62 results about "Stepping level" patented technology

Enabling workflow awareness within a business process management (BPM) system can utilize a workflow awareness controller that can receive an instantiation request for a workflow. The workflow can be comprised of multiple workflow steps to be performed by the BPM system. From workflow metadata, workflow redundancies, at the instance or step level, can be determined with other workflow instances initiated prior to the receipt of the instantiation request. The workflow metadata can include records that uniquely represent the operating parameter values of the prior workflow instances. When a workflow redundancy exists, persistent workflow data corresponding to the workflow redundancy can be utilized during the performance of a workflow instance of the requested workflow within the BPM system. The persistent workflow data can replace the performance of one or more workflow steps of the workflow instance, which can reduce the redundant performance of the workflow steps for the requested workflow.

A change management system for an IT environment or other enterprise level environment may comprise a server comprising memory and a controller. A change management application comprising machine readable instructions may be stored in the memory. The change management application may be arranged to perform the following steps: receive a plurality of work orders via a network to be performed during a maintenance period, concatenate the plurality of work orders to generate a master plan for performing the work orders during the maintenance period, and receive status updates for the work orders during the maintenance period down to the individual step level. A display may display a view of the master plan during the maintenance period. The view may include information related to the work orders and a status of the work orders. The status may be updated automatically based on status updates received by the change management application.

A hybrid testing automation engine tests a main application using a client browser and includes an object learning module to parse code describing a web page destined to be rendered by the client browser to identify predetermined types of page elements and associate therewith a respective plurality of identification means to locate such elements and store such data in an object repository. A test data manager module manages test data in a hierarchy including a global level, a scenario level, and a step level and store such data in a test data repository. A scripting module facilitates script generation but also includes the capability of recording steps (actions) for playback during testing. A test execution module executes a test scenario including the playback of recorded steps and/or execution of scripts with reference to the object repository and the test data repository.

The present invention extends to methods, systems, and computer program products for formulating global statistics for parallel databases. In general, embodiments of the invention merge (combine) information in multiple compute node level histograms to create a global histogram for a table that is distributed across a number of compute nodes. Merging can include aligning histogram step boundaries across the compute node histograms. Merging can include aggregating histogram step-level information, such as, for example, equality rows and average range rows (or alternately equality rows, range rows, and distinct range rows), across the compute node histograms into a single global step. Merging can account for distinct values that do not appear at one or more compute nodes as well as distinct values that are counted at multiple compute nodes. A resulting global histogram can be coalesced to reduce the step count.

This invention introduces an indoor person identification system that utilizes the capture and analysis of footstep induced structural vibrations. The system senses floor vibration and detects the signal induced by footsteps. Then the system then extracts features from the signal that represent characteristics of each person's unique gait pattern. With these extracted features, the system conducts hierarchical classification at an individual step level and at a collection of consecutive steps level, achieving high degree of accuracy in the identification of individuals.

The invention relates to the technical field of artificial intelligence, discloses a method for realizing individualized teaching through man-machine interaction, and provides a method for realizing individualized teaching comprising automatic decomposition of learning tasks, automatic recommendation of test questions, positioning of error steps, explanation of questions and the other teaching links through the man-machine interaction. The method has the advantages that in addition to data preparation and parameter setting in the first step, the participation of any human teachers is all not needed in other steps, thereby reducing the occupation of human resources, in particular to educational resources to the maximum extent, compared with a traditional explanation mode taking 15-20 minutes on average, by determining wrong reasons and performing step-level precise explanation, not only can content that does need to be explained be skipped to the maximum extent for specific learning conditions of a user, the questions of the user are explained emphatically, the roots of the questions are excavated deeply, so that the user can understand knowledge points more easily, but also the explanation time is shortened to 2-3 minutes, thereby greatly improving the learning efficiency of the user.

An AAB slider has a leading edge generally impinging fluid flow due to movement of a medium relative to the slider. A cavity dam defines a continuous air bearing surface that extends over a region between the sides of the slider and between at least one sub-ambient cavity and the leading edge. Step level slots in the air bearing surface at the leading edge admit fluid into the region of the air bearing surface. Side rails on the slider extend rearward from the cavity dam to form the sub-ambient cavity. The air bearing surface is characterized by the absence of a channel adjacent the leading edge that extends between the sides of the slider. A center rail extends rearward from the cavity dam to the trailing edge and supports a transducer. The arrangement is such that airflow to the transducer is minimized, thus minimizing particulate matter from accumulating on the trailing edge slider features, including the transducer.

An array substrate for a liquid crystal display and a method for manufacturing the same are disclosed. The array substrate for a liquid crystal display includes a source electrode and a drain electrode and an organic insulating film positioned on the source electrode and the drain electrode. The organic insulating layer includes a first contact hole exposing the drain electrode, and having a stepped level difference formed on the sloping surface of the first contact hole.

A shifting apparatus for a manual transmission automatically performs a selecting operation and a shifting operation through the driving of one motor according to a shift step level of a shift lever at the time when a driver operates the shift lever. The apparatus includes a driving motor with a rotation shaft on which a main gear is mounted, a connecting gear unit disposed in front of the rotation shaft of the driving motor and selectively transferring rotation of the driving motor according to a position signal of the shift lever, a selecting unit disposed at one side of the connecting gear unit to correspond to a shift fork connected with the shift fork mounted at one side of the control shaft and selectively connected with the connecting gear unit to selectively move the shift fork on the control shaft, and a shifting unit disposed at the other side of the connecting gear unit to correspond to the selecting unit, connected to the other side of the control shaft and selectively connected with the connecting gear unit to rotate the control shaft.

