However, differences between full factorial and partial factorial designs were small.
The designs are small enough to make in bulk and you can paint them to make them pretty.
The number of runs of most of the available uniform designs is small (≤ 50).
Therefore, the number of runs of most existing uniform designs is small (⩽50).
Mies's sophisticated presentation masked the fact that the spaces he designed were small and efficient, rather than big and often empty.
The present trend for Complementary Metal Oxide Semiconductor (CMOS) chip designs is smaller in size and power consumption with multifunction.
The proposed design is small and compact in size (about 142 mm by 110 mm).
The resulting design is small, lightweight, and has low power consumption.
This design is small, compact, effective and safe to use and promises a better and more affordable means of visualising the cervix.
The complementary design theory is powerful for searching for an optimal design when its complementary design is smaller.
