55 results about "Task support" patented technology

The invention relates to a vehicle video characteristic extraction system and a vehicle video characteristic extraction method based on video structure description and belongs to the technical field of video processing. The system comprises a video streaming coding resolver, a vehicle bottom layer characteristic extractor, a vehicle video standard characteristic extractor, a license plate and vehicle logo divider, a license plate and vehicle logo recognizer and a video task support server. The method comprises the steps of firstly utilizing the video streaming coding resolver, the vehicle bottom layer characteristic extractor, the vehicle video standard characteristic extractor, the license plate and vehicle logo divider and the license plate and vehicle logo recognizer to extract vehicle characteristics in traffic monitoring video, then the video task support server uses a timestamp as a uniform identification to store information output by other modules to achieve information dynamic relevance, and the stored information are assembled to generate texts to be output to facilitate follow-up video access and quick index and location in processing to be capable of intelligently monitoring vehicle behaviors in road management in real time.

An embodiment of the present invention integrates virtual user communities (e.g., forums, example exchanges, etc.) with on-line support information or documentation pertaining to tasks (e.g., installation or use of a software product, use of a consumer product, etc.) a user is attempting to perform. The community is integrated with the support information and automatically provided to the user. Only information relevant to the user task is provided from the community. The user may further interact with the community through the task support interface.

The invention relates to the file downloading technology for a mobile communication equipment terminal browser, particularly to a method and device for managing download of a mobile communication equipment terminal browser. A method for managing download of a mobile communication equipment terminal browser comprises the following steps of: firstly, establishing a multi-task supporting web browsing engine and a multi-task supporting backstage download engine in a main thread of a mobile communication equipment terminal system; secondly, executing a file download task through the backstage download engine when the mobile communication equipment terminal receives a file download request, and executing the web browsing task through the web browsing engine when the mobile communication equipment terminal receives a web browsing request, wherein the task of the backstage download engine and the task of the web browsing engine are executed in parallel, the maximum number of the download tasks of the backstage download engine can be preset according to user requirements. Due to the adoption of the backstage download technology, the downloading and the web browsing can be carried out at the same time and a plurality of tasks can be downloaded simultaneously, so that resources are sufficiently utilized.

Supporting multiple users concurrent login and providing each user to be able to perform multiple concurrent tasks in his / her computer work environment are very critical to modern computer user working environment, which is running on top of modern operating system, due to it greatly improved machine efficiency and user's productivities. Therefore, supporting multiple users concurrent login CCDSVM through each user's web-browser and providing each user to be able to perform multiple concurrent tasks in his / her single login web-browser over resources of CCDSVM will qualify the conventional web-browser to be a new means of a computer user working environment at the Internet era.To support one or multiple users to perform multiple concurrent tasks within a single web-browser for system like CCDSVM, the software modules on systems of CCDSVM require to work and communicate together to collect resource information of CCDSVM, and to display them in each user's web-browser, and further to allow each user selecting the resource, initiating and submitting the tasks from said single web-browser; the software of CCDSVM needs to store each received task information into a user space task list and further to distribute each task to the target system for executing. In addition, software of CCDSVM needs to obtain associated conventional or non-conventional locks for each task and properly release these acquired locks one at a time in the order during each tasks executing up to the point when the tasks are finished.

The invention discloses a method and system for switching a road monitoring video along with the position of a guiding vehicle in a security task, which comprise a method for automatically switching a road monitoring video along with the position of a guiding vehicle in real time in a security task and a security service road monitoring video guarantee system. The road monitoring video is one of indispensable guarantee elements for guaranteeing various large-scale security guard tasks in real time. According to the scheme provided by the invention, in actual security task execution process, position information of the guiding vehicle is obtained in real time, a video image is automatically switched along with the position of the guiding vehicle through a data processing technology, security object fleet information can be dynamically displayed on the monitoring video, a conventional tedious mode of manually switching the road monitoring video by support personnel, the workload of the support personnel is mitigated, and the visualization and intelligent level of security task support is improved.

The invention discloses a container-based cloud computing platform task processing method, A system and an application method thereof, the invention utilizes the container arrangement technology to identify the syntax definition in the parsing calculation task based on the programming syntax, Thus, the processing of the cycle in the computing task and the processing of the dependency relationshipamong the computing tasks are realized. The computing results are transmitted to the data warehouse after the running of the container of the computing subtask Ai to complete the processing of the cloud computing platform task based on the container. The invention is directed to users with certain programming ability, The invention provides parallel and serial running algorithm task support, solves the problem of interdependence among computing sub-tasks, and can process the computing sub-tasks according to the user-defined tasks of its own business, and complete the business processing by combining the computing sub-tasks with the existing container resource orchestration scheduling, which can effectively improve the practicability of the platform and optimize the resource efficiency of the platform.

