284 results about "Sample Mode" patented technology

A new network traffic data collection technique is presented. A group of information is received, and a determination is made whether to process the group of information for network data collection according to a sample mode and a sample rate. If the determination is to process the group of information, the group of information is processed for network data collection. The group of information is forwarded according to its destination address. The group of information can be an IP packet and the sample mode can be, for example, one of linear, exponential, natural log, burst and traffic attribute. To process the group of information, a determination is made whether the group of information is part of one or more recorded traffic flows. If not, a new entry in a table is created. If so, a field in an existing entry in the table is incremented. In addition, a traffic information packet is created and transmitted to a network traffic data collection application. The traffic information packet can consist of a header and one or more flow records.

Drill bits and methods for sampling sensor data associated with the state of a drill bit are disclosed. A drill bit for drilling a subterranean formation comprises a bit body and a shank. The shank further includes a central bore formed through an inside diameter of the shank and configured for receiving a data analysis module. The data analysis module comprises a plurality of sensors, a memory, and a processor. The processor is configured for executing computer instructions to collect the sensor data by sampling the plurality of sensors, analyze the sensor data to develop a severity index, compare the sensor data to at least one adaptive threshold, and modify a data sampling mode responsive to the comparison. A method comprises collecting sensor data by sampling a plurality of physical parameters associated with a drill bit state while in various sampling modes and transitioning between those sampling modes.

A computer graphics system that utilizes a super-sampled sample buffer and a sample-to-pixel calculation unit for refreshing the display. The graphics system may have a graphics processor, a super-sampled sample buffer, and a sample-to-pixel calculation unit. The graphics processor renders samples into the sample buffer at computed positions or locations in the sample buffer. The graphics system may utilize a window ID that specifies attributes of pixels on a per object basis. The window ID may specify one or more of a sample mode, filter type, color attributes, or source attributes. The sample mode may include single sample per pixel mode and multiple samples per pixel mode. In implementing a single sample per pixel mode, the graphics system may be further operable to generate a single sample per pixel for certain windows of the screen in order to, for example, provide backwards compatibility with legacy systems with no multi-sampling support. The graphics system may generate samples that have the same value within the region of a single pixel, or the graphics system may utilize a very narrow filter that only selects the center sample in the averaging process.

A data processing method for a high density multimedia interface (HDMI) includes receiving video and audio data, sampling the receiving data according to a sample clock, outputting a sampling pattern according to the sampled receiving data and the sample clock, comparing the sampling pattern with a plurality of predetermined patterns, deciding the timing sequence of the receiving data when the sampling pattern and one of the plurality of predetermined patterns are the same, and outputting the video and audio data according to the correct timing sequence.

The invention discloses block-based self-adaptive super-resolution video processing method and system. The method comprises the following steps of: selecting a block-based down-sampling mode for a video image; carrying out down-sampling on the current video image according to the down-sampling mode and acquiring a down-sampling block; selecting a basis rate anamorphic coding mode by combining a block coding forecasting mode and the down-sampling mode to code the acquired down-sampling block; decoding the coded down-sampling block, acquiring a decoded down-sampling block, carrying out type division on the decoded down-sampling block and carrying out up-sampling on the down-sampling block on the basis of the type of the down-sampling block to acquire an up-sampling reestablishment block. The invention can improve the compression efficiency of a vide code at a middle and low code rate and ensure that the code performance is not lower than the performance of the traditional mixed code at a high code rate at the same time.

A switched capacitor circuit includes an amplifier, a charging unit, an offset unit, and an integrating unit. The charging unit is coupled between an input node and a first node, and is for accumulating charge corresponding to an input signal during a sampling mode. The offset unit is coupled between the first node and an input of the amplifier, and is for maintaining the first node to be a virtual ground during an integrating mode. The integrating unit is coupled between the first node and an output of the amplifier, and is for receiving charge from the charging unit during the integrating mode.

A gain stage in a sense amplifier receives an input signal representing a stored value and senses if the input signal is less than or not less than a reference signal and generates an output signal indicative of a first state when the input signal is less than the reference signal and an output signal indicative of a second state when the input signal is not less than the reference signal. The gain stage further comprises an integrated latch configured to latch the output signal in either the first or second state. Additionally, a controller operates a sense amplifier having multiple operating modes. Sample mode switch logic causes the sense amplifier to sample a first voltage applied to the sense amplifier's input and hold and compare mode switch logic causes the sense amplifier to hold the first voltage for comparison with a second voltage applied to the sense amplifier's input.

