69 results about "Functional response" patented technology

Method and System for Cyber-Security Vulnerability Detection and Compliance Measurement (CDCM) provides any entity, organization or individual with access to or possession of sensitive, confidential or secret information, defined as “protected information,” in digital format that is received, processed, stored or distributed by a computer, computer system or digital processing equipment with the capability to detect and respond to cyber security vulnerabilities and to measure compliance with cyber-security requirements as established by the Federal Security Information Management Act (FISMA) for the security of protected information and certain additional related desirable or mandatory cyber-security requirements. In one sample embodiment of the invention, the method utilizes a damage assessment function; a security assessment function; a security plan or planning function; a training management function; a response management function; a cyber-security management function; a scoring measurement function; and a review and analysis function; to establish a quantifiable and definitive numerical measurement of the relative compliance of a specific processing system, at a specific point in time, to a defined and established threshold value of performance, or compliance acceptance, and to provide, assemble and be capable of archiving the supporting parameters, status, states and analysis that is specifically associated with the numerical value which represents the specific processing system's state of compliance at the specified time and to utilize various intermediate values and parameters to manage and enhance the performance of the specific system thereby improving the systems compliance score and numerical performance measurement value.

A vehicle accessory control panel is provided for controlling at least two vehicle accessory systems. A plurality of switches is reconfigurable for providing at least two sets of switch functions. A plurality of graphics is provided for identifying the switch functions. A plurality of illumination elements is provided for illuminating the plurality of graphics. The respective set of illumination elements is activated for illuminating a respective set of graphics identifiable with a selected set of accessory switch functions. A first set of graphics identifies a first set of accessory switch functions in response to enabling the first set of accessory switch functions. A second set of graphics identifies a second set of accessory switch functions in response to enabling the second set of accessory switch functions. A wakeup protocol includes a sequential illumination learning mode scheme for visually identifying each respective set of accessory switch functions.

An onscreen function execution method for a mobile terminal having a touchscreen is provided. The method allows for executing functions of an activated application by a tap on a specific area of the touchscreen. An onscreen function execution method of the present invention includes mapping active regions of the touchscreen to functions of at least one application, displaying an application screen in response to an application activation command and executing, if a tap is detected on one of the active regions, a function mapped to the application activation command. The active regions may include a function execution display region and the applications may comprise a camera application, a music player application, an idle mode screen application and the like. The method allows a user to execute functions of an activated application by tap on the touchscreen.

A machine interface system for use in a motor vehicle includes a bezel having a display opening and at least one active surface adjacent the display opening. At least one sensor assembly is associated with the active surface and generates a sensor signal corresponding to a location on the active surface touched by a vehicle occupant. A reconfigurable display is disposed within the display opening and is configured to display, adjacent to the active surface, at least one image associated with a vehicle function. Coupled to the sensor assembly is a controller that is configured to generate the image and to receive the sensor signal. The controller responds to the sensor signal according to the vehicle function associated with the image when the corresponding active surface is touched by the occupant.

When a public line is used for a remote copy function of storage in a disaster recovery (DR) system, the online performance is degraded due to the increase and decrease of the line utilization rate. Therefore, it is desired to change the remote copy function depending on the line utilization rate. Also, there is the possibility of data loss if disaster occurs during the copy between storage devices. Therefore, it is desired to perform the processing to detect the data status immediately before the occurrence of the disaster. By switching the synchronous transmission and the asynchronous transmission in accordance with the increase and decrease of the response time of the remote copy function between storage devices, the online performance of the primary site can be maintained without being influenced by the line utilization rate, and the data loss can be detected based on the used remote copy function.

An interactive waste receptacle combines a waste receptacle, a display device, a sensor, a camera, a speaker, and a variety of interactive media to receive and process waste, and perform an assortment of interactive functions in a public venue. The interactive waste receptacle detects events from a user, and responds to the events with interactive functions, including; receiving, compacting, and processing a waste; detecting proximal images, sounds, and smells; and displaying advertisements, text, graphics, animation, video, audio, and games. The waste receptacle receives and compacts the waste. A display device integrated with the waste receptacle displays images of advertising, messages, and pertinent information. A sensor detects events from the user. A camera records a user image. A speaker emits and receives audio signals to the user. Interactive media also record user events. The sensor, camera, speaker, and interactive media perform an interactive function in response to the event.

A system and method for programmatically generating a graphical program or a portion of a graphical program in response to receiving user input. The user input may specify functionality of the graphical program or graphical program portion to be generated. In response to the user input, a graphical program (or graphical program portion) that implements the specified functionality may be programmatically generated. Thus, different graphical programs may be generated, depending on the user input received.

