31results about How to "Accurate Performance Evaluation" patented technology

Computer implemented method and system for improving demand forecasting by estimating the hidden demand at an occurrence of a sellout using a single parameter probability distribution with a parameter assuming a forecasted mean demand value derived from a statistical seasonal causal time series forecasting model of count data on a new data set of sales values excluding truncated sales values at occurrences of sellouts. The present invention also provides for new more accurate performance evaluation techniques together with new performance metrics for evaluating an actual draw and for comparing a recommended draw to an actual draw.

A method for testing the dispersion performance of engine oil soot, comprising the following steps: A, the preparation step of the oil sample to be tested: adding soot particles into the engine oil, and stirring and mixing evenly to form the oil sample to be tested; B, the step of testing the dispersion performance : the oil sample to be tested is placed in a rotational rheometer, and the viscosity of the oil sample is measured as a function of time of the oil sample under fixed shear rate and fixed temperature conditions; Calculate the viscosity increase value and slope during the period, and measure the slope. The smaller the slope, the better the dispersion ability of the engine oil.

A computer-implemented method, executable software product, and system for performing a test of an audio / video playback device are described. The audio / video playback device includes at least one main processor, interfaces, and additional processors. The main processor(s) communicate with the additional processors through the interfaces. The method, software product, and system include monitoring at least part of the interfaces for communications between the main processor(s) and the additional processors. The method, system and software product also include storing the communications in a raw format during the test. The method, software product and system also include translating the communications from the raw format to human-readable format after the test concludes and displaying the human-readable format of the communications. In some aspects, the method and system also include reading and storing run time data during the test such that the reading and storing is Heisenberg-friendly.

The invention discloses a method for testing the thermo-oxidative ageing degree of a polyethylene material, which comprises: (1) testing the molecular motion performance and condensed-state structure distribution of the polyethylene material; (2) calculating an aging factor, crystal phase mass percent content, interface mass percent content and amorphous phase mass percent content according to the result of test of the step (1) ; and (3) determining the aging degree of the polyethylene material according to the result of the calculation of the step (2). Compared with the traditional test method, the method of the invention has the advantages of convenience, quickness, high accuracy, small sample number, no damages to materials in use and wide application range.

The present invention relates to a method of estimating the number of urinary podocytes, including detecting podocalyxin in a urinary sediment sample liquid, and more specifically, to a method of estimating the number of urinary podocytes, including the following steps (1) to (3): (1) a step of preparing the urinary sediment sample liquid by separating urinary sediment from urine collected from a test subject and solubilizing podocalyxin in the urinary sediment; (2) a step of calculating a podocalyxin excretion amount in the urinary sediment sample liquid through detection of podocalyxin in the urinary sediment sample liquid; and (3) a step of calculating the number of urinary podocytes by dividing the podocalyxin excretion amount in the urinary sediment sample liquid by a podocalyxin amount per podocyte.

An embodiment of the invention includes applying a first partition to a plurality of LPs, wherein a particular LP is assigned to a first set of LPs. A second partition is applied to the LPs, wherein the particular LP is assigned to an LP set different from the first set. For both the first and second partitions, lookahead values and transit times are determined for each of the LPs and related links. For the first partition, a first system progression rate is computed using a specified function with the lookahead values and transit times determined for the first partition. For the second partition, a second system progression rate is computed using the specified function with the lookahead values and transit times determined for the second partition. The first and second system progression rates are compared to determine which is the lowest.

The invention provides a performance detecting system for an application program, which comprises a script creating unit, a detection target determining unit and a performance determining unit; the script creating unit is used for a creating script file according to the requirements of hardware configuration and software parameter setting of a deployment environment required the application program; the detection target determining unit is used for determining at least one target item that need to be detected when the application program is being detected, according to the function of an execution module in the deployment environment; and the performance determining unit is used for driving the corresponding script files of the target item when the application program is being detected, determining the performance valve of the target item according to the script file, obtaining a comprehensive value of the application program, and displaying the comprehensive value. The invention further provides a performance detecting method for the application program. Through the technical scheme of the invention, the deployment environment of the application program can be fully detected, accurate and authoritative performance evaluation can be given, and the detecting process is of good universality, usability and expandability.