The invention discloses a method for measuring burst mode light power and a device thereof. A photodetector receives an optical signal transmitted by an optical network terminal and generates photocurrent; mirror current source generates mirror current; the mirror current is converted into a voltage signal in an amplification way and transmitted to a sample holding unit; a system hoist controls the sample holding unit at sampling mode; when the voltage signal is stable, the system hoist controls the sample holding unit at hold mode and controls an analog-digital conversion unit to convert the voltage signal into digital quantity; and a microcontroller obtains corresponding light power magnitude after receiving the digital quantity according to mapping relationship, and outputs the light power magnitude to the system hoist by a two-wire serial bus (I<2>C). By adopting the technical scheme, light signal power with hundreds of nanoseconds of length can be measured without expensive high speed device, and lower energy consumption can be realized while reducing cost.

An ultrasound method and medical devices using same provide for various techniques of sampling blood flow velocity, e.g., at several sampling rates. To minimize the energy required for ultrasound monitoring, pulsed Doppler signal packages provided by a pulsed ultrasound circuit are switched in such a way that the repetition rate is the lowest possible and yet sufficiently high to be able to record the blood flow velocity within the heart. For example, an ultrasound circuit may be activated only within a part of the cardiac cycle designated as the Doppler Measurement Interval (DMI); the ultrasound circuit may be switched between an on state and an off state during the DMI; and/or the ultrasound circuit may also be switched on and off in different sampling modes: detection mode and measurement mode (e.g., using different sampling rates).

The invention relates to a fault diagnosis method of a random fuzzy fault characteristic fusion rotating mechanical device. The fault diagnosis method belongs to the technical field of fault monitoring and diagnosis of the rotating mechanical device. The fault diagnosis method can process fault characteristic parameters with randomness and fuzziness, performs statistic analysis on typical data of the fault characteristic parameters under each fault to construct random fuzzy variables, uses the variables to model each fault sample mode in fault archives, uses the random fuzzy variables to model a fault pending inspection mode extracted from on-line monitoring, and enables the pending inspection to be matched with each fault sample mode to obtain degree of the pending inspection mode to support each fault, namely diagnosis evidences. The diagnosis evidences provided by a plurality of fault characteristic parameters are fused, under a decision rule, fusion results are used for performing fault decision, and the decision based on the multi-evidence fusion results is more accurate than the decision made out according to single diagnosis evidence.

There is described an apparatus for monitoring a conductive fluid conduit arranged to carry a fluid stream. The apparatus comprises a power supply, a plurality of electrical contact points connected to the fluid conduit, a voltage measurement device, and a processor. The power supply has a reference mode of operation and a sample mode of operation. In the reference mode of operation the power supply is operable to supply an alternating electric current through the fluid conduit at a high frequency such that the current is confined near the surface of the fluid conduit due to the skin effect. In the sample mode of operation the power supply is operable to supply an electric current through a full thickness of the fluid conduit. The voltage measurement device is operable to measure the voltage between pairs of said electrical contact points so as to obtain reference values of electrical resistance of the fluid conduit when the power supply is in the reference mode of operation and so as to obtain sample values of electrical resistance of the fluid conduit when the power supply is in the sample mode of operation. The processor is operable to modify the sample values of electrical resistance based on the corresponding reference values of electrical resistance so as to compensate for temperature variations.

There is also described a corresponding method for monitoring a conductive fluid conduit arranged to carry a fluid stream.

A motion vector estimating method that includes calculating correlation values corresponding to a plurality of correlation calculating patterns selected in accordance with types of a present image, and determining a correlation calculating pattern according to the calculated correlation values; and selecting a sub-sampling pattern corresponding to the determined correlation calculating pattern, sub-sampling a present image block and a search area, and then estimating a motion vector, whereby it is possible to reduce an amount of calculation in estimating a motion vector.

The invention discloses a missing seismic prospecting data recovery reconstruction method, belonging to the technical field of seismic prospecting data processing. The sparse description of the complex seismic signals is carried out by means of a variety of sparse transformation methods, and combined with the new sampling model of the compression perception theory, the efficient threshold parameters are designed to recover the complex seismic profile signals of the deep reflection layer, and a data base is provided for efficient use of the various features of the complex profiles and finer underground construction imaging. The method is reliable in principle, clear in technical process and wide in application.

A system for detecting the onset of structural failure in a structural element subject to a mechanical load comprises a metering array, a signal processor, and an output processor. The metering array measures physical quantities associated with the structural element. The signal processor transforms the measured physical quantities into a series of sample mode spectra, and the output processor generates output as a function of the series of sample mode spectra. Methods are also disclosed for detecting the onset of failure in a structural element subject to a mechanical load, for structural testing, and for structural health monitoring.