are available. This provides a computing asset (CPUs and/or software applications) with a means to accurately compensate for resource utilization in order to increase its performance. By utilizing the present invention, the computing asset can optimize its performance in a real-time, self-tuning manner. In one instance of the present invention, high intensity, low priority threads are initiated on available CPUs (logical and/or physical) to effectively replace a CPU's idle time with the low priority thread. This thread generally constitutes a computationally-intensive and/or a memory-intensive thread which permits a highly accurate performance measurement to be obtained for available CPU resources. In another instance of the present invention, high-frequency interrupts are initiated on CPUs to compensate for processes that are shorter than a thread's time quantum, providing a more accurate performance counter.

The invention relates to an earthquake monitoring alarm system belonging to the technical field of earthquake prediction and alarm. Monitors are placed at a deep position of stratum to form a network monitoring system which mainly monitors shake and temperature change, are connected with a ground monitoring center and an alarm playing system to release alarms in time by alarm procedure management and various media, and form an earthquake prediction and an alarm system together with an alarm receiving and playing system. The earthquake monitoring alarm system can provide certain advance time quantum disaster condition prediction and alarm for areas except an epicenter area and also can provide impending earthquake prediction for the epicenter area as far as possible so that disaster-affected area people can know that earthquakes happen at once from a few seconds to a few minutes in advance and then start to take risk avoiding measures in advance, and the purpose of saving more persons is achieved. The earthquake monitoring alarm system can continuously improve the data, enhance the accuracy rate of prediction and alarm and finally achieve the purpose of realizing imminent earthquake prediction; meanwhile, certain prevention measures can be taken for the earthquakes before the earthquakes so as to decrease casualties and reduce property loss.

The invention discloses a novel judging method of defrosting conditions of an air-conditioner, which cancels an environment temperature sensor and judges if an outdoor heat exchanger needs to be defrosted according to the temperature variation situation of an outdoor evaporator in the heating process, thereby simplifying the design and a manufacturing method of products, reducing the development cost and enhancing the heating efficiency of the air-conditioner. The defrosting control method is as follows: after the air-conditioner is started to carry out heating operation, a control device records an initial value of the temperature of the outdoor heat exchanger and then dynamically records and judges a temperature signal of the outdoor heat exchanger, which is sent by a pipe temperature sensor of the outdoor heat exchanger, so as to obtain a maximum value Tmax of the temperature of the outdoor heat exchanger and store the maximum value Tmax; after the cumulative time of the heating operation of the air-conditioner reaches a preset time quantum of the control device, the control device compares the current temperature T of the outdoor heat exchanger with the maximum value Tmax of the temperature of the outdoor heat exchanger, and when the Tmax-T is larger than or equal to M which is the set temperature, the air-conditioner is in a defrosting mode.

A method of determining priority within an accelerated processing device is provided. The accelerated processing device includes compute pipeline queues that are processed in accordance with predetermined criteria. The queues are selected based on priority characteristics and the selected queue is processed until a time quantum lapses or a queue having a higher priority becomes available for processing.

The invention discloses a method for realizing multi-satellite combined imaging. The method for realizing multi-satellite combined imaging includes the steps that an orbit rendezvous of transiting satellites in a given time quantum is obtained, the orbit rendezvous of the transiting satellites is solved in an optimization method to obtain a relatively optimum imaging scheme, and the imaging scheme is optimized to determine which satellite is adopted and what work mode is adopted by the satellite for imaging in a certain given time quantum. The method for realizing multi-satellite combined imaging combines the satellite orbit computing technology and the artificial intelligence technology, and includes the steps of rapid obtaining of the orbits of the transiting satellites, automatic selection of multi-target optimization algorithms, automatic optimization of an imaging coverage scheme, and the like. The method has the advantages of being high in degree of automation, efficient in algorithm and the like, and can be used for building a unified district observation platform for multi-satellite combined imaging. By means of the method for realizing multi-satellite combined imaging, a user can determine the optimum satellite resource from numerous satellite resources, and the cycle of obtaining satellite remote sensing data for the user is made to be as short as possible.

