143 results about "Functioning level" patented technology

A global manager computer generates management instructions for a particular managed server within an administrative domain according to a set of rules. A global manager computer identifies a traffic midpoint device through which the provider managed server provides a service to a user device. The global manager determines a relevant rule from the set of rules that is applicable to communication between the provider managed server and the user device and generates a backend rule that is applicable to communication between the provider managed server and the traffic midpoint device. The global managed generates a backend function-level instruction including a reference to an actor-set authorized to communicate with the provider managed server to use the service. The global manager sends the backend function-level instruction to the provider managed server to configure the provider managed server to enforce the backend rule on communication with the actor-set including the traffic midpoint device.

Management instructions for a particular managed server within an administrative domain are generated according to an administrative domain-wide management policy that comprises a set of one or more rules. The administrative domain includes a plurality of managed servers. A determination is made regarding which rules within the set of rules are relevant to the particular managed server. Function-level instructions are generated based on the rules that were determined to be relevant. A determination is made regarding which managed servers within the plurality of managed servers are relevant to the particular managed server. The function-level instructions and information regarding the managed servers that were determined to be relevant are sent to the particular managed server. The particular managed server uses the function-level instructions and information regarding the managed servers to configure a management module so that the configured management module implements the administrative domain-wide management policy.

Performing image diagnosis in an easier and more appropriate manner by focusing on functional levels and segments of a liver. A segment function level calculation unit obtains, from liver function angiographic images obtained using a contrast agent that produces a contrast effect according to a functional level of a liver of diagnostic target, evaluation values representing functional levels of a plurality of liver segments in liver regions, a display image generation unit generates an image based on the evaluation values, and the image so generated is displayed on a display unit.

The invention provides a task management method. The task management method comprises the steps of receiving a to-be-underwritten task, and acquiring the task type of the to-be-underwritten task; extracting influence factors which affect the underwritting difficulty from the to-be-underwritten task, and calculating a difficulty coefficient corresponding to each influence factor; determining the difficulty level of the to-be-underwritten task according to the difficulty coefficient corresponding to each influence factor; adding the task type of the to-be-underwritten task and the difficulty level of the to-be-underwritten task into a task pool; receiving a task allocation request and extracting the user information in the task allocation request; according to the user information, determining a corresponding post type and a corresponding function level; determining a task type and a difficulty level corresponding to the post type and the function level; according to the task type and the difficulty level, obtaining a corresponding to-be-underwritten task from the task pool, and allocating the task to a corresponding user. Based on the method, to-be-underwritten tasks can be reasonably allocated, so that the working efficiency is improved. In addition, the invention further provides a task management device, computer equipment and a storage medium.

A system for implementing scalable input/output (I/O) function level error detection, isolation, and reporting, the system comprising, an I/O hub communicatively coupled to a computer processor, system memory and at least one I/O adapter, the at least one I/O adapter include a function and the I/O hub including logic for implementing a method. The method comprising detecting an error in a communication initiated between the function and the system memory, the communication including an I/O request from an application. The method further comprising preventing future communication between the one function and the system memory in response to the detecting. The method additionally comprising notifying the application that the error in communication occurred in response to the detecting.

Management instructions for a particular managed server within an administrative domain are generated according to an administrative domain-wide management policy that comprises a set of one or more rules. A bound service executed by the particular managed server is identified. The bound service has different high-level characteristics from other services executed by the particular managed server. Relevant rules within the set of rules are determined that are relevant to the bound service. A set of relevant managed servers that are relevant to the bound service are selected by identifying managed servers of the plurality that are referenced by the relevant rules. Function-level instructions are generated that regulate communication between the bound service and the set of relevant managed servers based on the relevant rules. The function-level instructions are sent to the particular managed server for use in configuring a management module to implement the administrative domain-wide management policy.

A method of generating profiled optimized code using user interface (17) that allows a user to visually understand, inspect, and manipulate a compiled application program as a function of compiler options, such as, code size and speed, is provided. A program (11) is compiled in a compiler (13) with two or more compiler options such as size and speed and the resulting executables (14) are profiled (15). The results of the profiles (19) are analyed in a solver (21) for generating sets of useful solutions (23) wherein the sets have methods of compiling at the function level. The useful solutions (23) are displayed (18) at the user interface (17) to allow the user to visually understand, inspect and manipulate compiler options to select compiler options (13a) for the program.

An apparatus and method for measuring and marking level and plumb is providently disclosed herein. The multi-function level includes: modular ends that allow attachment of mating levels for linear extension in one direction. The modular, or jointed, end includes a structure to hold a connector or to selectively receive a connector from another level such that that only applies a load to the jointed end and not the body of the level.

