An optimum plot size for asparagus variety trials

Selecting the optimum plot size for a California design-based stream and wetland mapping program.

Accurate estimates of the extent and distribution of wetlands and streams are the foundation of wetland monitoring, management, restoration, and regulatory programs. Traditionally, these estimates have relied on comprehensive mapping. However, this approach is prohibitively resource-intensive over large areas, making it both impractical and statistically unreliable. Probabilistic (design-based)...

Distance Plot ( B ) Size Plot ( C ) Time

Clustering is an important data exploration task. A prominent clustering algorithm is agglomerative hierarchical clustering. Roughly, in each iteration, it merges the closest pair of clusters. It was rst proposed way back in 1951, and since then there have been numerous mod-iications. Some of its good features are: a natural, simple, and non-parametric grouping of similar objects which is capab...

Estimation of Optimum Field Plot Size and Shape in Paddy Yield Trial

This paper is to estimate the optimum plot size with the shape for field research experiments on paddy yield trial considering the effect of plot size on variability in yield of crop as well as studying the coefficients of variation of different plot sizes and shapes of plots. The maximum curvature technique and comparable variance methods were exercised to estimate optimum plot size and shape ...

Selection of a check cultivar for wheat variety trials in isfahan

Optimum Buffer Size for Dynamic Voltage Processors

This paper addresses the problem of calculating optimum buffer size for a dynamic voltage scaling processor. We determine the minimum required buffer size giving minimum energy solution for periodic (single, multiple) or aperiodic tasks. The calculations are based on information about data size (maximum, minimum), execution time (best case, worst case), and deadlines.