34results about How to "Implement dynamic selection" patented technology

The invention provides a method and system for taxi information interaction. The method and system includes the following steps that an information pushing server determines a required time degree range and transmits the range to a comparator according to self storage information after receiving a book request, determines distance coefficient according to position information of determined no-load taxis and a customer client and determines speed limit coefficient according to road speed limit between the taxis and the customer client to determine supplier time coefficient and transmit the coefficient to the comparator. The comparator compares the required time degree range with the supplier time coefficient, determines a target taxi and transmits the required time degree range and the target taxi information to the information pushing server. The information pushing server transmits information to be pushed to the customer client according to the required time degree range, the target taxi information and an information pushing comparison list. The method and system achieves dynamic selection of taxis according to individual requirements of business to be done of customers and achieves resource utilization maximization of the taxis.

A dynamic management system for coal mine emergency command information solves the problems that in the prior art, an effective disaster relief mode cannot be adopted in time, life safety of workers is harmed, and property loss is serious. The system comprises a mine basic information module, a mine safety monitoring information module, a map display and management module, a mine catastrophe analysis module, an emergency rescue strength module and a catastrophe decision information module. Mine basic information and monitoring information are used for carrying out real-time monitoring and information data updating on main underground dangerous sources and hidden danger information of a mine, and an information platform capable of effectively restraining the loss degree of underground accidents is established; Therefore, reliable information resources and basic data are provided for underground catastrophe analysis and simulation by utilizing the information before the accident, and theinfluence degree of the accident is effectively controlled in time.

The invention discloses a commodity circulation method based on unmanned distribution, and aims to solve the technical problems that an existing commodity circulation mode is long in distribution timeand inconvenient in commodity taking. The method comprises the following steps: step 1, an intelligent unmanned distribution station is set for storing to-be-sold commodities; 2, the user sends a commodity order to a background management system; 3, after receiving the commodity order, the background management system sends the commodity order to the nearest intelligent unmanned distribution station according to the user address; 4, the intelligent unmanned distribution station automatically selects corresponding commodities and outputs the commodities to a proper intelligent unmanned distribution vehicle located in the intelligent unmanned distribution station; fifthly, after the intelligent unmanned distribution vehicle receives the commodities, the commodities are conveyed to a user residence door, and the user is informed to wait for commodity taking; and 6, the user takes the commodity, and the distribution vehicle returns. The beneficial effects of the invention are that the method saves the time, improves the efficiency, and achieves the autonomous circulation of commodities.

The invention provides a media control method, a system, a device and a media service combination device, belonging to the communication technical field, wherein the method includes: receiving and storing the logon information and the status information of the media resource server; receiving the conversation establishment request information transmitted by the media resource client-side; selecting the media resource server according to the requested media service ability and the logon information and the status information of the media resource server; routing the conversation establishment request information onto the selected media resource server, negotiate about building the media control channel between the media resource client-side and the media resource server. The invention can realize the media service combination function which provides different media service to a media resource client-side by different media resource servers.

The invention provides a method and system for taxi scheduling. The method and system includes the following steps that a server determines a required time degree range according to business importance grade separation, a business grade coefficient comparison list, business grade coefficient and a required time degree range comparison list, determines distance coefficient according to position information of determined no-load taxis and a customer client and determines speed limit coefficient according to road speed limit between the taxis and the customer client, determines supplier time coefficient according to the distance coefficient and the speed limit coefficient, compares the required time degree range with the supplier time coefficient to determine a target taxi, transmits information to be pushed to the customer client according to the required time degree range and an information pushing comparison list to achieve dynamic selection of the taxis according to individual requirements of business to be done of customers and achieve resource utilization maximization of the taxis.

The invention discloses a connecting device between a processor and a BOOT FLASH, and a realization method thereof. The connecting device comprises a bus logic processing unit, a controlling unit and a startup register; the startup register is used for storing the start identification of the BOOT FLASH; the controlling unit is used for monitoring the start identification and determines whether the BOOT FLASH is started successfully or not, and if so, a control signal for directly transmitting a bus signal is sent to the bus logic processing unit; and if not, a control signal which performs reversal processing to the data bus signal in the bus according to the byte order and then transmits the data bus signal is sent to the bus logic processing unit; the bus logic processing unit is connected with the processor in a default connection manner, and the corresponding connection manner can also be adopted for connection according to the byte order of the BOOT FLASH. The dynamic selection of the connection manner of the byte orders between the CPU with different byte orders and the BOOT FLASH can be realized, the method is simple, and the cost is lower.

