37 results about "Required Response" patented technology

A method and system for implementing run-time control over voice application behavior. The method includes identifying a plurality of control point locations within a given voice application and a plurality of corresponding required responses to the control points. A design-for-control methodology is used to instrument the control points of voice application. A control agent is configured with web-based controls to manage the control points. The control points are used to alter the voice application's behavior during run-time.

System and method for improving the detection performance of a wirelessly transmitted signal. A preferred embodiment comprises specifying a desired response for missed channel detection and false alarm probabilities for a plurality of signal qualities and determining if a channel detection threshold is based on missed channel detection or false alarm probabilities for the plurality of signal qualities. A signal quality estimate of a channel can be inferred from a signal quality measurement of a second channel, wherein the channel and the second channel are sourced by a single transmitter. The channel detection threshold can be adjusted based upon the previously determined required response and the signal quality estimate of the channel.

A security and surveillance system for aircraft on the ground incorporates a plurality of strategically spaced sensors including video imaging generators, audio sensors, motion detectors, and fire and smoke detectors for monitoring critical components and critical areas of both the interior and the exterior of the a commercial transport such as an aircraft. The system is a comprehensive multi-media safety, tracking and/or surveillance system, which provides both visual and/or audio information as well as critical data such as location, direction, intrusion, fire and/or smoke detection and/or status of environmental conditions and/or asset systems status. The collected information is analyzed and prioritized according to type of event, location and nature of required response for automatically dispatching the proper response. The captured data and images are transmitted to a ground based security station for display on a monitor and may be recorded on a “black box” recorder as well as on a ground based recording system.

Method and system for containing networked application client software in order to perform specified transactions only given explicit consent of a legitimate user. In one embodiment, a confirmation interceptor intercepts a service request message, queries the user of the request for a confirmation, and then either passes the service request message onto server application software or drops the request, depending on the user's confirmation response. In soliciting and processing the confirmation response, query is formulated so that the required response cannot be automatically generated by software that attempts to automate and simulate the user's actions.

A system for controlling an acceleration of a vehicle, including a control pressure evaluator evaluating a pressure applied on an acceleration control and producing pressure data, at least one sensor producing drive data corresponding to driving conditions of the vehicle, a driver input analyzer characterizing a driver input based on the drive and pressure data and producing a corresponding driver input condition signal, a response evaluator determining a required response based on the driver input condition signal and producing a corresponding response signal, and a controller actuating at least one warning signal and/or reducing a power output of an engine of the vehicle based on the response signal.

Techniques, systems, apparatuses and methods to better interdict or screen calls without disturbing the callee. The phone user can implement a warning for unwanted human, i.e., live person callers, and a challenge or barrier for unwanted automated or robocalling, particularly the usage of a required response to a question. The warning and particularly the challenge would weed out undesired solicitations. The present invention also makes allowance for desired human, robotic or automated calling in addition to the proscripted calls.

Disclosed is a liquid crystal display device, which is capable of reducing a required response speed and increasing a pixel aperture ratio, as compared with a field sequential driving scheme. A unit pixel of a liquid crystal display panel is made up of a first sub-pixel adapted to allow only any two of red, green and blue lights to pass therethrough, and a second sub-pixel adapted to allow only a remaining one of the red, green and blue lights to pass therethrough, wherein one frame of image is time-divided into n pieces (wherein n is an integer of two or more), and respective image information about the two lights are applied to the first sub-pixel during every duration of the 1/n frame, while applying image information about the remaining one light to the second sub-pixel during a duration of the one frame of image. Further, the respective two lights are emitted during every duration of the 1/n frame in synchronization with applying the respective image information about the two lights, while continuously emitting the remaining one light during the duration of the one frame of image.

The invention relates to a system for updating the information processing system thermally and a method thereof; the invention realizes dynamic update based on information transmission by using the technologies of information transmission, multi-process cooperation, separation of service and frame on the condition that the invention already analyzes the key factors to affect the thermal dynamic update; and the invention provides a capacity that the update of service edition is not interrupted so that the consecutive update of the service function is realized, thereby reducing the costs of the operation and the maintenance of the system, and improving the required response speed. The invention has the advantages of low code coupling factor and clear and definite boundary by separating the frame process and the service process.