The disclosed embodiments of computer systems and techniques facilitate creation and retrieval of software code. Provenance tracking at the step level allows for each step to be tracked to its original creator and to various remixes of the original in the line of provenance.

The invention discloses a high-speed 3D electrical characteristic test system applied to transistors. The system comprises a data feedback and processor, a waveform processor, a broadband pick-up three-way device, a first microwave probe, and a second microwave probe. The innovation of the system is that a transistor transfer characteristics test is conducted by applying a gradient voltage waveform to the drain of a transistor and applying a pulse voltage signal to the gate of the transistor in each stepped level, and the 3D electrical characteristic (IDS-VGS-VDS), transfer characteristic (IDS-VGS) and output characteristic (IDS-VDS) of the transistor are tested in 100ns. The system is applied to the electrical characteristic research of a high-performance planar transistor using silicon, germanium or an III-V-group compound as a carrier sub-channel and a fin type three-dimensional gate-structure or GAA-structure metal oxide semiconductor field effect transistor.

A test tube stand for an analyzer pipeline. The test tube stand (201) is provided with multiple test tube positions for accommodating test tubes (203). One side of the test tube stand (201) is provided with a lighting preventing plate (300) traversing multiple test tube positions. A second characteristic region (303) is disposed between every two neighboring test tube positions on the lighting preventing plate (300). A first characteristic region (302) is disposed between every two second characteristic regions (303). A preset step level difference exists between the first characteristic region (302) and the second characteristic region (303).

The invention relates to an electrically driven axle of a dual track vehicle having drive shafts allocated to the wheels and an axle support having a plurality of wheel-guiding drivers fastened thereto, wherein at least one electrical motor or an axle drive is fastened to the axle support and furthermore a housing comprising elements for providing electrical energy for the electrical motor or for an electrical drive motor connected to the drive shafts via the axle drive is fastened to the axle support or forms a component of the axle support in the form of a main body. The housing is designed in a stepped manner in the side view and consists of an upper shell and a lower shell, the coupling joint of which extends upwardly toward the rear of the vehicle. According to the invention there are also front and rear continuous cross-members, having bearings for linking the axle to the vehicle body in the two end regions thereof. Wheel-guiding drivers are fastened via bearing brackets on the housing and/or on one of the cross-members and/or on a molded part flanged laterally to the housing. Furthermore, according to the invention, a fuel tank installed in the vehicle for supplying an optionally provided internal combustion engine can encompass the step level which is front-most in the driving direction formed by the housing.

The invention discloses a CVSD (Continuously Variable Slope Delta Modulation) digital pressure amplification modulation principle analysis experiment method and system. The method comprises the steps of performing band limit, sampling, subtraction comparison, difference coding, pulse amplitude modulation, joint code detection, smoothing and integral processing on input audio analog signals to obtain audio analog signals, quantization step signals and binary coded signals, and establishing a synchronous horizontal axis on a liquid crystal display via an STM32 microprocessor, wherein the horizontal axis is a time axis having a syllable cycle based on the working frequency of the processor; sampling the input audio analog signals with 32KHZ A/D sampling frequency, displaying an envelope of the sampled signals on the liquid crystal display, and forming, by the envelope, input audio analog signal wave corresponding to the time axis. By adopting the method and the system, changes of code output data, quantization step level and joint code bits caused by frequency and amplitude changes of the input analog signals and a comparison relation between the quantization step signals and the input analog signals on amplitude can be simultaneously observed on one liquid crystal display screen.

An electronic component, in which a chip can be mounted on a certain predetermined place of the package at a high accuracy level, which package having a stepped level-difference in the inner wall of a cavity. The package is provided with a stepped level-difference in the inner wall surface, and an internal contact electrode formed on the upper surface of the stepped level-difference. At the bottom of the package is a shield electrode, on which a chip is mounted via an adhesion layer. The chip and the internal contact electrode are electrically connected by an interconnection wire. Location aligning for the chip and the interconnection wire, at least either one of these, is conducted by making use of a region, which is non-electrode portion, provided on the inner bottom surface of the package.

The invention relates to a device and a method for monitoring and/or inspecting material webs which are moving in the direction of a material web length and/or a material web width, The method comprises the following steps: taking a first picture of a first portion of a material web at a first point in time with a camera which has a matrix chip with a binning function, and taking a second picture of a second portion of the material web at a second point in time with the camera. A first binning step level is used for the first picture here, in each case a first number of pixels of the matrix chip being grouped together using the binning function. A second binning step level is used for the second picture, in each case a second number of pixels of the matrix chip being grouped together using the binning function. The first number of pixels which are in each case grouped together is higher or lower than the second number of pixels which are in each case grouped together, as a result of which a physi

The invention relates to the technical field of machine learning, and discloses a method for achieving user ability prediction through man-machine interaction. According to the method, participation of any human teacher is not needed in other steps except data preparation and parameter setting in the first step, and therefore occupation to the manpower resource and particularly the education resource is reduced maximally; meanwhile, due to the fact that the method is achieved on the basis of the question step structure and the single step-level doing right accuracy rate, the performance abilities when a user answers various parts of a question can be more precisely estimated, and the purpose of improving the prediction precision by introducing step-level information of the question is achieved; and in addition, in the man-machine interaction process, the step-level right and wrong information of the user can be obtained on the condition that the teaching process is not influenced by means of the ingenious interaction design.