The invention provides a dispatch control method for taxis and a system thereof. The method comprises the following steps that an information processing server receives a reservation request and determines a required time range according to self-stored information, determines a distance coefficient according to position information of an empty taxi and a passenger client side, determines a speed limitation coefficient according to road speed limitation between the taxi and the passenger client side, determine a supplier time coefficient according to the distance coefficient and the speed limitation coefficient, and compares the required time range and the supplier time coefficient to determine the target taxi and sends the required time range and information of the target taxi to an information pushing server. The information pushing server sends the information-to-be-pushed according to the required time range, the information of the target taxi and an information pushing comparison table. The dispatch control method for taxis achieves dynamic selection of the taxies according to personalized requirements of a passenger for business-to-be-done, and achieves maximum utilization of taxi resources.

The invention relates to a multi-level scattering focus adjust and control blood parameter monitoring device. A light source driving module drives a light source array to emit light fields with different wavelength, a wave front phase controller and a light field focus component are arranged on a light source array emission light field optical path in sequence, an array photoelectric sensor is arranged on a multi-level scattering light field emission light path, the array photoelectric sensor conducts photoelectric information transformation on the light field detected to contain monitored substance information, after the photoelectric information transformation is achieved, the array photoelectric sensor inputs the transformed information into a system control component, the wave front phase controller, the array photoelectric sensor and the system control component form a dynamic control loop, and the multi-level scattering focus adjusting and controlling is achieved; the system control component is connected with an information analysis processing component, the information analysis processing component conducts data analysis and processing on stabilized photoelectric information to obtain blood parameter index data. The device has the advantages that the device is controllable in detection area, high in monitoring precision, real-time and dynamic, good in consistency, high in anti-interference performance and reliability, wide in application range and high in flexibility, and the functions of the device are easy to extend.

The invention provides a dispatch control method for taxis and a system thereof. The method comprises the following steps that after a computer receives a reservation request, the computer determines a required time range according to self-stored information and sends the required time range to a comparing device, the computer determines a distance coefficient according to position information of an empty taxi and a passenger client side, determines a speed limitation coefficient according to road speed limitation between the taxi and the passenger client side, so as to determine a supplier time coefficient and send the supplier time coefficient to the comparing device, and the comparing device compares the required time range and the supplier time coefficient to determine the target taxi and pushes the required time range and information of the target taxi to a server. The information pushing server sends the information-to-be-pushed to the passenger client side according to the required time range, the information of the target taxi and an information pushing comparison table. The dispatch control method for taxis achieves dynamic selection of the taxies according to personalized requirements of a passenger for business-to-be-done, and achieves maximum utilization of taxi resources.

The invention discloses a method and a device for automatically realizing an API (Application Program Interface) application, and the method comprises the following steps: recording an execution process of processing equipment, the execution process comprising the operation of at least one input equipment of the processing equipment and the execution information of the processing equipment in response to the operation; analyzing the execution process, determining a target data item, determining the execution process for obtaining the target data item, and determining input parameters for obtaining the target data item; and determining an API corresponding to the target data item, taking a part of parameters or all parameters used for obtaining input parameters of the target data item as input parameters of the API, and taking an execution process used for obtaining the target data item as an execution process of the API. The parameters and the execution process of the API can be automatically generated, the workload of API configuration parameters and the process is reduced, part of operation in the execution process can be modified according to the preset rule, and the personalized requirement of a user is met. The flexibility of the process is improved to adapt to more complex systems, and the function of an API is added.

