495 results about "Target Response" patented technology

Network policies are managed based at least in-part on user/entity identity information with: a state monitor operable to monitor for state change events in user/entity state and related, network state or in traffic pattern and traffic flow state; an identity manager operable to obtain and validate user credentials; and a policy manager operable in response to a state change event detected by the state monitor (either the identity manager or a defense center) to select a policy based in-part on the user identity obtained by the identity manager or security context obtained by the defense center, and to prompt application of the selected policy. The policies are indicative of user/device authorization entitlements and restrictions to utilization of certain network resources, network services or applications. Dynamic policy selection and targeted responses can be used, for example, against a user who gains network access with stolen user ID and password, and subsequently attempts malicious behavior. In particular, the malicious behavior is detected and identified, and the malicious user can then be restricted from abusing network resources without adversely affecting other users, groups, network devices, and other network services.

The invention provides an adaptive feature fusion target tracking method. The adaptive feature fusion target tracking method comprises in a first frame image, initializing a target area, and constructing a location filter and a scaling filter; extracting detection samples around a target, respectively calculating an HOG (Histogram of Oriented Gradient) feature and a CN (Color Name) feature, and obtaining a response value through the location filter; calculating the feature weight according to the response value, normalizing the weight coefficient, fusing the feature response value, and selecting the point having the largest response value as the central location of the target; judging whether a shielding phenomenon occurs according to the target response, under the shielding condition, only updating the scaling filter without updating the target location filter, carrying out a circular process, and obtaining the target location of each frame. The adaptive feature fusion target trackingmethod is advantaged in that an adaptive feature fusion method is provided, a model updating strategy based on APCE (Average Peak-to-Correlation Energy) is designed, and the target tracking precisionand the robustness under the shielding condition can be greatly improved.

Disclosed are synthetic nanocarrier compositions that comprise B cell antigen for desired antibody production and an off-target response attenuating polymeric coating as well as related methods.

In embodiments of the present invention improved capabilities are described for a computer program product embodied in a computer readable medium that, when executing on one or more computers, helps target responses returned to a user through the use of a computer facility by performing the steps of (1) providing a user preference learning API to a third-party website to determine preferences of a user as related to a market of a third-party, wherein the preference learning API is executing as an extension of the computer facility; (2) receiving third-party information related to the market of the third-party; (3) collecting the preferences of the user and storing them as a user preference profile; (4) receiving a query from the user at the third-party website; and (5) using in the user preference learning API the third-party information related to the market of the third-party and the preferences of the user as stored in the user preference profile to provide a response back to the user that relates to the query from the user.

An acoustically tuned earpiece is provided. Venting is performed by boring a control port, separate from the output port, into the driver. The diameter of the control port must be sufficiently small to restrict the flow of air into and out of the driver, thus isolating the acoustic performance of the driver from the volume and/or the sealing capabilities of the earpiece enclosure. The exact size of the venting port is selected to achieve the desired acoustic performance. In all cases, the control port has a cross-sectional area that is less than 25 percent of the cross-sectional area of the driver's output port. In order to optimize the size of the control port, an iterative process is preferably used in which the cross-sectional area of the control port is gradually increased while monitoring the performance of the driver compared to a target response.

The invention relates to a detection method for identifying static mechanical performance parameters of materials in different regions of a weld joint, which comprises the following steps of: (1) preparing a test piece of a weld joint indentation test; (2) selecting a plurality of points to carry out hardness test in the whole weld joint region of the test piece in the vertical weld joint direction and carrying out reasonable partitioning according to an obtained hardness value; (3) obtaining load-depth curves of different regions; (4) establishing an indentation test finite element model andcarrying out verification on the accuracy of the finite element model; (5) forming a target response function mathematical optimization model in different regions of the weld joint according to an analog result of the indentation test finite element model and a corresponding experimental result; and (6) combining an optimization genetic algorithm and carrying out iteration according to selected target response functions to obtain optimal solutions so as to obtain the static mechanical performance parameters in different regions of the weld joint. The detection method has simple principle and is convenient to operate. The local mechanical performance parameters of the materials in the range of millimeter even micrometer can be measured. The application range of the indentation test is expanded.

