72results about How to "Improve hardware performance" patented technology

Provided is a request processing method of processing a request requesting task processing in a computer system including the steps of: transmitting, by a proxy server, a first requests which is one of duplicate and original requests to application servers; transmitting, by the application servers, a result of processing of the first requests to the proxy server; notifying, by the application servers, a session management server of session information including identifiers of the application servers and identifiers of the first requests; determining, by the proxy server, a result of the processing used for responding to a client computer upon receiving the result of the processing of the first requests; and notifying, by the proxy server, the session management server of the identifiers of the application servers which have transmitted the determined processing result and an identifier of the request transmitted from the client computer.

There are provided an image processing method and an image processor for detecting an object to be detected in a simple and accurate manner without detailed adjustment of illumination. Light sources provided in four directions around a camera are sequentially lighted, and a camera is driven every time the one of the light sources is lighted to generate four images of a work. Further, a normal vector of a group of pixels having the same coordinate among the generated images is calculated by use of brightness of each pixel that belongs to the group and a previously obtained illumination direction vector corresponding to each of the light sources. Moreover, the normal vector of each pixel is converted into one-dimensional information showing a relation of the vector with respect to a space coordinate system, and after generation of an image representing the calculation result, a prescribed characteristic extracting process is executed.

The invention discloses an unmanned vehicle transverse motion control method based on GK clustering algorithm model prediction. The method comprises the steps of 1, acquiring the current state of a vehicle in real time; 2, collecting the surrounding environment of the vehicle, and planning an expected path in real time; 3, establishing a monorail vehicle model by using a GK clustering algorithm; 4, converting the monorail complete vehicle model obtained in the step 3 into a state space equation of a linear error model, and discretizing the state space equation; 5, using a linear time-varying model prediction control algorithm to establish a linear time-varying model prediction controller; taking the mass center speed under a vehicle coordinate system, the course angle, the yaw velocity andthe vehicle position as input of a model prediction controller, taking the front wheel rotation angle as the output of the controller, calculating the track points in the prediction time domain and acontrol sequence in the control time domain according to the current state and the target track, converting the problem into a quadratic programming problem to obtain an optimal solution, and updating the vehicle state; and 6, sequentially controlling the steering of the target vehicle according to the control quantity obtained by the model prediction controller.

A method for reducing time in performing an imaging function by an imaging device. The method includes receiving at least one media sheet against an image capture window of the imaging device, detecting whether a lid for covering the image capture window is closed, capturing an image of the at least one media sheet in the image capture window in response to detecting a closed lid, receiving a start signal indicative of a user request to start an image capture operation after capturing the image, and sending a final image based upon the captured image to a destination.

The application discloses a data acquiring and reporting method and system for mobile equipment. The method comprises the following steps: acquiring data from the mobile equipment by an acquisition module; before initial data reporting of the mobile equipment, downloading a newest reporting strategy and updating a local current reporting strategy to the newest reporting strategy by a reporting module; after every successful reporting of the acquired data, downloading a newest reporting strategy and updating a local current reporting strategy to the newest reporting strategy; and reporting the acquired data according to a reporting way indicated in the local current reporting strategy. Through adoption of the data acquiring and reporting method and system, the network flow loss of the mobile equipment can be reduced.

The invention relates to a synchronous picture display device and a method thereof. The device comprises a slave end, a slave connecting unit, a storage unit, a slave display unit, a thread and a host end, wherein the storage unit is used for storing display contents; the slave display unit is used for displaying the display contents stored by the storage unit; the thread sends the display contents stored by the storage unit according to commands; the host end comprises a main connecting unit, an application program and a main display unit; the main connecting unit is used for connecting the slave connecting unit; the application program is used for sending the commands and receiving the display contents sent by the thread; and the main display unit is used for displaying the display contents received by the application program.

An external multimedia expansion device suitable for being electrically connected to a portable computer is provided. An express card is inserted into the portable computer, and the external multimedia expansion device is suitable for being electrically connected to the portable computer through the express card. The external multimedia expansion device includes a first circuit board and a transmitting cable. The first circuit board is suitable for being electrically connected to at least one processing unit, and to the express card through the transmitting cable. The transmitting cable is suitable for transmitting at least one of a high-speed signal and a universal serial bus (USB) signal, so that the performance of the portable computer can be enhanced through operating the processing unit. Since the external multimedia expansion device is suitable for transmitting the high-speed signal, the portable computer can enhance performance of its hardware through an external expansion card.

The present invention belongs to the technical field of computer multi-operation system, and in particular relates to a method for time-sharing use of determined external equipment by a plurality of operation systems, which is suitable for the computer with the plurality of operation systems. Each operation system of the computer is provided with a management module used for managing the use state of the determined external equipment in the operation system, so as to solve the problem that when the plurality of operation systems access the determined external equipment simultaneously, the determined external equipment can not be normally used because of the context relation of hardware, so that the hardware performance of the computer can keep a good state all the time. The whole process does not need restart so as to save time and bring convenience to users.

The invention discloses a charging temperature adjusting device and a mobile terminal; the charging temperature adjusting device comprises a semiconductor assembly and a selector switch; the semiconductor assembly is connected with a battery; when the battery temperature is lower than a first temperature threshold, the selector switch controls the semiconductor assembly to heat up the battery; when the battery temperature is higher than a second temperature threshold, the selector switch controls the semiconductor assembly to cool down the battery. The charging temperature adjusting device can control the lithium battery temperature in a preset temperature scope, thus ensuring lithium ion motion activity to be in a good state in electrolyte, improving charging efficiency, and protecting the battery hardware performance.

Multi-sensor Internet of Things resource adaptive deployment management and control middleware is designed and constructed, and data dynamic decision is made based on environment close calculation; middleware is designed to realize fusion access deployment of various wireless communication network nodes; through virtualization of attributes and processing of sensor nodes in a sensing network, a virtual sensor abstract pool is formed in a middleware platform, and implementation details of heterogeneous sensing nodes and a communication protocol are shielded; according to the design, a real-time dynamic management and control message publishing and subscribing process of an application end in the aspects of node resource discovery and deletion, node running state monitoring, node working modes and the like is realized, and end-to-end interaction between a sensor node and the application end is realized; data filtering and calculation are added in the middleware, interconnection and intercommunication between different devices of the sensor network are achieved, the problem that heterogeneous network information nodes are difficult to fuse and transmit is solved, sensing layer devices and data types are more diversified, and the requirements of various industries in the future are better met.

The embodiment of the invention provides a resource configuration method and device, a terminal and a storage medium. The method comprises the following steps of: obtaining a sample; The method comprises the following steps: monitoring a screen trigger event in a target application program by an operating system; obtaining trigger information corresponding to the screen trigger event, the triggerinformation being used for indicating the triggered interaction control in the current application layer of the target application program, the operating system obtaining a resource configuration strategy corresponding to the trigger information, and the operating system allocating system resources to the target application program according to the resource configuration strategy. According to theembodiment of the invention, when the interactive control in the target application program is triggered, the operating system can distribute the corresponding system resource to the target application program in a targeted manner according to the triggering information, so that the system resource has enough performance to meet the execution of the screen triggering event, and the flexibility and reliability of the terminal in operating the application program are effectively improved.