63results about How to "Flexible execution" patented technology

The invention discloses a human body action recognition method and a mobile intelligent terminal. The human body action recognition method comprises the steps that human body action data are acquired for training so that feature extraction parameters and template data sequences are obtained, and the data requiring performance of human body action recognition are acquired in one time of human body action recognition so that original data sequences are obtained; feature extraction is performed on the original data sequences by utilizing the feature extraction parameters, and the data dimension of the original data sequences is reduced so that test data sequences after dimension reduction are obtained; and the test data sequences and the template data sequences are matched, and generation of human body actions corresponding to the template data sequences to which the test data sequences are correlated is confirmed when the successfully matched test data sequences exist. Dimension reduction is performed on the test data sequences so that the requirements for the human body action attitudes are reduced, and noise is removed. Then the data after dimension reduction are matched with the templates so that calculation complexity is reduced, accurate human body action recognition is realized and user experience is enhanced.

The present invention discloses a method for identifying a user action and an intelligent mobile terminal. The method comprises: acquiring user action data, and training the user action data to obtain a feature extraction parameter and a template symbol sequence; collecting data that needs to execute user action identification during user action identification to obtain an original data sequence; performing feature extraction on the original data sequence by using the feature extraction parameter to obtain a dimension-reduced test data sequence; converting the test data sequence into a discrete character string to obtain a symbol sequence of the test data sequence; and performing matching on the symbol sequence of the test data sequence and a template symbol sequence, and when the matching is successful, determining that the user action corresponding to the template symbol sequence occurs. According to the method provided by an embodiment of the present invention, dimension reduction is performed on the original data sequence by using the feature extraction parameter, the dimension-reduced data sequence is symbolized, and then the dimension-reduced data sequence is matched with the template symbol sequence, so that calculation complexity is lowered, perceptual identification efficiency is improved, and good user experience is achieved.

The invention discloses a regression testing case set construction method based on program change, comprising the following steps of: (1) determining the program change of a target software version relative to a historical version; (2) dividing the program statements of the historical version into a change statement set and a non-change statement set, and simultaneously setting a change weight; (3) dividing testing case sets according to historical overlaying information; (4) simplifying the divided change overlaying set and common overlaying set; and (5) seqencing the testing cases in the change overlaying set and the common overlaying set, and simultaneously merging the two sets to form the regression testing case set of the target version. The regression testing case set construction method based on program change can be widely applied to automatic tests and regression tests of a large-sized software system in the updating process; the historical test information and the program change data of the target version are used fully and the constructed regression testing case set has good pertinence; and the regression testing case set construction method based on program change is capable of completing high-efficiency software tests in limited test time and at limited cost.

A relay communication system includes a first client terminal which creates routing group information including network addresses of first and second LANs, and identification information of the first client terminal and a second client terminal which execute routing processing, and which shares the routing group information with the second client terminal. Based on the routing group information, a routing session is established between the first and second client terminals. A communication terminal connected to the first LAN sends out a communication packet in which an IP address of a communication terminal connected to the second LAN is designated. The communication packet is encapsulated by the first client terminal, and is routed by using the routing session.

The invention relates to the technical field of permission management, in particular to a permission management system based on RBAC. The permission management system comprises a user unit, a conversation unit, a role unit, a data permission unit and a function permission unit. Compared with the prior art, logic separation between a user and access permission is achieved, permission separation of a function and data is achieved, configuration and management of the permission are simpler, and the use difficulty of the user is reduced.

When the distributed load system of grid computing is applied to printers, multi-functional peripheral equipments, and the like connected to a computer network, if a device which inputs a job received from the client is executing processing, the distributed processing requires much time, and the user of the client cannot obtain the print result soon. Hence, when a print job is input, the processing time upon executing distributed processing of data processes in the print job by computer devices connected to the computer network is estimated. Based on the estimation result, the print job or jobs divided from the print job are transmitted to the computer devices connected to the computer network.

A robot apparatus includes a robot mechanism having a plurality of joints, and actuators that drive joint axes of the robot mechanism. The robot apparatus includes a robot controller that controls the driving of the actuators based on a cost function that is a function of torque reference inputs for the actuators.