The invention relates to a method for acquiring the number of spray droplets in a spray image based on the standard deviation, which aims to improve the accuracy of calculation for the number of spraydroplets. The method mainly solves problems that the brightness differentiation between a background image and the droplets is unapparent and that the calculation for the number of the droplets is inaccurate due to great variations in brightness of the background image and realizes accurate calculation for the number of the droplets. The method is implemented according to the steps that (1) a morphological opening operation is performed on the whole image to obtain a background image, the average area of the droplets is acquired, the number of segmentation parts of the whole image is determined according to the information such as the average area of the droplets, the background of each part of the image is acquired by using the morphological opening operation, and the standard deviationof the brightness of each part of background image and the standard deviation of the brightness of the original image are acquired; (2) a background image acquisition method is determined according tothe standard deviation of the brightness of the background image and the standard deviation of the brightness of the original image; and (3) the number of droplets of each corresponding image is obtained, and the numbers are added together to obtain the number of spray droplets of the whole image.

The invention discloses a mixed Plasmon waveguide Bragg grating with double-forbidden band; the mixed Plasmon waveguide Bragg grating comprises two mixed Plasmon waveguide Bragg grating sets with different period structures and coupled with admittance coupling waveguides on an incident terminal and emission terminal; the first set of mixed Plasmon waveguide Bragg grating is formed by alternativelyarranging two waveguides; the second set of mixed Plasmon waveguide Bragg grating is formed by alternatively arranging two waveguides; the two mixed Plasmon waveguide Bragg grating sets are respectively formed by periodically and alternatively filling two low refractive index materials A and B between a metal Ag bar and a high refractive index material Si. The mixed Plasmon waveguide Bragg grating is simple in structure, and can stop a TM mode on two assigned broadband positions; the waveguide length and grating period in a coupling zone can be changed so as to dynamically select transmissionbands in an assigned wave band, thus adjusting and optimizing the passband and forbidden band positions and performances.

Presented are approaches for dynamic modification of the functionality of a RTC session including one or more data streams between participants to the real-time communication session (100). Embodiments of the present invention are therefore directed toward enabling the functionality of a RTC system to be modified, extended and / or improved while it is implementing a RTC session. Exemplary embodiments include: identifying a request for a first algorithm (A1) of a set of algorithms (A1, A2, A3); and dynamically modifying the functionality of the real-time communications session by adding the first algorithm (A1) to the real-time communication session (100) as a virtual participant employing at least one data stream out of the one or more data streams.

The invention provides a method and system for taxi control information interaction. The method and system includes the following steps that a calculator determines a required time degree range and transmits the range to an information pushing server according to self storage information after receiving a book request, determines distance coefficient according to position information of determined no-load taxis and a customer client and determines speed limit coefficient according to road speed limit between the taxis and the customer client to determine supplier time coefficient and transmit the coefficient to the information pushing server. The information pushing server compares the required time degree range with the supplier time coefficient, and determines a target taxi. The information pushing server transmits information to be pushed to the customer client according to the required time degree range, the target taxi information and an information pushing comparison list. The method and system achieves dynamic selection of the taxis according to individual requirements of business to be done of customers and achieves resource utilization maximization of the taxis.

A method and apparatus for automatically implementing an API application, the method comprising: recording an execution process of a processing device, the execution process comprising an operation of an input device of at least one processing device as well as execution information of the processing device in response to the operation (S101); analyzing the execution process, determining a target data item, determining an execution process used for acquiring the target data item, and determining input parameters used for acquiring the target data item (S102); and determining an API corresponding to the target data item, using some or all of the parameters among the input parameters used for acquiring the target data item as input parameters of the API, and using the execution process used for acquiring the target data item as an execution process of the API (S103). The present method may automatically generate parameters and an execution process for an API to reduce the workload of API configuration parameters and a flow process, and may also modify some operations in an execution process according to a preset rule to satisfy the personalized needs of a user. Increasing flexibility of a flow process may suit a more complex system, thereby increasing the functions of an API.

The invention provides a scheduling method and a scheduling system. The scheduling method includes the following steps: after a strategy controller receives an identification request sent by a passenger client, if refusal pushing times of the passenger client are judged to be smaller than a first preset value, the passenger client sends a booking request to a server, the server determines a requiring time degree range and a supplier time coefficient and compares the requiring time degree range and the supplier time coefficient according to the booking request and self-stored or obtained information, a target taxi is determined, and information to be pushed is sent to the passenger client. If the passenger client refuses, the passenger client sends response to the strategy controller and the server respectively, and the counter in the strategy controller adds 1. If the refusal pushing times of the passenger client are judged to be equal to the first preset value, the strategy controller sends prohibit commands to the controller or the passenger client directly, and taxi resource utilization maximization and taxi driver revenue maximization are achieved. A passenger malice booking phenomenon is avoided, and a scheduling system resource is saved.