The embodiment of the invention discloses a natural language processing method, a device, an apparatus and a medium based on human-computer interaction, wherein, the method comprises the following steps of: identifying the intention of the target natural language text to obtain the target intention and the target slot; matching a target resource list according to a target intent and a pre-established resource pool, wherein the resource pool includes a plurality of resources having different capabilities, and the target resource list includes at least one target resource having capabilities related to the target intent; acquiring a result set recalled from at least one target resource according to the target intent and the target slot; the target response speech corresponding to the targetnatural language text being determined from the result set. The embodiment of the invention can solve the problems of high development cost and poor system reusability and scalability of the existingman-machine conversation system, reduce the development cost of the man-machine conversation system, and improve the system reusability and scalability.

The embodiment of the invention discloses an equipment fault diagnosis method, device and system based on a digital twinning model. The method comprises the steps of constructing the initial digital twinning model of target equipment according to state parameter initial data and response parameter data of the target equipment; obtaining a target response parameter of the target equipment and an updating parameter corresponding to the target response parameter, calculating the sensitivity of each updating parameter relative to the target response parameter, and taking the updating parameter ofwhich the sensitivity meets a preset requirement as a correction parameter; constructing a response surface model between the target response parameter and the correction parameter, and determining acorrection value of the correction parameter based on the response surface model; and updating the initial digital twinning model by using the correction value of the correction parameter to obtain adigital twinning model of the target equipment, and performing fault diagnosis on the target equipment by using the digital twinning model. By means of the embodiments of the invention, accurate diagnosis of equipment faults can be realized.

The invention discloses a target specific response attention target tracking method based on a twin network, and relates to the computer vision technology. The method aims at overcoming the defect that an original target tracking method based on a twin network is not robust enough in complex tracking scenes such as rapid movement, shielding, rotation and background disorder of a target. The invention provides a target specific response attention target tracking method based on a twin network. The proposed target response attention module effectively weakens the influence of noise information on the tracking performance in the tracking process; meanwhile, the feature information having discrimination for the appearance change of the target object is enhanced, so that the target response graph generated by the twin network can be used for target position prediction, and therefore, more robust tracking performance can be realized. The method comprises five main parts: CNN feature extraction; generating a response graph through channel-by-channel cross-correlation; generating a weight by using an attention network, and weighting each channel response graph; and finally, determining a target position on the response graph, and providing a training method of the model.

The invention relates to a fiber grating which can realize any target response, which belongs to fiber communication, optical sensor and other relative light signal processing fields. The product is a fiber grating of sampling structure realized with phase model scanning method; the period and phase function of the initial end of the fiber grating, As, Phi s (z) and A s (z) are period, phase function and apodization function of any given fiber grating initial end. And it can acquires distance Zk from the K ultraviolet exposure position to the sample fiber grating initial end and the amplitude Ak of refraction rate modulation leaded in at the Zk. The character of the invention is: its reflection spectrum has multi-channel type, and some special reflection peak in them has the demanded target reflection response, or has the character of target phase shift.

A closed loop adaptive fluid control system and method for use in hydraulic applications monitors one or more fluid characteristics, such as pressure, flow rate, accumulation time in an actuator, fill volume, etc., and compares the characteristic with a target response. A fluid characteristic sensor detects at least one fluid characteristic at a hydraulically-actuated device that is actuated by a electrically-operated. The sensor sends a device signal corresponding to the actual sensed characteristic to an electronic controller, which compares the device signal with a target response. The controller then identifies any differences between the device signal and the target response and provides a feedback signal to the electrically-operated valve to adjust the current to the valve, which in turn adjusts the electrically-operated valve so that the device signal corresponding to the sensed characteristic at the device converges toward the target response.

The invention discloses a self-adaptive target response-based target tracking method which is used for mainly solving the tracking problem of tracking failure caused by appearance deformation and illumination change of a target. The method comprises the following implementation steps of: (1) determining an initial position of a to-be-tracked target; (2) calculating the weight of a correlation filter; (3) predicting the position of a target frame; (4) predicting the size of the to-be-tracked target; (5) constructing a self-adaptive target response matrix; (6) updating the weight of a displacement filter; (7) judging whether the current frame image is the last frame image of a to-be-tracked video sequence or not, if yes, executing step (8), otherwise executing the step (3); and (8) finishingthe tracking. The self-adaptive target response-based target tracking method disclosed by the invention has the advantages that by utilizing self-adaptive target response, the weight of the displacement filter can be calculated and the position and the size of the to-be-tracked target can be predicted.