The present invention discloses a method and an apparatus for processing difference in version iteration. The method comprises: obtaining differentiated information of a target version source relative to an old version source file; obtaining a difference function and function call information of the difference function by matching identifications in the differentiated information, wherein the identification is used to mark the difference function; and generating a difference function call relation chain according to the difference function and the function call information of the difference function. According to the difference function call relation chain between the target version source file and the old version source file, difference due to version iteration, and the influence of the difference on the target version source file, namely, the difference function and the function call information corresponding to the difference function are obtained, so that influence positioning generated by the difference is based on function granularity, and the influence caused by version iteration is reflected on the function level; and in addition, the difference function call relation chain for reflecting the influence caused by version iteration is free from artificial experience, so that high accuracy is ensured.

The method includes steps: based on monitoring parameters of memory variable to be monitored and monitoring condition, setting up monitoring units; setting up some monitoring points at different positions of Finite State Machine (FSM); when program runs to the monitoring point, determining whether the relevant monitoring condition recorded in the monitoring unit is satisfied; if yes, the monitoring point of FSM outputs monitoring information. Advantages are: when CPU hardware does not possess register for debugging data, fault of rewritten unstack variable is positioned to level of status and event so as to raise debugging efficiency. Features are: accurate positioning and good performance in real time. Further, rewritten unstack variable can be positioned to function level inside FSM.

A drive signal that matches the bias of a transistor is generated. A differential amplifier calculates the difference between a specified voltage of negative power supply and another input signal. Then, a resistor that realizes a pull-down function level-shifts it towards a negative power supply voltage having a higher absolute voltage value to generate another differential signal, which is in turn amplified in another amplifier, to generate another drive signal that matches the bias of another transistor. Respective current mirror circuits detect a falling voltage occurring at both ends of a resistor connected between the transistor and the higher positive power supply voltage and a falling voltage occurring at both ends of a resistor connected between the other transistor and the higher negative power supply voltage, respectively. Then, the presence of an excessive electric current is detected by generating electric currents in accordance with to the falling voltages.

The invention discloses a VxWorks operating system scaling and customizing method for an aerospace computer, comprising the following steps of: firstly, executing module level scaling on source codes of an original VxWorks operating system, specifically, scaling a kernel source code directory irrelative to a system structure of a processor used in an onboard computer and scaling the kernel sourcecode director and a source code file corresponding to an operating system component irrelative to the application; secondly, executing source code function level scaling, specifically, deleting a function which cannot be called by the system software and the application software, in the kernel source code, and modifying a component configuration source file, a header file, the conditional compilation and a board support package; thirdly, modifying the scaled operating system source code according to the spacecraft software programming conventions; and finally, completely compiling the scaled operating system source code to generate an operating system kernel library. The method provided by the invention can solve the problems, such as that the onboard computer operating system occupies too much storage space and has excessive modules, codes of the onboard computer operating system are not coincident to the spacecraft software programming conventions, and the like.

Techniques are provided for synthesizing speech using discourse function level prosodic features. An output text is determined. The discourse functions within the text are determined based on a theory of discourse analysis such as the Unified Linguistic Discourse Model. The salient prosodic features associated with the discourse functions are identified using a predictive model of discourse functions or some other model of salient prosodic features. The discourse functions are transformed into synthesized speech. Discourse function level prosodic feature adjustments are determined and applied to the synthesized speech is output.

The invention discloses an artificial intelligence cloud platform. The intelligent cloud platform is composed of an IaaS framework, a PaaS framework and an SaaS framework in sequence, the cloud platform is constructed in the mode that resources, components and applications are abstracted layer by layer, and the system is completely decoupled, and the IaaS layer distributes and manages bottom hardware resources in a unified mode through the virtualization technology, so that an infrastructure, namely service, of the intelligent cloud platform is constructed; The PaaS layer constructs an autonomous process control engine by performing four-level abstraction on an artificial intelligence application scene; an artificial intelligence component and a system service are constructed; Four-level abstraction is carried out on an artificial intelligence application scene, and the four-level abstraction comprises the following four parts: a data level abstraction KLoud. Cube, a function level abstraction KLoud. Case, a service level abstraction KLoud. Chin and an optimization level abstraction KLoud. Cycle. And the SaaS layer constructs an artificial intelligence application service. Based onan autonomous process control engine, a plurality of flexible and effective operations can be realized, the defects that a stacked open source engine increases the system complexity and is very unfavorable for deployment, debugging and maintenance are solved, and the cloud platform system has high elasticity and high flexibility.