A computer-implemented method for selecting a combination of devices from a plurality of available devices, each device having service description information associated therewith. A user request is received into a coordinating device which processes the service description information for any available electronic devices to identify functionally responsive combinations of electronic devices, each functionally responsive combination responsive the user request. A score is calculated for each functionally responsive combination, using user preference information. One of the functionally responsive combinations is selected according to it having the best scores. A user preferences and experience computer-implemented method is provided for selecting an ad-hoc combination of electronic devices.

The invention relates to monitoring method, server and system based on a proxy-free mode. The method comprises the following steps of: monitoring the server to transmit a monitoring instruction to a server to be monitored according to a protocol; receiving a monitoring index value fed back by the server to be monitored according to the monitoring instruction; and outputting alarm information when the monitoring index value exceeds a monitoring index threshold in a preset condition. The invention can ensure the normal working of an IT system in an enterprise by real-time monitoring, avoid the problems of excessively-high operation cost, slow response to new deployed functions, inconvenient expansion and the like caused by large amount of repeated operation for the IT system monitoring by proxy mode program in the prior art, simultaneously avoid the abnormal risk increased by proxy program deployment and improves the rate of return on investment.

Process and system for determining the topography of bioelectric response signals of a visual system including a patient's retina, optical nerve or a projection thereof at the level of the central cortex, following visual stimulation through a surface arranged in front of the patient's eye. An image which comprises a plurality of cells is displayed as stimulation, each cell being activated or deactivated according to a corresponding digital time function represented by a cyclical succession of binary m-sequences of duration (T) formed from a plurality of activation symbols (N), each having a duration (Ts), the m-sequences of the various cells being obtained cyclically from a mother m-sequence. The process determines the total bioelectric response of the visual system, the response associated with each cell being determined by the total response of the visual system using a cross-correlation with a suitable translated version of a mother m-sequence. The calculation of the response of each cell is updated at the end of each symbol time (Ts), thereby making it possible to follow the evolution of the calculated response of each cell in real-time, without awaiting the end of an m-sequence.

The invention discloses a battery pack high-voltage relay functional response fault diagnosis method and device. The method includes the following steps that: a pre-charge relay pull-in instruction, apre-charge relay disconnection instruction, a main negative relay pull-in instruction, a pre-charge relay pull-in instruction, a main positive relay pull-in instruction and a pre-charge relay disconnection instruction are sequentially transmitted according to a high-voltage electrification process; after the instructions are transmitted, voltage and/or current parameters are collected; and whether high-voltage relays undergo functional response faults is detected according to the parameter values of the collected voltage and/ or current parameters or the change conditions of the parameter values, and the types of the faults are distinguished. With the battery pack high-voltage relay functional response fault diagnosis method and device provided by the technical schemes of the invention adopted, the fault problems of the high-voltage relays in a battery pack can be found in time according to the collected voltage and current parameters. The diagnosis method and device of the inventioncan be applied to the detection of the functional response faults of the high-voltage relays of each battery pack in a vehicle provided with a plurality of battery packs.

Techniques are provided for accessing sector data. An embedded storage function is received. One or more data management functions are generated in response to receiving the embedded storage function. The one or more data management functions are invoked to retrieve the sector data from a sector table.

The invention discloses a flexible-screen application method and device and a computer-readable storage medium. The method includes: acquiring a response event corresponding to an operation instruction; determining a function component needed for executing the response event; determining bending parameters according to a position area of the function component at a terminal device and environmentfeatures of the terminal device; and executing a bending operation according to the bending parameters, and executing the response event at the same time through the function component. A humanized flexible-screen application solution is realized. By adopting the flexible-screen application solution of the invention, convenience of a user in using certain functions is improved, the user is enabledto operate the terminal device through an air-spacing instruction, and at the same time, the terminal device can adjust an attitude thereof in a self-adaptive bending manner according to the environment features to complete corresponding function response.

The invention relates to multifunctional high-strength gel and a preparation method of the multifunctional high-strength gel. The multifunctional high-strength gel comprises the following steps: (1) preparing ionic liquids (ILs): selecting natural compound amino acid and choline, and preparing novel green ionic liquids through neutralization reaction; (2) modifying the ionic liquids (ILs): introducing double bonds into ILs through AAc under the effects of N-hydroxysuccinimide (NHS) and 1-ethyl-3-(3-dimethylaminopropyl)carbodiimide (EDC), thus obtaining a vinyl ionic liquid monomer with a polymerization function; (3) preparing the multifunctional high-strength gel: using functional monomers of temperature-responsive N-isopropylacrylamide (NIPAAm), pH-sensitive acrylic acid (AAc), conductive ionic liquid and the like to prepare the multifunctional high-strength gel in an ionic/covalent crosslinking system by a one-pot method. The method is simple and quick, conditions are mild, large equipment is not required, aqueous phase reaction is green and environment-friendly, and the method has a relatively high practical application value in the industry. The gel has good biocompatibility and biodegradability, and multifunctional responsiveness, and further has broad application prospects in fields of biological medicines, tissue engineering and the like.