A system and method for personalized dosing of a pharmacologic agent include: executing, using a processing device, a plurality of dosing regimen program modules to determine a respective plurality of dose sets in response to receiving, from an input device, a target response value for a patient; and executing, using the processing device, a dosing selection algorithm module, following executing the plurality of dosing regimen program modules and in response to receiving from the input device a response profile and a monitoring frequency of the patient, to determine a recommended dose set computed as a combination of the plurality of dose sets weighted by degrees of matching computed using fuzzy sets and the response profile.

A sonar system and method are provided to extract and identify information about a particular target illuminated by an active sonar system. The present invention utilizes a Volterra Series Expansion in conjunction with a least squares procedure to estimate channel and target responses, which may be linear or nonlinear. The system estimates the channel and target responses for different orders of the Volterra Series Expansion and then selects the order for which a minimum error is determined with respect to a measured acoustic return signal. The system requires as inputs only the excitation waveform and the measured acoustic return signal.

The invention relates to technology field of mechanical engineering and mathematics research, specifically relates to a planning method of asymmetric variable acceleration based on optimal distribution in the time-domain of main frequency energy, and the method includes: solving positioning course of nonlinear finite element model including the free kinematics and parametric motion function, after execution stopping judging the amplitude of the drive end whether or not meets the positioning accuracy, if meet, the amplitude energy time is decayed,if not meet ,it will go on solving; judging the target response time whether or not it is a minimal value,if the time is a minimal value, determining to set the motion parameters as the optimal parameter ,if the time is not a minimal value,calculating the motion parameters of step and gradient and reset motion parameters to be solve. The invention by the above method solves the motion planning question of nonlinear effect and high speed and high acceleration under precision positioning requirements. The precision positioning and position / force smooth handoff in high speed condition can be achieved. It also adapts to motion planning question of performance administration to the traditional solving method.

The invention relates to an artificial seismic wave synthetic method compatible with a multi-damping ratio response spectrum. By adoption of the method, a traditional method is first adopted to generate initial artificial seismic waves and then a time domain adjustment algorithm is adopted to be performed on all periodical control points in turn; an optimization algorithm is adopted to perform fractional step adjustment in a given periodical control point according to the damping ratio number of a target response spectrum so as to realize a minimum root-mean-square error between a multi-damping ratio response spectrum value on the periodical control point of the artificial seismic waves after adjustment and a target multi-damping ratio response spectrum value. The time domain adjustment algorithm is to overlay amplitude modulation simple harmonic time paths on the initial artificial seismic waves, and the amplitude modulation simple harmonic time paths adopt intensity envelope curves which are the same with the initial artificial seismic waves for modulation of the simple harmonic time paths. The algorithm is high in fitting precision and high in calculating speed and is suitable for promotion and application.

The invention provides an onboard downward-looking 3D SAR sparse array antenna laying method. The method aims to solve the problems that according to onboard 3D SAR system antenna laying, a platform installation space is limited and a design method is complicated; according to the flight height of an aerial carrier, an observation area maximum height change range function, a radar system work wavelength and a resolution ratio in the array direction, antenna laying design is carried out. The method is simple in operation, free of complicated computation and capable of guaranteeing that a grating lobe of a target response function in the array direction of a system is controlled to be at a reasonable level.

A FM CW cable guided radar for the detection and location of outdoor perimeter intruders. Helically wound outer conductors on coaxial transmit and receive transmission lines provide a slow wave structure to support the propagation of external electromagnetic fields. The two leaky coaxial lines are enclosed in an extruded plastic jacket with the outer conductors in continuous electrical contact along the length of the cable. A chirp frequency modulation provides a continuous target response having a baseband frequency that is proportional to the distance along the length of the cable. After location determination, the amplitude of the response is compared to a location specific threshold to determine if an intruder is present.