The present application provides a method and device for adding a neighboring cell, which is applied to a base station, including: receiving first measurement data for one or more neighboring cells sent by a terminal; wherein, the first measurement data includes the one or more Signal attribute information corresponding to a plurality of neighboring cells; determine the cell handover success rate corresponding to the serving cell where the base station is located, and the first pilot addition threshold corresponding to the cell handover success rate; according to the cell handover success rate, set Adjusting the first pilot addition threshold to a second pilot addition threshold, and determining the target neighbor cell whose signal attribute information satisfies the second pilot addition threshold; determining the neighbor cell attribute information corresponding to the target neighbor cell , and when the attribute information of the neighbor cell satisfies the preset neighbor cell condition, the neighbor cell is added to the target neighbor cell, which realizes the dynamic selection of the neighbor cell, ensures the rationality of the neighbor cell addition, and avoids the excessive addition of the neighbor cell and the neighbor cell Insufficient zone addition occurs.

The invention discloses a connecting device between a processor and a BOOT FLASH, and a realization method thereof. The connecting device comprises a bus logic processing unit, a controlling unit anda startup register; the startup register is used for storing the start identification of the BOOT FLASH; the controlling unit is used for monitoring the start identification and determines whether theBOOT FLASH is started successfully or not, and if so, a control signal for directly transmitting a bus signal is sent to the bus logic processing unit; and if not, a control signal which performs reversal processing to the data bus signal in the bus according to the byte order and then transmits the data bus signal is sent to the bus logic processing unit; the bus logic processing unit is connected with the processor in a default connection manner, and the corresponding connection manner can also be adopted for connection according to the byte order of the BOOT FLASH. The dynamic selection ofthe connection manner of the byte orders between the CPU with different byte orders and the BOOT FLASH can be realized, the method is simple, and the cost is lower.

An embodiment of the present invention provides a resource scheduling method, the method comprising: acquiring the data volume of the data to be scheduled; selecting a frame structure for scheduling the data to be scheduled according to the data volume of the data to be scheduled; according to the selected frame structure , to schedule the data to be scheduled. Further, the embodiment of the present invention also provides a resource scheduling device.

The invention relates to a method for acquiring the quantity of spray droplets in a spray image based on standard deviation, and the purpose is to improve the calculation accuracy of the quantity of spray droplets. The method mainly solves the inaccurate calculation of the number of droplets caused by the indistinct distinction between the brightness of the background image and the droplet, and the large change in the brightness of the background image, and realizes the accurate calculation of the number of droplets. The method is realized through the following steps: (1) The background image is obtained through the morphological opening operation of the entire image, and the average area of ​​the droplet is obtained, and the number of divisions of the entire image is determined by calculating the average area of ​​the droplet; using the morphological opening operation Obtain the background of each image; obtain the standard deviation of the brightness of each background image and the standard deviation of the original image brightness; (2) determine the background image acquisition method according to the ratio of the background image brightness standard deviation and the original image brightness standard deviation; (3 ) to get the number of droplets in the corresponding image, and add them up to get the number of spray droplets in the entire image.

The invention provides a neighbor cell adding method and device which are applied to a base station, and the method comprises the steps: receiving first measurement data, sent by a terminal, for one or more neighbor cells, wherein the first measurement data comprises signal attribute information corresponding to the one or more neighbor cells; determining a cell switching success rate corresponding to a serving cell where the base station is located and a first pilot frequency adding threshold corresponding to the cell switching success rate; adjusting the first pilot frequency adding threshold to a second pilot frequency adding threshold according to the cell switching success rate, and determining a target neighbor cell of which the signal attribute information meets the second pilot frequency adding threshold; and determining neighbor cell attribute information corresponding to the target neighbor cell, and adding the neighbor cell to the target neighbor cell when the neighbor cellattribute information satisfies a preset neighbor cell condition, thereby realizing dynamic neighbor cell selection, ensuring neighbor cell addition rationality, and avoiding excessive neighbor cell addition and insufficient neighbor cell addition.