A system for scan testing an IC includes one or more scan registers, one or more scan-in pads, one or more scan-out pads, and one or more comparators. Scan test data is transmitted from the scan-in pads to the scan registers. The functional response obtained from the scan test is transmitted to the comparator. The scan-out pad transmits the expected data to the comparator. The comparator compares the expected data and the functional response data and the comparison result is stored. The test result data is transmitted at positive and negative edges of the test clock signal.

A system for approximating flux density of light on a human retina. A housing has an opening allowing light to pass to inside the housing. A baffle coupled to the housing replicates a facial cutoff function response for the light inside the housing. Two detectors are positioned to detect the light inside the housing. One detector produces a photopic spectral response function of the light inside the housing that approximately replicates a spectral response of the foveal cones in the retina. Another detector produces a scotopic spectral response function of the light inside the housing that approximately replicates a spectral response of rods in the retina. A processor coupled to the detectors calculates a mesopic flux density of the light inside the housing based on the photopic and scotopic spectral response functions.

The invention discloses a two-dimensional topological optimization result geometric reconstruction method and belongs to the field of two-dimensional topological optimization result contour recognition and fitting technologies. According to the method, first, the contour recognition technology is utilized to obtain a boundary matrix of a topological optimization result; second, chain codes are utilized to realize tracking and sequencing of boundary points, and differential chain codes are utilized to segment a contour; third, structure response sensitivity of the boundary points is calculated,and interpolation points are screened considering the sensitivity principle and the geometric integrity principle; and last, the screened interpolation points are utilized to perform B spline curve fitting, and control vertexes, node vectors and other important geometric parameters of a spline curve are obtained to realize parametric modeling. The method has the advantages that geometric reconstruction of the topological optimization result with a complicated contour can be realized, the boundary of a reconstruction model is smooth, machining requirements can be met, and a function response error of the model can be actively controlled in the reconstruction process.

The invention discloses wearable device controlling method and equipment and a computer-readable storage medium. The method comprises the following steps of: recognizing the wearing state of a wearable device according to the wearing buckle number of the wearable device; determining a corresponding operation mode according to the wearing state; adjusting the functional response of the wearable device in the operation mode; adjusting the operation mode according to response parameters of the functional response. The method has the advantages that a humanized wearable device controlling scheme is realized to ensure that intelligent switching of operation modes can be realized by users according to different wearing modes and intelligent portable equipment more meets the use requirements of the users.

The invention provides a multi-hard disk type automatic positioning test method and device. The method comprises the following steps: S1, acquiring hard disk identifiers of a plurality of hard disks to be tested; SS2, creating a plurality of test processes according to the hard disk identifier, wherein each test process corresponds to a to-be-tested hard disk to which the hard disk identifier belongs; And SS3, executing and calling a test process corresponding to the to-be-tested hard disk, and executing the function response by the to-be-tested hard disk to complete the hard disk positioningtest. The hard disk positioning test method solves the problems of large task load and low positioning of the current hard disk positioning test, and has extremely high technical value and universality.

The present invention relates to a cell phone case, particularly to a multifunction back cover for a cell phone case, wherein the back cover has an rechargeable power source connected to a microcontroller and an emergency notification button used to trigger a variety of functional responses in cooperation with the application mode of the cell phone, wherein said microcontroller is in electronic communication with said emergency notification button.

The invention discloses an integrated eye and brain visual function imaging system. The system includes: a visual stimulus presentation device which presents pictures and videos comprising a plurality of stimulus-inducing patterns; an eye vision imaging device which is a retina and pupil imaging device based on multi-spectrum; a brain vision imaging device which is a visual cortex blood flow signal imaging device based on a spectrum technology related to near infrared diffusion; and a cooperative working station which comprises an imaging acquisition control module and an image analysis module and is used for cooperatively controlling the eye vision imaging device and the brain vision imaging device and processing and analyzing the acquired multispectral retina and pupil images and visual cortex blood flow images. The system can realize synchronous recording of nerve function response of eye retina, pupil and brain visual cortex, carry out joint analysis on multi-mode multi-parameter visual physiological signals, and provide a method for visual information coding and decoding, visual reconstruction mechanism research, visual nerve regulation and quantitative evaluation damage positioning and the like.