A system for facilitating a payment using a client application executed by a client device, the system including one or more processing devices in communication with the client device via a communications network, wherein the one or more processing devices execute processing device software that cause the one or more processing devices to communicate with the client application to establish a transaction session having a session access token and a session key, receive requests from the client application, at least some of the requests including the access token a payload encrypted at least in part using the session key, decrypt the payload at least in part using the session key, process the requests at least in part using the access token and in accordance the decrypted payload, to thereby allow at least one action to be performed, the at least one action forming part of a payment process and provide any required response to the client application.

A motion command reshaping method with analog input for position s curve is provided to process the motion commands smoothly. In this embodiment, an accumulating and asymmetric architecture and processing of reference points are used to make mathematical calculation with low operation and high resolution, thereby satisfying the required response time during the acceleration/deceleration. Further, the provided method adopts the conception of a motion command reshaping generator with analog input for velocity s curve, thereby applying to various position command reshaping.

The invention provides a fault sensor information reconstruction method based on measured value association degree. The method comprises the following steps: S1, aimed at a fault sensor, calculating association degree of response of a measuring point where a sensor is on in normal operation and other measuring points; S2, through comparing association degree values, determining an association model, establishing required response variables; S3, and using a partial least squares to establish a reconstruction model of reconstruction variables and the response variables, and using measured data of structural health monitoring, performing fault sensor response information reconstruction on the fault sensor. The method has very good effect on fault sensor information reconstruction, obviously reduces reconstruction errors, and ensures variation trend of the reconstruction values to keep consistent with variation trends of practical values. The method has obvious integrated structure reliability.

The invention discloses a vehicle-mounted notebook computer supporting device which comprises an installing base, longitudinal supporting mechanisms respectively arranged at two longitudinal ends of a keyboard, a display screen supporting-adjusting mechanism arranged on two sides and back side of a display screen. The installing base comprises an upper installing plate, a lower installing plate, a plurality of installing flanges, a plurality of angle seats, a pair of installing base guide rods, two lower sliding blocks, a guide block, a plurality of columnar shock absorbers and a leaning batten, wherein four corners of the lower installing plate are respectively fixed to the upper side of a worktable through the installing flanges, and the columnar shock absorbers are respectively supported between the upper installing plate and the lower installing plate. The vehicle-mounted notebook computer supporting device is simple in structure and easy to manufacture and install and meets the demand of a user. The vehicle-mounted notebook computer supporting device is low in cost, small in occupied space and high in stability, the required response time of a battlefield device is shortened, and the response speed of the battlefield device is improved. The columnar shock absorbers can play an overall shock absorption role on a notebook computer and ensure that the notebook computer can be normally used under the working condition of vehicle-mounted transportation shock.

Provided is an upper computer filtering method for a generator temperature measuring system. The method is characterized by an upper computer recording temperature values with an interval of unit time T, and storing the temperature values to a queue C [N], the queue length being fixed to be N; placing new data sampled each time to the tail of the queue, and discarding the data at the head of the queue; and if refresh time of display temperature of a monitoring system is T', carrying out arithmetic average on the N data in the queue every an interval of T' to obtain a new filter value which is provided for the monitoring system to display and judge, wherein the setting of the T value is associated with required response speed of the temperature measuring system, and if the T is 1 s, the temperature values need to be recorded each second; the setting of the N value is associated with both the response speed of the system and the performance of filtering, the N value is neither too large nor too small, and the optimal setting of N meets the condition: N= T'/T; and the T' is the actual refresh time interval of the temperature values in the monitoring system. The upper computer filtering method for the generator temperature measuring system carries out filtering processing on the measured temperature signals, so that the response speed is guaranteed, and meanwhile, measuring error is reduced; and the method has the advantages of having a good interference suppression function and high smoothness and the like.

A programmable analog tile integrated circuit programming tool communicates a power management control characteristic query soliciting control requirement information for a novel power management integrated circuit (PMIC) tile in a multi-tile power management integrated circuit (MTPMIC). The programming tool receives a user response to the query indicating control requirements across a network. The novel PMIC tiles have a pre-defined physical structure including all memory structures required for configuration of each tile and a bus portion. When combined in a multi-tile power management integrated circuit (MTPMIC), the bus portions of the selected tiles automatically form a standardized bus that accommodates all signal communication required for a functioning MTPMIC. The memory structure of each tile is individually addressable via the standardized bus. Thus, in response to control requirements, the programming tool programs a PMIC tile that is part of a MTPMIC to meet the control requirements.