The invention relates to a message sending method and device. The message sending method comprises the steps of determining a channel disturbance degree of a current channel of a network device, determining a target sending rate corresponding to the channel disturbance degree according to a presetting correspondence between a sending rate and a channel disturbance degree threshold, and sending a to-be-sent non-data message according to the target sending rate. By adoption of the method and the device, the sending rate of the non-data message can be adjusted according to the channel disturbancedegree; the sending rate of the non-data message is dynamically selected; the sending rate of the non-data message is improved; the time for occupying the channel resource by the non-data message isreduced; the throughput of the WLAN (Wireless Local Area Network) is improved; and the user experience of the wireless network is improved.

The invention belongs to the technical field of optics, and specifically relates to a phase-mask-adjustable dynamic wavefront coding imaging system. The phase-mask-adjustable dynamic wavefront codingimaging system can switch between conventional maskless imaging and multiple mask imaging according to actual demands, can implement a flexible and controllable depth of field expansion range and restoration of image quality, and can improve the ability to recognize different types of targets by means of directional filtering when applied to long-wave infrared imaging. The phase-mask-adjustable dynamic wavefront coding imaging system includes an imaging camera, a composite phase mask plate, an image detector and an image processing unit, wherein the imaging camera, the composite phase mask plate, the image detector and the image processing unit are arranged successively in the optical axis transmission direction. The composite phase mask plate is formed by stacking of two generalized cubicsquare phase assemblies in the optical axis transmission direction, and the two generalized cubic square phase assemblies can generate different phase modulation intensity through individual rotation.

The invention belongs to the technical field of optics, and specifically relates to a phase-mask-adjustable dynamic wavefront coding imaging system. The phase-mask-adjustable dynamic wavefront codingimaging system can switch between conventional maskless imaging and multiple mask imaging according to actual demands, can implement a flexible and controllable depth of field expansion range and restoration of image quality, and can improve the ability to recognize different types of targets by means of directional filtering when applied to long-wave infrared imaging. The phase-mask-adjustable dynamic wavefront coding imaging system includes an imaging camera, a composite phase mask plate, an image detector and an image processing unit, wherein the imaging camera, the composite phase mask plate, the image detector and the image processing unit are arranged successively in the optical axis transmission direction. The composite phase mask plate is formed by stacking of two generalized cubicsquare phase assemblies in the optical axis transmission direction, and the two generalized cubic square phase assemblies can generate different phase modulation intensity through individual rotation.

The invention provides a method and system for taxi scheduling. The method and system includes the following steps that a server determines a required time degree range according to business importance grade separation, a business grade coefficient comparison list, business grade coefficient and a required time degree range comparison list, determines distance coefficient according to position information of determined no-load taxis and a customer client and determines speed limit coefficient according to road speed limit between the taxis and the customer client, determines supplier time coefficient according to the distance coefficient and the speed limit coefficient, compares the required time degree range with the supplier time coefficient to determine a target taxi, transmits information to be pushed to the customer client according to the required time degree range and an information pushing comparison list to achieve dynamic selection of the taxis according to individual requirements of business to be done of customers and achieve resource utilization maximization of the taxis.

The invention provides a dispatch control method for taxis and a system thereof. The method comprises the following steps that an information processing server receives a reservation request and determines a required time range according to self-stored information, determines a distance coefficient according to position information of an empty taxi and a passenger client side, determines a speed limitation coefficient according to road speed limitation between the taxi and the passenger client side, determine a supplier time coefficient according to the distance coefficient and the speed limitation coefficient, and compares the required time range and the supplier time coefficient to determine the target taxi and sends the required time range and information of the target taxi to an information pushing server. The information pushing server sends the information-to-be-pushed according to the required time range, the information of the target taxi and an information pushing comparison table. The dispatch control method for taxis achieves dynamic selection of the taxies according to personalized requirements of a passenger for business-to-be-done, and achieves maximum utilization of taxi resources.