The Bottleneck in Genetic Testing

The Bottleneck in Genetic Testing.

phylogeography and genetic diversity of the lesser mouse- eared bat (myotis blythii) in iran

in current study, 63 samples of bat populations collected from differ regions were used for evaluating the geographic variations. twenty cranial and dental characters for traditional morphometric and landmarks method on the ventral, dorsal skull and mandible for geometry morphometric studies were used. statistical analyses of traditional morphometric and geometry morphometric data indicated low...

On Self-Testing without the Generator Bottleneck

Suppose P is a program designed to compute a linear function f on a group G. The task of self-testing f, that is, testing if P computes f correctly on most inputs, usually involves checking if P computes f correctly on all the generators of G. Recently, F. Erg un presented self-testers that avoid this generator bottleneck for speciic functions. In this paper, we generalize Erg un's results, and...

Self-Testing without the Generator Bottleneck

Suppose P is a program designed to compute a function f deened on a group G. The task of self-testing P, that is, testing if P computes f correctly on most inputs, usually involves testing explicitly if P computes f correctly on every generator of G. In the case of multivariate functions, the number of generators, and hence the number of such tests, becomes prohibitively large. We refer to this...

From specification to measurement: the bottleneck in analog industrial testing

The translation of the specification of an analog device into the necessary set of measurements to be carried out by an industrial test facility, is discussed. Algorithms are developed to compute the number of testvectors needed to guarantee a certain parameter and to compare several possible testmethods, based on accuracy. An important input for these algorithms: the measurement error is also ...