37results about How to "Expected performance" patented technology

A (e.g., expected) performance of proposed ad placement is compared with a performance threshold (either an initial threshold or an adjusted threshold). The ad may be served if the expected performance meets the threshold (perhaps subject to additional conditions), but is not served if the expected performance is less than the performance threshold. Spend information of the ad so served is analyzed to determine if a target amount (budget) is expected to be overspent or underspent. If the former, the performance threshold is increased (and / or the ad performance value is decreased). If the later, the performance threshold is decreased (and / or the ad performance value is increased).

The present invention provides a technique for automated selection of a parameterized operator sequence to achieve a pattern classification task. A collection of labeled data patterns is input and statistical descriptions of the inputted labeled data patterns are then derived. Classifier performance for each of a plurality of candidate operator / parameter sequences is determined. The optimal classifier performance among the candidate classifier performances is then identified. Performance metric information, including, for example, the selected operator sequence / parameter combination, will be outputted. The operator sequences selected can be chosen from a default set of operators, or may be a user-defined set. The operator sequences may include any morphological operators, such as, erosion, dilation, closing, opening, close-open, and open-close.

A (e.g., expected) performance of proposed ad placement is compared with a performance threshold (either an initial threshold or an adjusted threshold). The ad may be served if the expected performance meets the threshold (perhaps subject to additional conditions), but is not served if the expected performance is less than the performance threshold. Spend information of the ad so served is analyzed to determine if a target amount (budget) is expected to be overspent or underspent. If the former, the performance threshold is increased (and / or the ad performance value is decreased). If the later, the performance threshold is decreased (and / or the ad performance value is increased).

There is provided a method for operating multi-node data stores. A data table is stored in a first computing node and an index table is stored in a second computing node. The index table provides keys used for accessing data in the first computing node and other multi-node data stores. Operations that update or read the data table accessed from the first computing node and the index table accessed from the second computing node are performed. The operations optimize between latency in updating or reading the data table and the index table and data consistency maintained between data entries in the data table and data entries pointed by indices in the index table.

The present invention provides a technique for automated selection of a parameterized operator sequence to achieve a pattern classification task. A collection of labeled data patterns is input and statistical descriptions of the inputted labeled data patterns are then derived. Classifier performance for each of a plurality of candidate operator / parameter sequences is determined. The optimal classifier performance among the candidate classifier performances is then identified. Performance metric information, including, for example, the selected operator sequence / parameter combination, will be outputted. The operator sequences selected can be chosen from a default set of operators, or may be a user-defined set. The operator sequences may include any morphological operators, such as, erosion, dilation, closing, opening, close-open, and open-close.

An active front splitter for automobile is movably connected to a splitter support by a spindle support at each of its two ends. A driving mechanism being mounted to the splitter support at each of its two ends, an electric motor being mounted in the middle of the splitter support. The driving mechanism is driven by the electric motor and fixedly connected with the active front splitter so that the active front splitter is driven by the driving mechanism to rotate around a spindle fixed to the splitter support between a forwardly extended position and a retreated position. Thus, while ensuring the trafficability of the assembled automobile, it is possible to reduce wind drag so that the expected aerodynamic performance can be achieved.

At least some embodiments described herein relate to the automatic tuning of a dataflow execution graph. Such dataflow execution graphs are often used to execute some processing against a stream of data messages. A performance parameter of the dataflow execution graph is monitored, and compared against a service level objective. Based on the comparison, it is automatically decided whether a configuration of the dataflow execution graph should be changed. If a change is decided to be made, the configuration of the dataflow execution graph is altered. Thus, rather than require explicit instructions to change the configuration of a dataflow execution graph, the configuration of a dataflow execution graph is changed (or tuned) depending on compliance of performance with a service level objective.

A micro-switching element provided with a first electrode 4 containing an ionic conductor and a second electrode 5 composed of an electric conductor, wherein the first electrode 4 and the second electrode 5 are physically and electrically connected to each other through deposition of a metal ion from the ionic conductor, and wherein a photoresponsive film 9 that receives light to generate a carrier is disposed between the first electrode 4 and the second electrode 5 to fill up the space between the electrodes. Accordingly, a micro-switching element is provided of which the characteristic fluctuation is small and which hardly produces a problem of operation failure.

The invention discloses a fusing assembly, a fusing type building shock-isolation rubber bearing and a building, comprising a first assembly, a second assembly, a third assembly and a fusing rod; the second assembly and the third assembly are provided with a fusing cavity in the center; the fusing One end of the rod is fixedly inserted in the middle of the first component, and the other end of the fuse rod protrudes from the second component and the third component and is threaded with a safety rope; the other end of the fuse rod and the safety rope are both placed in the fuse cavity. The invention prevents or slows down the shearing movement of the vibration-isolation rubber bearing when it is subjected to a horizontal force not exceeding the yield displacement and a horizontal force not exceeding the fortification seismic intensity. The vibration-isolation rubber bearing does not move frequently under the action of high-frequency and low-intensity earthquakes, so as to protect the vibration-isolation rubber bearing. To ensure that when an earthquake with fortification intensity occurs, the vibration-isolation rubber bearing can perform as expected.