Yang and Wee 2002 have presented a model for the integrated planning of production and inventory of perishable goods; this model allocated to study a single product status and a system that consisted of one producer and a few retailers.
For example, the model allocates all New York sales taxes to New York residents and all New Jersey sales taxes to New Jersey residents, though some residents in these states actually pay taxes in both places.
From an almost arbitrary list of memory types, the model allocates the optimal number and types of memories and yields an optimal mapping of address space ranges to the selected memories to achieve the lowest possible power consumption.
Results reveal that the land change model predicts a larger quantity of transition from forest to built than the reference maps indicate, and the model allocates the transition erroneously in space, thus causing substantial error where the model predicts built in 1999 but the reference map shows forest.
The result shows that the model allocated 27,470,000 L to the residential sector, 3,360,000 L to commercial, 3,120,000 L to industrial and 882,000 L to public institutions sectors leaving a balance of 168,000 L to be utilised in emergency situations.
The upper model allocates operation reserve among subsystems from the economic point of view.
Faber's model allocates between 15% and 30% to each of five categories: U.S. stocks, foreign stocks, bonds, commodities and real estate investment trusts.
As shown in Table 6, the VRRM model allocates 4 Mbps to VNO BG with W Srv = 0.6, the remaining resources (2.93 Mbps) being allocated to VNO BG with W Srv = 0.4.
The model allocates new urban land in a disaggregated field of land units (cells) taking into account a) a wide range of demographic, accessibility, socioeconomic, environmental and urban planning data b) a set of local characteristics of cells and neighborhood interactions.