Disclosed is a cloud server. The cloud server comprises: a control unit for generating a work group including a plurality of image forming devices which can be controlled by a mobile device; a UI generation unit for generating a UI capable of receiving an input of a virtual grouping job coupled to a plurality of tasks supported by the plurality of image forming devices, respectively; and a communication interface unit for providing a UI which has been generated in the mobile device.

The invention provides an information safety coprocessor for performing relevant operation by using a specific instruction set. The information safety coprocessor comprises a plurality of register files, an instruction processing unit, an operation unit, a direct memory access (DMA) engine, a local memory, a key memory and a context memory. The specific instruction set comprises a cryptographic algorithm execution instruction, a context operation instruction, a key access instruction, a data transmission instruction, a logical operation instruction and a register write instruction. Therefore, the information safety coprocessor has the advantages of function flexibility, low cost, high performance, multitask support and usability, and can meet complicated multifunction and multitask requirements with low cost.

Supporting multiple users concurrent login and providing each user to be able to perform multiple concurrent tasks in his / her computer work environment are very critical to modern computer user working environment, which is running on top of modem operating system, due to it greatly improved machine efficiency and user's productivities. Therefore, supporting multiple users concurrent login CCDSVM through each user's web-browser and providing each user to be able to perform multiple concurrent tasks in his / her single login web-browser over resources of CCDSVM will qualify the conventional web-browser to be a new means of a computer user working environment at the Internet era.To support one or multiple users to perform multiple concurrent tasks within a single web-browser for system like CCDSVM, the software modules on systems of CCDSVM require to work and communicate together to collect resource information of CCDSVM, and to display them in each user's web-browser, and further to allow each user selecting the resource, initiating and submitting the tasks from said single web-browser; the software of CCDSVM needs to store each received task information into a user space task list and further to distribute each task to the target system for executing. In addition, software of CCDSVM needs to obtain associated conventional or non-conventional locks for each task and properly release these acquired locks one at a time in the order during each tasks executing up to the point when the tasks are finished.

Embodiments of the invention provide a data synchronization method and system, and aim to solve the problem of data synchronization failure. The method comprises the steps of allocating a task to each data segment of a to-be-processed data set; starting task threads of the tasks, and executing offline data synchronization of the corresponding data segments between a source end and a destination end; after it is judged that the synchronization of a task corresponding to any data segment fails, if it is determined that the failed task supports failover operation, clearing processing resources of the data segment corresponding to the failed task; and reallocating a task to the data segment corresponding to the failed task, and starting a task thread of the reallocated task to execute offline data synchronization of the data segment between the source end and the destination end. The data segment of the failed task is directly re-synchronized, and the whole to-be-processed data set does not need to be reprocessed, so that the resources are saved and the synchronization time is shortened.

The invention discloses a parallel-raster image processing method and system when a CPU supports multi-tasks during the course of image print processing; the method includes the steps that a plurality of courses of raster image processing can start according to the detected number of the tasks supported by the CPU; printing work is handed out to each course of raster image processing; the printing work is explained into spot-array raster data, and then be stored in the raster data field by each course of raster image processing; spot-array raster data stored in the raster data field can be output as a whole; with great flexibility, the invention can allocate the courses of raster image processing flexibly with the upgrade of the new hardware of computers; in addition, the invention is applicable to raster image processing system of single chip computer with any configuration to improve the performance of raster image processing system of single chip computer.

A method to enhance short message service of mobile communication includes the steps as follows: (1) adopting structured menu template for man-machine interface module of mobile terminal equipment; (2) based on program development of real-time operation system, and to provide task support for new protocol, application task to be dynamically increased in the mobile terminal equipment; (3) according to the requirement of the client, utilizing peripheral equipment interface of the existing mobile terminal equipment to provide the interactive function with network data bank of internet or data source of PC computer.

The invention provides a novel concurrent model, specifically a micro-program concurrent model, for meeting special requirements of an operating system of small nodes of a wireless sensor network, and solves key mechanisms of task concurrency, synchronous mutex and task to task communication by implementing the scheduling based on the micro-program concurrent model. In consideration of the problem of limited resource and the feature of concurrency of a sensor system, the micro-program is a task, is an execution process of one or a series of open program segments and is one of basic scheduling unit of the operating system. The micro-program must be continuously executed in the program segment and is not allowed to enter a blocked state, but the process between the program segments can be blocked. By configuring the tasks supporting different grades, different types of resource limited sensor hardware can be effectively adapted.