Method for sending digital copies of protected media, using receiver-individual digital watermarks, from a media server via a telecommunications network and a network access device with connecting devices to an end user terminal, in which a digital copy which is to be sent to a specific end user terminal of the telecommunications network is made available in the network access device from which the end user terminal is connected to the telecommunications network in which the digital copy provided with the digital watermark is sent to the end user terminal via the connecting device of the network access device via which this end user terminal is connected, the digital watermark being imprinted into the digital copy to be sent in this network access device, wherein the digital watermark contains at least data acting as identification of the end user to whom the digital copy is to be sent.

The AV data reproducing apparatus includes: (i) a reading section for reading out, from a recording medium, additional function information indicating an additional function correlated with a manipulation input; and (ii) an additional function program executing section for executing the additional function in response to the manipulation input. With this, an operation unique to the content can be carried out by executing the additional function (additional function program) indicated by the additional function information stored in the recording medium together with the AV data. This makes it possible for the AV data reproducing apparatus to carry out an operation other than an operation intrinsically corresponding to a key.

A schedule execution unit accesses a storage unit for storing a call list registered in a database and determines whether or not there is a Web service call to be executed. If the presence of a Web service call to be executed is confirmed, the schedule execution unit reads out the Web service address and process details and calls the Web service. By so doing, the apparatus that provides the function and the apparatus that carries out the call can be separated, thus enabling a particular program to be executed simply and flexibly according to a schedule.

The invention provides a method and a device for controlling execution of an impulse sequence. The impulse sequence comprises a plurality of sequence modules, wherein each sequence module comprises at least one sequence unit. The method comprises the following steps of receiving an impulse sequence execution command of a user; calling information of a pre-built agency as needed according to the impulse sequence execution command and the arrangement sequence of sequence modules; and sequentially controlling execution of the sequence modules. The agency comprises a gather of self information provided by the various sequence modules. By the method in an embodiment, when the sequence modules are executed, information of all the other sequence modules in the agency can be called as needed, the rest nodes are not required to be traversed or required nodes can be used in a self object, the reusability and the flexibility of the sequence modules are maintained, and the executing efficiency of the impulse sequence is improved.

The present invention provides a method for conversion of a Flash memory cell on a first semiconductor device to a ROM memory cell in a second semiconductor device, the first and second semiconductor device each being arranged on a semiconductor substrate and each comprising an identical device portion and an identical wiring scheme for wiring the device portion to the Flash memory cell and to the ROM memory cell, respectively; the Flash memory cell being made in non-volatile memory technology and comprising an access transistor and a floating transistor, the floating transistor comprising a floating gate and a control gate; the ROM memory cell being made in a baseline technology and comprising a single gate transistor, which method includes manipulating a layout of at least one baseline mask as used in the baseline technology; the manipulation including: incorporating into the layout of the at least one baseline mask a layout of the Flash memory cell, and converting the layout of the Flash memory cell to a layout of one ROM memory cell by eliminating, from the at least one baseline mask, a layout for the floating transistor from the layout of the Flash memory cell and designating the layout of the access transistor of the Flash memory cell as a layout of the single gate transistor of the ROM memory cell.

Provided is a method for controlling external key of mobile communication terminal and mobile communication terminal thereof. The mobile communication terminal provided includes: a memory for storing lock setting information determining whether to perform an external key lock operation based on at least one status mode which shows the act status of the mobile communication terminal; a control part extracts the set lock setting information from the memory when inputting key data of the external key, and performs a lock act to prevent key data inputted of the external key transferring to the mobile communication terminal when the act status of the mobile communication terminal comes under the extracted status mode. By this invention, lock act of the external key can be set according to the status mode which shows the act status of the mobile communication terminal preventing mistake act caused by external key operation by mistake.

