Exact(14)
This paper considers SSDs with general run sizes.
We find new arrays with run sizes 80 and 96, each has many distinct factor levels.
Some construction methods for optimal mixed-level SSDs with general run sizes are proposed.
The method gives orthogonally blocked designs with small run sizes, high D-efficiencies and rotatability measures.
Besides achieving maximum uniformity in one dimension, each layer of GNLHs is flexible in run sizes.
As an application of the method, many new mixed-level orthogonal arrays of run sizes 108 and 144 are constructed.
Similar(46)
(Construction of orthogonal arrays of run size 108).
We are able to obtain some results on designs of run size 28 or higher.
They facilitate sequential learning and are more economical in run size than regular 2Vk−p designs.
Let ((L,H)) and K be OAs of run size n.
Four algorithms to search for optimal designs for any run size are discussed and compared through several examples.
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