A task support terminal apparatus which supports a task carried out on a facility of a plant is provided. The task support terminal apparatus includes a position information acquirer which is configured to acquire a first position information at a time interval set in advance and a second position information on a position at which results of the task are acquired; a task content processor which is configured to generate a task information in which results of the task carried out on the facility are collated to the second position information acquired by the position information acquirer; and a map preparation device which is configured to prepare a map in which the first position information acquired in the position information acquirer is shown with a first symbol and the second position information collated with the task information is shown with one or a plurality of second symbols which are different from the first symbol.

A vehicle-attached, task-associated excavation implement with interchangeable rotational excavation apparatuses is conceptualized in this application. The implement is similar to McGee's Tractor-Mounted Excavation Implement, but is conceptualized in a new way of combing parts or portions of the implement with vehicles currently existing in the prior art, without the need for a tractor equipped with power-take-off. This vehicle-attached implement can be supported by a variety of motorized vehicles, utilizing a variety of apparatus-powering options. An assortment of steering options could be used, and movements of the apparatuses, either with or separate from the implement, provide diverse functionality. Tasks supported by the rotational excavating apparatuses include Foundation footings, trenches, rounded ditches, shallow V-shaped ditches, landscape or garden beds, and shallow graded depressions for sidewalks or simple slabs. Excavating apparatuses have claws or cutting elements attached to surface at angles to propel soil directionally.

An integrated circuit (7A) for multitasking support for processing unit (1A) holds control variables for each task (or activity) to run on its associated processor (1A) and identifies the next task that should run. The circuit (7A) employs level-driven, clock free ripple logic and is configured as a two dimensional array of “tiles”, each tile being composed of simple logic gates and performing a dedicated function. The circuit has particular application to asynchronous multiple processor networks.

The invention discloses a GPU (Graphics Processing Unit) resource scheduling method and system based on multi-dimensional combination parallelism. The method comprises the following steps of: 1, adding a GPU resource plug-in module in a GPU resource management center; 2, running a plug-in module, and completing corresponding linkage of various types of GPU resources of a data layer and a physical layer; 3, the GPU resource management center collects real-time basic information of GPU resources from the GPU heterogeneous cluster and issues the real-time basic information to a GPU resource scheduling module; 4, when the GPU resources are called, a request task supporting multi-dimensional combined scheduling is sent to a GPU resource scheduling module; and 5, the GPU resource scheduling module converts the main task of the request task into an executable single-dimensional scheduling sub-task and issues the sub-task to the GPU heterogeneous cluster, and the GPU heterogeneous cluster allocates GPU resources as required according to the sub-task. According to the invention, the utilization rate of GPU resources can be effectively improved.

A task support system configured to support task performance of a user using an information processing apparatus installed in a vehicle includes a server. The server includes a task management database storing identification information and remaining task information in association with each other. The server is configured to calculate a needed time for the vehicle to reach a predetermined destination set in association with the user, acquire the remaining task information associated with the user from the task management database, based on the identification information, when the user gets on the vehicle, extract a predetermined task predicted to be completed by the user through the information processing apparatus within the needed time, from among remaining tasks included in the remaining task information, and present the extracted predetermined task to a predetermined apparatus accessible by the user.

The invention relates to a vehicle video characteristic extraction system and a vehicle video characteristic extraction method based on video structure description and belongs to the technical field of video processing. The system comprises a video streaming coding resolver, a vehicle bottom layer characteristic extractor, a vehicle video standard characteristic extractor, a license plate and vehicle logo divider, a license plate and vehicle logo recognizer and a video task support server. The method comprises the steps of firstly utilizing the video streaming coding resolver, the vehicle bottom layer characteristic extractor, the vehicle video standard characteristic extractor, the license plate and vehicle logo divider and the license plate and vehicle logo recognizer to extract vehicle characteristics in traffic monitoring video, then the video task support server uses a timestamp as a uniform identification to store information output by other modules to achieve information dynamic relevance, and the stored information are assembled to generate texts to be output to facilitate follow-up video access and quick index and location in processing to be capable of intelligently monitoring vehicle behaviors in road management in real time.

A computer-implemented method and system creates an interactive learning environment. Windows are created for guiding a user through a series of steps to perform a task supported by a computer software application. The windows contain textual and / or visual content that informs the user of the elements to accomplish the task. At least one of the windows contains a pointer indicating a location of a command in a user interface of the computer software application. User interaction is enabled during the execution of the series of steps, allowing for user input.