The present invention discloses a microfluidic system and a driving method thereof. A plurality of photosensitive detection units comprising phototransistors and first gating transistors are employed to perform liquid drop position and size detection. The driving method comprises: In a collection time quantum, loading cut-off signals to a first scanning signal line to allow each phototransistor to be a closure state, loading conduction signals to a second scanning line to allow the first gating transistors to be conducted, and determining a liquid drop position through detection of signal difference according to a feature that there is difference in a received light intensity received by the phototransistors according to determination of whether there is liquid drop coverage or not, so that detection is performed based on photosensitivity to avoid signal interference and facilitate improvement of detection precision; and in a driving time quantum, loading conduction signals to a third scanning signal line to allow driving transistors to transmit driving signals to driving electrodes to control motion locus of liquid drops. Driving units and the photosensitive detection units in the microfluidic system all employ transistors with no need for arrangement of other detection devices so as to improve manufacturing efficiency.

The method includes following steps: in term of service need in the system, the digital TV broadcast system figures out the time of generating the next time slice of each service, and sends it to the service and frequency spectrum coordination unit; the coordination unit supervises and coordinates the service needs in digital TV broadcast system and in wireless communication system by using a time observation window in order to determine the time and length of frequency spectrum occupied different systems, and then transmits the dispatch message to the digital broadcast system and the wireless communication system; while each system occupies the frequency spectrum in an appointed time quantum, the digital broadcast renew the time of generating the next time slice of each service, and then transmits the message to the coordination unit.

The invention discloses a touch control drive circuit, a drive method thereof, an array substrate and a touch control display device, and relates to the field of display. By means of the touch control drive circuit, the drive method thereof, the array substrate and the touch control display device, the number of leads for driving touch control drive electrodes can be reduced, and convenience is provided for narrow edges. The method includes the steps that in the one frame of touch control scanning time quantum, output control units receive touch control enable signals, public voltage signals, touch control scanning signals and output signals of shifting register units connected with the output control units; the output control units output the touch control scanning signals to the touch control drive electrodes connected with the output control units during the first time quantum according to the touch control enable signals and the output signals, and the first time quantum is the scanning time distributed to the touch control drive electrodes within one frame of time. The touch control drive circuit and the drive method thereof are used for driving the touch control display device to achieve the touch control function.

The invention relates to an urban air quality grade predicting method based on multi-field characteristics. The method comprises a data preprocessing stage, a training stage and a predicting stage. In the data preprocessing stage, mesh generation is carried out to obtain a training sample, and a training data set is obtained. In the training stage, the optimal parameter of a conditional random field model is estimated, an optimal model shown in the specification is obtained, and the conditional random field model is output. In the predicting stage, the maximum output sequence, shown in the specification, of the conditional probability P(Y/X<f>) is obtained by combining the viterbi algorithm and the conditional probability model shown in the specification and obtained in learning of the training stage, and a prediction result is output. The AQI grade can be predicted more accurately, the AQI grade prediction in the following time quantum of all stations is carried out, and the requirement for selecting the time quantum with the high air quality to go out and take activities of people is met.

The invention discloses a method for demarcating a large-deformation landslide displacement field based on a high-resolution remote sensing image. The method is that two geometric models are utilized to perform ortho-rectification for the high-resolution remote sensing image and corresponding DEM at different time phases in a search area; after the preprocessing and high-precision image matching, a vector set model is created based on the accurately matched feature points with the same feature points; the space displacement field of a landslide body can be demarcated according to the model. With the adoption method for early warning of large landslide disaster, in particular the landslide disaster under a complex terrain, the sliding landslide can be automatically found out and subjected to macroscopic monitoring, so that the macroscopic displacement direction and displacement of the large deformation landslide body at some time quantum can be obtained, and the sliding range can be determined; the basic data and basis can be provided to accurately monitor the landslide displacement and early warn the landslide disaster. The system and the method are mature in technology, low in cost, convenient to operate, quick to calculate, and high in accuracy; the scientific basis can be provided to monitor and evaluate the landslide disaster, and the safety in fire preventing and reduction can be ensured.