total reliability
1.Experimental results based on some artificial and benchmark data sets shows that SVM-RMC reduced the total cost and improved the classification reliability.
2.To introduce and implement Total Process Management (TPM) and Operator Driven Reliability (ODR) in the company through establishing the function team, conducting effective training, coordinating the work among different teams, and executing the concrete tasks.
3.At last, when the total node numbers are 9, we analyse and compare the reliability parameter among three kinds of dual ring net, and give forth the optimal model of dual ring net with the daisy lin k.
4.The characteristics of edge bonding work are calculable work-hour and lower work rate, while total quality control (TQC) is the main way to improve work rate and the reliability of work hours of edge bonding work.
5.Results: The total average score of BDI 13 was 6.0021±4.6816, the total prevalence rate of depression symptoms was 54.24%, the rates of slight, moderate and severe depression symptoms were 22.91%, 26.80% and 4.53% respectively. The re test reliability of BDI 13 was analyzed.
6.Combining the construction survey of expressway, this paper presents the leveling survey method which adopts Total Station Optical Electronic Tacheometric Theodolite instead of leveling instrument, and gives a comparison between the two kinds of devices from such aspects as speed and accuracy, which reveals the reliability and efficiency of the application of Total Station Optical Electronic Tacheometric Theodolite for class four leveling survey.
7.Results (1)Test-retest reliability of QOL-35: weighted Kappa indexes for items were from 0.86 to 1.00. Intraclass correlation coefficients were from 0.68 to 0.94 for domains, and 0.94 for total score.
8.It is proven that the high performance and high reliability are in the IDP and the performance of the total system is greatly improved by IDP in avionics system test and applications.
9.Results:The split-half reliability was 0.94 (P<0.01), every subscale and every item was also highly correlated with the total score of CBI (r=0.70~0.90, r=0.38~0.76,P<0.01).
10.By using these rules and factoring formula, an efficient algorithm was proposed to evaluate the distributed program reliability (DPR) of distributed computing networks with imperfect nodes. The time complexity of the algorithm is O(N·(V+E)), where N is the total number of the nodes in the generated tree, V and E are the node and link number of the network, respectively. The DPRs of different networks were evaluated by computer experiments on Pentium 120 PC.
