Furthermore, the experimental results clearly indicated that the machine-part visual clustering using GHSOM can be successfully applied in identifying a cohesive set of part family that is processed by a machine group.
The mix product is defined as the set of part types in a factory which can be produced and each factory looks for the best mix product.
The following notations are used in the model: P = {1, 2, …, P} Index set of part types K(p) = {1, 2, …, K p } Index set of operations indices for part type p M = {1, 2, …, M} Index set of machine types C = {1, 2, …, C} Index set of cells L = {1, 2, …, L} Index set of locations T = {1, 2, …, T} Index set of time periods.
The following notations are used in the model: SetsP = {1,2,…,P}: index set of part types; K(p) = {1,2,…,Kp}: index set of operations indices for part type p; M = {1,2,…,M}: index set of machine types; C = {1,2,…,C}: index set of cells; L = {1,2,…,L}: index set of locations; T = {1,2,…,T}: index set of time periods.
But if part 1) does no work, what is it that unites the set of part 2) filter theories into a general theory?
Set of parts: flute, 2 violins, viola, violoncello, piano.
This involves extending the set of parts that certain individual machines can process.
Set of parts for Symphony, H. I, 99, E-flat major: 2 violins, viola, bass and violoncello (2 parts), 2 flutes, 2 oboes, 2 clarinets, 2 bassoons (1 part), serpent, 2 horns, 2 trumpets, timpani.
Always carry a set of tools and parts.
It is desirable to establish a set of part-load performance curves showing how the chiller COP varies with the condensing temperature at various combinations of chiller loads and outdoor temperatures.
