3 results about "Test error rate" patented technology

The application discloses a kind of TIS fast test methods for multi-probe OTA test system.It includes the following steps: in the process of testing the TIS of first antenna probe, the TIS value of each antenna probe is obtained;And as the estimated EIS value of each antenna probe in the TIS of second antenna probe, the estimated EIS value of first antenna issued by the instrument through antenna probe;According to the difference between the final EIS value of first antenna probe and EIS1, further compensation is obtained to obtain the estimated EIS value data closer to the real EIS, and the EIS of each antenna is obtained according to EIS2 test;According to the EIS of each antenna probe, spherical area integration and average are obtained to final TIS.The application tests the TIS value of first antenna probe first, estimates all antenna probes according to the difference between the estimated EIS value of first antenna probe and the EIS value of second antenna probe, reduces the number of test error rate, improves test efficiency, and improves the test speed of TIS in OTA test.

The invention discloses an efficient corn inbred line combining ability determination field trial design method, which comprises the following steps: S1, field layout design: adopting a chessboard type matrix layout, and planting test seeds and to-be-tested inbred lines in a vertical crossing manner; wherein the n backbone inbred lines serve as test seeds and are planted in rows in the east-west direction, and one test seed is planted in each row; the m to-be-tested excellent inbred lines are planted in a north-south row, and one to-be-tested inbred line is planted in each row; according to the method, the line-column coordinate marks are combined to replace a handwritten label, so that the risks of missing hanging and wrong hanging are eliminated, and the test error rate is reduced by more than or equal to 90%; a test seed and a to-be-tested line are planted adjacently, the pollination path is shortened by 60%-80%, and the single combination pollination time is shortened from 30-40 seconds of a traditional method to 10-15 seconds; after the process is simplified, one person can independently complete pollen collection, pollination and recording, and the labor cost is reduced by 50%; foreign pollen is effectively isolated through the protection line + bagging design, bagging and castration are conducted in time before the to-be-detected line spins and looses pollen, selfing is avoided, and the combining ability measuring accuracy is improved by 95% or above.