166 results about "Configuration selection" patented technology

A radio frequency tissue ablation system with a radio frequency generator, the generator comprising a radio frequency source, at least four independently controllable radio frequency outputs, a user interface and a controller configured to delivery radio frequency energy from the radio frequency source to the radio frequency outputs in one of at least two different output configurations in response to a configuration selection made through the user.

In general, the invention is directed to a technique for selection of parameter configurations for a neurostimulator using genetic algorithms. The technique may be employed by a programming device to allow a clinician to select parameter configurations, and then program an implantable neurostimulator to deliver therapy using the selected parameter configurations. In operation, the programming device executes an electrode configuration search algorithm to guide the clinician in the selection of electrode configurations. The search algorithm relies on a genetic algorithms to identify potential optimum electrode configurations within an electrode set. The genetic algorithms provide guidance in the electrode configuration selections process, interactively guiding the clinician by suggesting the configurations that are most likely to be efficacious given the results of tests already performed during an evaluation session.

A faucet controller for accepting desired temperature, flow rate, spray configuration selections, and volume delivery limits from a user and for thereafter controlling the delivery of water through the faucet in accordance with the selections accepted from the user. A set of selector “preset” buttons is used to store the current flow state (temperature, flow rate, and spray configuration), as well as volume delivery limits when desired, and that stored state may then restored by pressing the present selector button used to store that prior state. A force feedback joystick may be used to control the faucet.

A handoff method in a wireless communication network enables radio configuration selection information to be exchanged between target and source base stations (BSs) involved in the handoff. For example, a source BS may determine that a given mobile station's Forward Supplemental Channel (F-SCH) should be handed off to a target BS in the mobile station's active set and thus send a handoff request to that target BS. In turn, the target BS selects a radio configuration and returns selection information to the source BS as part of its response. For example, the target BS may select a radio configuration that makes the best use of its available resources. Further, the source BS can include compatibility information in the request, such as a list of radio configurations compatible with the mobile station. In an exemplary cdma2000 embodiment, the source and target BSs use A3 / A7 signaling to exchange radio configuration information.

Cardiac therapy systems include multiple electrodes respectively positionable at multiple left ventricular electrode sites. A pulse generator is coupled to the electrodes and configured to deliver a cardiac resynchronization therapy (CRT). A processor is configured to measure, for each left ventricular electrode site, a timing interval between first and second cardiac signal features associated with left ventricular depolarization. The timing interval is associated with a degree of responsiveness of each left ventricular electrode site to CRT. The processor is configured to determine a pacing output configuration that provides improved patient responsiveness to CRT based on the timing interval measurements and to select at least one left ventricular electrode site from the plurality of left ventricular electrode sites based on the timing interval measurements. The processor may be configured to monitor for a change in hemodynamic status of the patient based on a change in the timing interval.

Methods, systems, and products are disclosed for controlling audio operation for data management and data rendering. Embodiments include selecting one of a plurality of predetermined audio configurations in dependence upon context information and setting audio operation of a data management and data rendering module to the selected predetermined audio configuration. A predetermined audio configuration typically identifies an audio output device and an audio input device. Some embodiments of the present invention also include creating audio configuration selection rules including receiving from a user audio configurations and associating the audio configurations with predetermined context parameters.

A reconfigurable processor including a plurality of reconfigurable slots, a memory, an instruction queue, a configuration selection unit, and a configuration loader. The plurality of reconfigurable slots are capable of forming reconfigurable execution units. The memory stores a plurality of steering vector processing hardware configurations for configuring the reconfigurable execution units. The instruction queue stores a plurality of instructions to be executed by at least one of the reconfigurable execution units. The configuration selection unit analyzes the dependency of instructions stored in the instruction queue to determine an error metric value for each of the steering vector processing hardware configurations indicative of an ability of a reconfigurable slot configured with the steering vector processing hardware configuration to execute the instructions in the instruction queue, and chooses one of the steering vector processing hardware configurations based upon the error metric values. The configuration loader determines whether one or more of the reconfigurable slots are available and reconfigures at least one of the reconfigurable slots with at least a part of the chosen steering vector processing hardware configuration responsive to at least one of the reconfigurable slots being available.