Disclosed is a cloud server. The cloud server comprises: a control unit for generating a work group including a plurality of image forming devices which can be controlled by a mobile device; a UI generation unit for generating a UI capable of receiving an input of a virtual grouping job coupled to a plurality of tasks supported by the plurality of image forming devices, respectively; and a communication interface unit for providing a UI which has been generated in the mobile device.

The invention discloses a centralized meter reading terminal and a debugging output method suitable for the centralized meter reading terminal. The debugging output method suitable for the centralized meter reading terminal comprises the following steps of classifying debugging information according to tasks supported by the centralized meter reading terminal; setting debugging levels; opening a debugging output function, and selecting corresponding debugging information and debugging level; outputting debugging data by the centralized meter reading terminal according to the selected debugging information and debugging level, wherein the debugging data is a running log; analyzing a fault position in a program through examining the debugging data; and closing the debugging output function. The problems that the debugging information is always opened and occupies the system resource and the debugging information classification is not clear enough are solved; the problems can be solved conveniently, timely and quickly; the loss caused by equipment faults is reduced; and the low-voltage centralized meter reading terminal is smoother to run and is approved by users.

The invention discloses a multi-task and cross-task supporting small sample classification training method and device, and the method comprises the steps: carrying out the formalized analogy: enablinga classification task in a small sample classification problem to be converted into a sample in a standard classification problem, learning a task solver (capable of estimating whether a task is completed or not) under the condition of forming a target form of small sample classification into a given large number of task samples; 2) simulating a batch training technology in a standard classification problem (processing some samples in each category in each iteration), and proposing a small sample classification training algorithm of multitask (processing some task samples in multiple task categories in each iteration); and 3) simulating a pre-training technology in a standard classification problem (a basic model is pre-trained for a similar small-scale data task on large-scale data), andproposing a cross-task small sample classification training algorithm (a basic model is pre-trained for a small-class (low-class) problem on a multi-class (high-class) problem).

Disclosed is a cloud server. The cloud server comprises: a control unit for generating a work group including a plurality of image forming devices which can be controlled by a mobile device; a UI generation unit for generating a UI capable of receiving an input of a virtual grouping job coupled to a plurality of tasks supported by the plurality of image forming devices, respectively; and a communication interface unit for providing a UI which has been generated in the mobile device.

An integrated circuit (7A) for multitasking support for processing unit (1A) holds control variables for each task (or activity) to run on its associated processor (1A) and identifies the next task that should run. The circuit (7A) employs level-driven, clock free ripple logic and is configured as a two dimensional array of “tiles”, each tile being composed of simple logic gates and performing a dedicated function. The circuit has particular application to asynchronous multiple processor networks.

The invention provides a hydraulic system fault diagnosis method and system based on a multi-task support vector machine, and the method comprises the steps: firstly collecting various types of signals of a hydraulic system in a fault state, segmenting the signals into segments with a certain length, then respectively screening out signal segments which are greatly related to each type of faults in a stable state, using a principal component analysis method, carrying out dimension reduction processing on the data with the cumulative variance contribution rate as an index, finally, building a multi-task support vector machine provided by the invention as a diagnosis model, and carrying out fault diagnosis by using the trained model. According to the method, under the conditions that multiple types of faults coexist and the fault degrees are different, multi-task classification is adopted instead of converting the composite faults into new types, the problems that the number of labels explodes and each type of samples is too few are avoided, meanwhile, signals with high correlation are screened out, the number of features is reduced, and the composite faults can be efficiently and accurately recognized.

Provided is a cooperative task supporting system having a plurality of clients, which are to be used by a plurality of users, and a server and supporting a cooperative task of the plurality of users of the plurality of clients, wherein the server includes: a part information storage unit which stores part information including attribute information of a predetermined object corresponding to a part, which is to be displayed on a screen of the client of the user participating in the cooperative task, and address information on the object; and a transmitting unit which transmits the part information to the client of the user participating in the cooperative task, and wherein the client includes: a receiving unit which receives the part information; and a display control unit which allows the part to be displayed on the screen based on the part information.

Provided is a collaborative Personal Assistant (PA) system for delegating provision of services by third party task providers. The system includes a contextual reasoned for searching for a first third party task provider supporting a first task required by a user input by using natural language input patterns for tasks supported by services operated by the third party task providers; and a server comprised of a task delegate unit for providing to the user a service and an action required by the user input for the first task, and providing additional service and actions supporting the first task to the user regardless of the user input.