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How To Fix Calculating Total Allowable Error
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Symptoms & Summary
Calculating Total Allowable Error and other critical errors can occur when your Windows operating system becomes corrupted. Opening programs will be slower and response times will lag. When you have multiple applications running, you may experience crashes and freezes. There can be numerous causes of this error including excessive startup entries, registry errors, hardware/RAM decline, fragmented files, unnecessary or redundant program installations and so on.
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File Size 746 KB
Compatible Windows XP, Vista, 7 (32/64 bit), 8 (32/64 bit), 8.1 (32/64 bit) Windows 10 (32/64 bit)
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My alerts Log in Search for this keyword Advanced Search Home AboutClinical Chemistry Editorial Board Most Read Most Cited Alerts ArticlesCurrent Issue Early Release Future Table of Contents Archive Browse by https://www.aacc.org/publications/cln/articles/2013/september/total-analytic-error Subject Info forAuthors Reviewers Subscribers Advertisers Permissions & Reprints Resources Clinical Chemistry Trainee Council Clinical Case Studies Clinical Chemistry Guide to Scientific Writing Clinical Chemistry Guide to Manuscript Review Journal Club Podcasts Q&A Translated Content Abstracts Submit Contact LetterLetters to the Editor Gross Overestimation of Total Allowable Error Based on Biological Variation Wytze P. Oosterhuis DOI: 10.1373/clinchem.2011.165308 Published August 2011 Wytze P. OosterhuisFind http://clinchem.aaccjnls.org/content/57/9/1334 this author on Google ScholarFind this author on PubMedSearch for this author on this site ArticleFigures & DataInfo & Metrics PDF To the Editor:Westgard was the first to introduce the concept of total error (TE)1 in 1974. Analytical imprecision and bias [i.e., systematic error (SE)] were combined into a single measure of the uncertainty of a test result: TE=Bias + 1.65 × Imprecision The factor 1.65 implies that 95% of the results (1-sided) will fall within the TE limit, given a gaussian distribution.When the bias and imprecision are known, the uncertainty of the result can be calculated. When the maximum allowable total error (TEa) is known (e.g., on the basis of clinical needs or biological variation), the maximum allowable bias and imprecision can be calculated. The expression used in general for calculating TEa is: TEa=Allowable Bias + 1.65 × Allowable Imprecision, where the allowable bias = 0.25 × (CVw2 + CVb2)1/2, the allowable imprecision = 0.5 × CVw, CVb is the interindividual imprecision, and CVw is the intraindividual imprecision.Values for CVb, CVw, and TEa are easily available (1), but where does this expression for TEa come from?The allowable imprecision has been derived with different methods
error for a test includes both bias and total allowable imprecision at a 99% confidence interval. Use the following formula to calculate the TE: TEa specifications are available from several sources as described in total allowable error "Determine Quality Requirements for the Test." After choosing a TEa, calculate the TE budget. Use the following formula to calculate the TE budget: With the optional Westgard Advisor™ online, choose a TEa and the program suggests SPC rules based on test data and Unity™ Interlaboratory Program information. See AlsoUseful StatisticsMeanStandard Deviation (SD)Calculating a Control Mean and RangeStandard Deviation Index (SDI)BiasCoefficient of Variation (CV)Determining an Acceptable CVCoefficient of Variation Ratio (CVR)z-score
The elevation found through differential leveling was 136.457 ft. The error of closure of the level circuit is 136.457 136.442 = 0.015 ft. therefore, is the actual distance leveled. For third-order leveling, the allowable error is Assume that errors have occurred progressively along the line over which the leveling was accomplished. You make adjustments for these errors by distributing them proportionally along the line as shown by the following example. If you refer to figure 7-4, you will notice that the total distance between BM 35 and BM 19, over which the line of levels was run, is 2,140 ft. The elevation on the closing BM 19 is found to be 0.015 ft greater than its known elevation. You must therefore adjust the elevations found for the intermediate BMs 16, 17, and 18. The amount of correction is calculated as follows: BM 16 is 440 ft from the starting BM. The total length distance between the starting and closing BMs is 2,140 ft. The error of closure is 0.015 ft. By substituting these values into the above formula, the correction is as follows: Since the observed elevation of the closing BM is greater than its known elevation, the adjustments are subtracted from the intermediate BMs. Therefore, for BM 16, the adjusted elevation is 134.851 0.003 = 134.848. The adjustments for inter- mediate BMs 17 and 18 are made in a similar manner. Calculating the Allowable Error The error of closure that can be allowed depends on the precision required (first, second, or third order). The allowable error of closure in leveling is expressed in terms of a coefficient times the square root of the horizontal length of the actual route over which the leveling was accomplished Most differential leveling (plane surveying) is third-order work. In third-order leveling, the closure is usually made on surveys of higher accuracy without doubling back to the benchmark at the original starting point of the level circuit. The length of the level circuit, Refer again to figure 7-4. By adding the sight distances in the sixth and seventh columns of the figure, you will find that the length of the level circuit is 2,140 ft (or 0.405 miles). The allowable error of closure, then, is Since the actual error is only 0.015 ft, the results are sufficiently accurate for third-order precision. First- and second-order levels usually
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Compatible with Windows XP, Vista, Windows 7 (32 and 64 bit), Windows 8 & 8.1 (32 and 64 bit), Windows 10 (32/64 bit).