A system and method are disclosed for creating and describing a configurable data set, configuring the data set and merging a resulting configured data set into a target data set. One or more configurable data elements are stored in a configurable data set that forms part of a configurable merge module. The configurable merge module also includes metadata concerning the configurable data. The metadata describes the data elements and how they can be configured and how to implement changes to the configurable data. Each configurable data element can be presented to the configurable merge module consumer through a user interface. The configurable merge module consumer can thus make configuration choices. Also provided is a transformation engine for customizing the configurable data based on configurable merge module consumer choices and a merge engine for inserting configured data into a target data set.

In a computer system having a power supply, processor, and additional subcomponents that are powered by the power supply, a method for estimating the total power requirements of the system under a variety of operating modes and configurations. In an exemplary embodiment, information concerning power requirements for each subcomponent under its operating modes is stored within non-volatile memory within the subcomponents. This information is accessed by the processor during the boot sequence, and if the information is not available, substitute information is provided. The compiled information is tabulated to compute the estimated total power requirement of the current hardware configuration. A display of this information, along with configuration selection rules, enables the user to select alternative operating modes and configurations and to show the resulting estimated power requirements.

The invention discloses an open type reconstructive modular intelligent industrial robot reconstruction system; equipment is simple in structure, lower in cost, smaller in size, high in openness, long in service life and low in power consumption; the configuration selection and the reconstruction control can be effectively performed on a reconstructive modular robot; the terminal use portability and practicability are improved; the user upgrading cost is reduced; and the user use experience is improved. Meanwhile, the invention further provides a corresponding reconstruction system control method; the method is simple, liable to operate and high in accuracy, can preferably satisfy quick reconstruction demands in production by a flexible production line, enables the system to achieve easy expansion and customization through relative reconstruction and independence, improves the reliability and the maintainability, and is convenient to upgrade the system; and intelligent joint modules can bring convenience for distributive control of all joints.

Applying PN code synchronous channels to obtain OFDM rough synchronization characterizes in taking PN code of good auto-correlation as the data of synchronous channel to design a PN code configuration selection pattern to obtain the largest correlated peak output by matching calculation with a correlator in a period of time to be compared with the PN code pattern to get frame synchronous signals and restrain the fuzziness of time slot effectively. At the same time, a synchronous state converter is applied to determine signals of rough synchronization according to the output by the correlator and computed time sphere to provide even more accurate basis for the next step time frequency accurate synchronous compute.

Methods, systems, and products are disclosed for schedule-based connectivity management which includes maintaining a connectivity schedule, selecting one of a plurality of predetermined connectivity configurations in dependence upon the connectivity schedule and current date and time information, and establishing connectivity according to the selected predetermined connectivity configuration. Selecting one of a plurality of predetermined connectivity configurations in dependence upon the connectivity schedule and current date and time information may include determining current data management and data rendering context information and selecting one of a plurality of predetermined connectivity configurations in dependence upon the context information and a connectivity configuration selection rule.

A system, method, and program product are provided that receives a plurality of layout configuration selections from a user editing a layout configuration is provided. The layout configuration includes layout locations and each of the layout locations includes components, and each of the components includes attributes. The system, method, and program product receives attribute selections and trigger values from the user. The layout configuration, including the attribute selections and the trigger values, are stored in a nonvolatile storage area along with other layout configurations. When a request is received, the triggers stored in the nonvolatile storage area are compared to the request and one of the layout configurations is selected based on the comparison.

A computer implemented method for configuring multiple products within a defined grouping of user-configurable products including providing a computer-implemented database of user-configurable products at a first computer, each user-configurable product including design parameters distinguishing the user-configurable product from other user-configurable products, each design parameter including a range of values, providing a listing of user-configurable products based on one or, more product configuration selections provided by a user, receiving a selection of a plurality of user-configurable products from the listing of user-configurable products, the selection including identifying a grouping to be associated with the each user-configurable product to create at least two virtual product groups. Each grouping includes at least two user-configurable products. The method further includes receiving a user change at least one design parameter for user-configurable products of a selected grouping and modifying the configuration of all user-configurable products within the selected grouping to modify the design parameters.