A subprocessor, an integrated circuit device, and an electronic apparatus or the like capable of performing data processing efficiently are provided. A subprocessor is connected to a host processor through a bus controller. The subprocessor includes: a command fetch unit that fetches a command from a subprocessor program; a register unit; a command decoding unit that decodes the command; and an operation unit that performs command execution processing. The host processor sets a program counter value indicating a storage destination of the subprocessor program and a processing start command for, the processing of the subprocessor to the register unit. The command fetch unit fetches a command designated by the program counter value, the command decoding unit decodes the command, and the operation unit performs command execution processing.

The invention discloses a communication system based on energy scheduling and a communication throughput optimization method thereof. The system comprises a power beacon, a hybrid transmitter and a hybrid receiver, RF signals transmitted by the PB provide carrier signals or energy to the HT; and in one time frame, the HT adopts one working mode of EH, BC or AIT according to the energy state of theHT and the state of the transmission channel. The HT has three working modes of EH, BC and AIT, the three working modes of the HT form the working modes of the seven systems, and in one time frame, the communication system selects one of the working modes for communication according to the energy state and the channel state of the HT. According to the system, a rechargeable battery is introducedinto HT, so system energy scheduling is realized; and the HT can more flexibly execute three working modes of EH, BC and AIT in each time frame.

The embodiment of the invention provides a method and device for the offline execution of a nursing service, a medium, and electronic equipment. The method can comprise the steps: obtaining the nursing service; generating a task data model of the nursing service based on a nursing service selected by a nursing worker, and an operating interface; carrying out the static operation of the operating interface, and pushing the task data model to a client corresponding to the nursing worker. The method can enable the client to execute the nursing service in an offline manner based on the task data model of each nursing service and the operating interface, thereby achieving the flexible execution of each nursing service in an offline state.

The invention discloses a digital menu execution method and device, intelligent cooking equipment and a storage medium, and relates to the field of cooking control, for improving the flexibility of executing a digital menu and avoiding the situation of ingredient putting errors. The digital menu execution method comprises the steps: obtaining ingredient information in a to-be-executed digital menuand intelligent cooking equipment for executing the to-be-executed digital menu; determining a target ingredient outlet corresponding to the intelligent cooking equipment from a plurality of ingredient outlets of a multi-outlet ingredient machine; and based on the ingredient information, controlling the multi-outlet ingredient machine to put ingredients into the intelligent cooking equipment froma target ingredient outlet.

The invention relates to a multi-dimensional expansion robot, and belongs to an industrial robot. According to the technical scheme, the multi-dimensional expansion robot comprises a circular track, acircular driving device, a linear extending mechanism, a linear moving mechanism and a tail end executing mechanism; the circular track is provided with a hoisting mounting frame, the hoisting mounting frame is fixed to at least three positions of the circular track, and the hoisting mounting frame is fixed above a plant or a suspended mounting fixing position; and a walking mechanism and a geardriving mechanism are arranged between the circular driving device and the circular track, the walking mechanism circularly walks and moves along the track surface on the circular track, and the geardriving mechanism drives the circular driving device to rotate around the center of the circular track on the circular track. The robot is installed above the plant or the top of other hoisting supports, and the problems of arm expansion limitation and high basic space occupation rate of grabbing robots, assembling and producing robots and material carrying robots are solved.

The invention belongs to a linear displacement measuring device, and specifically discloses a multi-station multi-degree-of-freedom high-precision micro-positioning linear displacement measuring device. The device comprises a reference carrier, a measuring clamping structure which is fixed on the reference carrier, a measuring driving structure fixed on the reference carrier, and a multi-degree-of-freedom which is positioned on the reference carrier and can be driven by the measuring driving structure to move relative to the reference carrier; the measuring clamping structure, the multi-degree-of-freedom adjusting device and the measuring driving structure are in the same straight line; the multi-degree-of-freedom adjusting device moves in the straight line direction. With the adoption of the device, the measurement time is reduced, the working efficiency is increased, and the quantity of bought devices and economic cost are saved; the multi-degree-of-freedom adjusting device is convenient to operate, flexible to perform, small in size and high in stability; a high-precision ball screw is used as a connecting device and can effectively reduce the fitting error of the system as well as improving the measurement precision.