257 results about "Response analysis" patented technology

A system may include a target implantable medical device (IMD) and an external device configured to selectively communicate with the target IMD. The external device may include a communication module configured to communicate with the target IMD, a response analysis module configured to receive and analyze a target response signal from the target IMD and other response signals from other IMDS, and a power adjustment module configured to receive one or more power-adjustment request signals from the response analysis module. The power adjustment module is configured to adaptively adjust a power of a transmission request over a first frequency band based on the one or more power-adjustment request signals until the response analysis module receives only the target response signal from the target IMD.

In one embodiment, a method for neurological interrogation and response analysis is provided. The method includes inducing, at the device, a non-optical excitation for a user. The device comprises a wearable device being worn by the user such that the non-optical excitation can be sensed. A response of a voluntary conscious movement is detected from the user. An outcome is analyzed based on the response and the non-optical excitation. An action can be performed in response to the analysis.

The invention provides a method for monitoring the friction drag and the torque of a large-displacement well. The method comprises the steps of firstly, building a friction drag and torque mechanical analysis model of the large-displacement well, and compiling an analysis program or analysis software; secondly, carrying out friction drag and torque simulation analysis computing under a track section designing condition; compiling monitoring route maps of drilling tool feed-off hook load, drilling tool lift-up hook load and idling lift-off-well bottom hook load under different friction drag coefficient conditions and route maps of rotary drilling torque along with well depth; recording the drilling tool feed-off hook load, the drilling tool lift-up hook load, the idling lift-off-well bottom hook load and the rotary drilling torque of actual drilling during site operation; finally, describing data under actual drilling record on the route maps, and comparing the data with predicted values under different friction drag coefficients and analyzing. According to the method for monitoring the friction drag and the torque of the large-displacement well, provided by the invention, the reason that causes the friction drag and the torque is deeply analyzed through real-time monitoring on the friction drag and the torque, and meanwhile, response analysis is carried out on the borehole cleanliness degree, the borehole quality, the drilling parameters, a bottom drilling tool combination, the drilling fluid performance change, the use of an anti-friction and torque-reducing tool and the like.

The invention discloses an inversion method and system based on earthquake dominant frequency. By means of the method and system, an intra-platform shoal reservoir can be effectively recognized. The method includes the first step of obtaining original earthquake pure wave data and well logging and geological data, carrying out reservoir calibration and earthquake response analysis on the data and obtaining reservoir earthquake response characteristics, the second step of carrying out spectral analysis according to the reservoir earthquake response characteristics to obtain reservoir spectral characteristics, the third step of obtaining earthquake single-frequency data cube according to the reservoir spectral characteristics by means of the frequency division method, the fourth step of carrying out reservoir tuning frequency analysis according to the earthquake single-frequency data cube and reservoir calibration to obtain a reservoir dominant frequency band, the fifth step of carrying out band-pass filtering on the original earthquake pure wave data according to the reservoir dominant frequency band to obtain earthquake pure wave data corresponding to the reservoir dominant frequency band, and the sixth step of carrying out wave impedance inversion on the earthquake pure wave data corresponding to the reservoir dominant frequency band to obtain wave impedance data, and recognizing the reservoir by means of the wave impedance data.

In a system analysis apparatus, a per-SrcIP filter section captures packets in client-Web server segments on a per-SrcIP basis. An ON / OFF filter section allows captured packets to pass through only when its flag is set to “ON”. A request / response analysis section controls a flag of the ON / OFF filter section of the next segment so that the packets of the next segment are captured only when the present segment is in a response waiting statue. A range control section controls a SrcIP range of packets to be captured by the per-SrcIP filter section.

The invention discloses an NLM filtering finger vein denoising method based on skin crack segmentation. The method comprises: firstly, using a multi-scale Frangi filtering algorithm for carrying out filtering response analysis on a finger vein image with skin crack characteristics caused by finger ecdysis, and selecting the spatial scale size and a segmentation threshold value; performing NLM filtering denoising on the detected area interfered by the skin cracks according to the skin crack binary image, and not performing denoising processing on the non-interfered area. The finger vein denoising algorithm based on switch type non-local mean filtering performs denoising specifically aimed at the exuvial skin crack area, pseudo vein interference is reduced, loss of information of a normal vein area is avoided, redundant information of other areas on the image can be fully utilized when the method is applied to the finger vein image, a certain restoration effect can be achieved, and the denoising effect is better. Therefore, the method is a finger vein denoising algorithm which is good in finger ecdysis type finger vein image denoising effect.

The invention discloses a wind turbine generator dynamic response analysis method based on multi-platform co-simulation, and belongs to the technical field of wind turbine generators. Aiming at structural components of a wind turbine generator, 3D solid modeling is completed through a Creo platform, and a Creo model is imported into an ABAQUS finite element platform. According to the actual working conditions, the correct constraint relationship of each part of a finite element model of a whole unit in the ABAQUS is set, and simulation is conducted to obtain the intrinsic frequency and mode shape of an impeller assembly and the whole unit. Coupling response between the inside of the unit, that is, between an impeller and a tower, is discussed through response simulation, the natural vibration characteristics of key components and the whole unit are studied by using a finite element simulation method, the dynamic response characteristics of the wind turbine generator are obtained by using time-varying wind pressure distribution as the main excitation load, the wind turbine generator dynamic response analysis method based on multi-platform co-simulation has significances to improvingthe structure design of the unit and formulating effective diagnosis strategies.