The invention provides a control method for dynamic configuration of an HTML template. The control method comprises the following steps: 1, acquiring an HTML code, and replacing an attribute to be set by a template label; 2, establishing a configuration attribute with a JSON structural file according to the template label in the step 1; 3, loading the configuration attribute set in the step 2, cyclically reading each element, performing interface drawing and binding relevant events; 4, in the process of attribute configuration selection, calling a relevant method in response to events bound to corresponding elements; 5, reading the template established in the step 1, matching corresponding contents, extracting the contents, and replacing corresponding values in the saved configuration attribute. A system applying the method comprises a code acquisition unit, a JSON configuration attribute unit, a reading unit, an event proxy server and an interface generator. The control method is easy for adding, operation of html and js is avoided, and a user unfamiliar with codes can configure a template and an attribute conveniently.

A controller to instruct execution in an environment of plural computing resources. The controller comprising: an information collecting unit to collect available resource information of computing resources available to execute an application indicating an amount and / or type of computing resource available in categories of computing resource; scalability information including an indication of application execution rate; and performance target information including an indication of performance targets. The controller further comprises: a configuration selection unit to select a configuration which will come closest to meeting, the performance targets; and an instructing unit to instruct the execution of the application using the selected configuration.

A method for determining the configuration of a set of nodes and / or links of a cluster possessing a cluster head comprises: triggering an information request by interrogating one or more nodes or links and asking the said nodes or the said links to evaluate for each communication channel an index of communication quality, and then selecting a configuration when the cluster head has received the indices of communication quality; verifying whether the indices of quality received comply with a given constraint, retaining the indices which satisfy the largest number of nodes or links, and triggering a configuration selection procedure; if the configuration retained satisfies the set of nodes or links interrogated, then updating the list of channels and communicating this configuration to the nodes or links of the cluster; if not, updating the list of communication channels, or remaining in the initial configuration of the set of nodes or links.

In a label printer in which either a peeling mode or non-peeling mode can be selected as the label dispensing mode, labels are printed and thus wasted when the operator loads the label paper into a transportation path that does not match the desired dispensing mode. This problem is solved by a label printer enabling selecting as the printing configuration either a peeling configuration for peeling printed labels from the web of label paper 11, or a non-peeling configuration in which the printed labels are not separated from the web of the label paper 11. A printing configuration selection unit 27 enables selecting which printing configuration to use. To operate in the non-peeling mode, the label paper 11 is loaded into a first paper transportation path A. To operate in the peeling mode, the label paper 11 is loaded to a second paper transportation path B. A cover unit 2 can be opened and closed to enable handling the label paper, and takes the label printer off-line when the cover unit 2 is opened. A mode selection switch 19 is accessible only when the cover unit is open and operating the mode selection switch causes the printing configuration selection unit 27 to change the printing configuration.

A method allows reconfigurable multi-element antennas to select the antenna configuration in MIMO, SIMO and MISO communication system. This selection scheme uses spatial correlation, channel reciprocal condition number, delay spread and average Signal to Noise Ratio (SNR) information to select the antenna radiation pattern at the receiver. Using this approach, it is possible to achieve capacity gains in a multi-element reconfigurable antenna system without modifying the data frame of a conventional wireless communication system. The capacity gain achievable with this configuration selection approach is calculated through numerical simulations using reconfigurable circular patch antennas at the receiver of a MIMO system that employs minimum mean square error receivers for channel estimation. Channel capacity and Bit Error Rate (BER) results show the improvement offered relative to a conventional antenna selection technique for reconfigurable MIMO systems.

A configuration controller for and a method of controlling a configuration of a circuitry are provided. The configuration controller comprises an input, a selection checker, a data selector and an output. The input receives an input configuration selection signal which is encoded according to a specific encoding scheme. The selection checker checks a correctness of the received input configuration selection signal and provides to the data selector a selection signal which indicates a specific configuration selection if the input configuration selection data is correct or indicates a default configuration selection if the input configuration selection signal is incorrect according to the specific encoding scheme. The data selector selects configuration data from its internal configuration data storage in accordance with the selection signal and provides the selected configuration data to the output.