The invention relates to a health care product for supplementing nutrients, in particular to an anoxia resistant composite nutrient. The health care product can correct the unbalance of vitamins, amino acids and trace elements of sportsman in heavy sports load training, prevent diseases caused by the deficiency of the vitamins and the trace elements and especially strengthen the storage of mineral substances, such as ferrum, zinc, calcium, and the like and relevant necessary amino acids so that a sportsman body maintains higher hematopoietic compensatory capability and is more rapidly suitable for altitude training hypoxia and low-pressure environment so as to realize the plain degree of altitude training. The invention ensures that the special group of high-level sportsman is suitable for the double-hypoxia environment of altitude training in the front, middle and back section of altitude training, rapidly restores the function level, stably obtains the training effect, realizes disease prevention and finally promotes function improvement, not only can serve for the competition of the high-level sportsman but also provide special and effective body function strengthening nutrients for the outdoor, mountain-climbing, traveling and anoxic people.

This invention discloses a method for distribution task process of signaling connection control part (SCCP) of a multimodule No.7 signaling system in which multimodule SCCP facing the connection partshare the LRN resource bank between SCCP and users of SCCP unifiedy managed by the global managing interface and resource for each module is not fixedly allocated at the beginning, only when one starts, it would apply for part of LRN resource from the resource bank and the rest are for other modules to apply for the user or when a module's LRN resource is used, it wil make an application again, so as to increase the ability of processing upper function level (SCCP) task of No.7 signaling system and guarantee when multimodule of No.7 signaling system share a LRN resource, resource conflict will not appear.

The invention discloses an adaptive cognitive function assessment method and system. The cognitive function data of the respondent are acquired and a basic database is established; the characteristicparameters of a single cognitive test are analyzed based on the basic database and a cognitive assessment item question bank is constructed; the current cognitive ability value and the information quantity are further calculated in real time based on the question bank and the characteristic parameters according to the answer situation of the completed items of the testee; and the items most suitable for the ability of the testee are automatically selected for testing until the cognitive ability of the testee is accurately assessed. According to the method, adaptive computerized cognitive impairment screening and assessment can be realized so that the method can be applied to community organization and home testing; and adaptive testing varies from person to person so that the cognitive function level and the degree of cognitive impairment can be rapidly, objectively and accurately assessed.

The invention provides a system for natural and objective assessment of a view function. The system comprises a host control unit, a display unit and a human-machine interactive unit, wherein the hostcontrol unit comprises a computing module, a judgment module, an adjustment module and a storage module; and the human-machine interactive unit comprises a receiving module and a feedback module. Thesystem for the natural and objective assessment of the view function is characterized in that a visual masking technology in a visual psychophysics basic research is changed and the system for the natural and objective assessment of the view function is provided for a testee, so a function level of a view can be assessed quantitatively. The system can be widely generalized to neuro-ophthalmic clinical diagnosis.

The present invention discloses a gene function association network-based method for discovering a chronic disease mechanism and an early warning intervention policy thereof. The method can be applied to the field of related research and application of biology, medicine and pharmacy. Epigenetic changes of the high-risk groups surveyed and discovered according to epidemiology before disease attack are detected, the epigenetic changes before the disease is associated with indicator gene changes of the disease through gene function network analysis, then a long-term molecular mechanism contributing to the disease risk is discovered, and risk early warning for the group, risky diagnosis for an individual, and indicators and methods for preventive intervention are provided. According to the method, a long-term steady biological path or biological function change may leave a mark on related gene epigenetic inheritance, and a chronic disease biological path or biological function level mechanism may be found through analysis of the synergistic effect of epigenetic differences.

An automobile forward safety system based on information fusion belongs to the field of automobile accessories and aims at judging corresponding position of an automobile in the external environment through a foresight digital camera and radar data. The automobile forward safety system comprises an environment sensor, a controller and an actuator, wherein the environment sensor detects the external environment of the automobile in real time and transmits information to the controller through an automobile network, the controller comprehensively judges information of the environment sensor and information of an automobile gesture sensor, gives out instructions to different levels of the actuator through the automobile network, and the actuator is divided into an a-prompting level, a b-alarm level and a c-intervene level according to function level. The automobile forward safety system judges the corresponding position of the automobile in the external environment through the forehead digital camera and radar data and effectively performs functional complementation. The automobile forward safety system is mainly used in forward safety forecasting and protection of automobiles.