The invention relates to the technical field of cloud computing, and in particular relates to a method for creating applications through self-defined templates. An application template is newly increased at first; users can set instance configuration of a virtual machine according to individual demands; the templates provide a cloud disk setting item for users in need of additionally mounting a cloud disk; the templates simultaneously provide configuration of floating IP; and the users can independently determine whether the virtual machine needs to be bound with the floating IP or not according to requirements. According to the condition whether the users select software load balancing or not, the templates are distinguished into two kinds including cluster deployment templates and application deployment templates; the cluster deployment temperatures additionally provide diversified extension strategy configuration for the users; the users selecting application deployment can simultaneously configure an application expected to be installed in the virtual machine and an installation path; and, due to the created templates, the applications can be shared and used by all users on a platform when being published. According to the invention, the problem of being repetitive in configuration operation when a cloud platform creates a lot of applications can be solved; and the method can be used for creating the applications.

The invention discloses a method for arranging information processing service in a distributed cloud computing environment. After related information about a service request data rate of an individual terminal user of a cloud computing platform and a demand for quality of service of the service request data rate, feasible computing capacity of a server and service arrangement and maintenance expense on the server are determined, the proper server is selected and is used for arranging the information processing service. The method comprises the following steps of: monitoring a network condition, selecting a service arrangement scheme and arranging the service. According to the related information about the service request data rate of the user and the feasible computing capacity of the server, the service arrangement scheme selects an algorithm based on set coverage, a pack-based iteration algorithm or a pack-based iteration algorithm combining a bisection method. The method can be widely applied to the fields of resource optimization configuration of an enterprise, electronic commerce and the like; the service arrangement method capable of guaranteeing the quality of service in a private cloud or public cloud environment is provided; external pack resource configuration selection is supported; and the method belongs to the field of computer application.

The invention discloses a configuration method of a telecommunications exterior line resource one-stop type inquiring process based on a hand-held terminal. The method comprises the following steps: encapsulating process function points, and collectively calling the process function points which are encapsulated and published as nodes; formulating a relation rule bank aiming at incidence relation among the nodes, and formulating roles according to difference of business inquiring process; formulating competence rules based on the roles, and distributing competence to a corresponding system account; defining the inquiring process by a user based on the hand-held terminal, inputting the distributed system account to log in a system, reading a competence rule bank by a server end according to the log-in account, and carrying out competence filter; recording roles and nodes which are competently owned by the logging account in a mode of a competence list, and loading the roles and the nodes into the hand-held terminal; starting process configuration by the hand-held terminal; selecting the nodes and judging relation rules; selecting process nodes from a choosable node list by the user from the hand-held terminal; and ending the process configuration by the hand-held terminal. Through the configuration method of the telecommunications exterior line resource one-stop type inquiring process based on the hand-held terminal, a developer can be relieved from a traditional develop model.

Embodiments of the invention disclose a medical image display method and apparatus. The method comprises the steps of confirming a first medical image displayed by a first medical image display windowand a second medical image displayed by a second medical image display window through display configuration selection operation; associating the first medical image display window with the second medical image display window; and when a display operation event of at least one of the first medical image display window and the second medical image display window is triggered, adjusting the first medical image displayed by the first medical image display window and the second medical image displayed by the second medical image display window according to the display operation event. The technical problems of complex setting and long time of medical image multi-window display in the prior art are solved.

The invention belongs to the technical field of computing, and relates to a big data cluster adaptive resource scheduling method based on a cloud platform. The method comprises the steps that in the big data analysis task classification analysis stage, CPU and I / O characteristics of big data analysis tasks are preliminarily analyzed through a neural network classifier; in the initial stage of configuration of a small number of sample clusters, the optimal configuration is rapidly obtained by means of a Bayesian optimization algorithm; in the cluster configuration online optimization stage, iterative optimization of a selection strategy is configured; and in a configuration selection stage in which sufficient samples have time limitation, execution time of the big data analysis task is predicted under different configurations based on a non-negative least square method, and optimal configuration is selected under the condition of time limitation. The method can solve the problem of reasonable selection of cluster configuration for running big data analysis tasks on the cloud platform, and guarantees the resource utilization rate of the cloud platform while guaranteeing the task execution efficiency.