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A) Smaller!! B) Public C) Private D)Storage
Private has the high levels in terms of throughput volume
C) Private
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agree with expert answers above
OPtion B is the answer I guess because pubile have more 3rd parties
the answer is : PUBLIC
Explaination below :
Metrics and Terminology for Throughput AnalysisSome of the terminology and metrics that describe the behavior of the system and its components when doing throughput analyses need to be defined. Some of this terminology, as used in BlockSim, is given next.
To examine throughput, consider the following two scenarios.
Consider the system shown in Figure 1.
Figure 1: Throughput RBD of system for Scenario 1
Blocks A through I produce a number of items per unit time, as identified next to each letter (e.g. A: 100 implies 100 units per time unit for A). The connections shown in the RBD display the physical path of the items through the process (or production line). For the sake of simplicity, also assume that the blocks can never fail, that items are routed equally to each path and that items are not sent to failed blocks.
Therefore, this implies that over a single time unit, the following occurs:
Thus, Table 1 would represent the throughput and excess capacity of each block after 1 time unit.
Table 1: Block throughput summary for Scenario 1
Now consider the same system presented in Scenario 1, but both E and H have failed, as shown in Figure 2.
Figure 2: Throughput RBD of system for Scenario 2
Therefore:
Table 2 presents the block throughput summary for Scenario 2, including the utilization.
Table 2: Block throughput summary for Scenario 2
It can be seen from these results that the "bottlenecks" in the system are blocks F and G.
Throughput Analysis OptionsThe throughput properties that can be set at the block level within BlockSim are shown in Figure 3.
Figure 3: Block throughput settings
Table 3: Block throughput summary of Scenario 2 with F and G with limited backlog (1 time unit)
After two time units, the results are presented in Table 4.
Table 4: Block throughput summary of Scenario 2 with F and G with limited backlog (2 time units)
Note that in this example, the units will never be able to process the backlog. However, if we were to observe the system for a longer time of operation and through failures and repairs of the other blocks, there would be opportunities for the blocks to process their backlogs and catch up. It is very important to note that when simulating a system with failures and repairs in BlockSim, you must define the block as one that operates through system failure if you wish for backlog to be processed. If this is not defined, then the block will not operate through system failure and, thus, will not be able to process any backlog when components that cause system failure (from an RBD perspective) fail.
As noted above, you can also specify the allocation scheme across multiple paths (equal or weighted) and decide if the items should be sent to failed parts. To explain these settings, consider the following system.
If the Weighted allocation across paths option is selected, then the 60 items made by A will be allocated to B, C and D based on their throughput capabilities. Specifically, the portion that each block will receive, Pi, is:
The actual amount is then the portion times available units. In this case, B's portion is , C's portion is and D's portion is . When a total of 60 units are processed through A, B will get 10 units, C will get 20 units and D will get 30 units. The results would then be as shown in Table 5.
Table 5: Weighted allocation results
If the Allocate equal share to all paths optionis selected, then 20 units will be sent to B, C and D, regardless of their processing capacity, yielding the results shown in Table 6.
Table 6: Equal allocation results
If the Send units to failed blocks option is not selected, the throughput units are allocated only to operational blocks. Otherwise, if the option is selected, units are allocated to failed blocks and they become part of the failed block's backlog.
In the special case that a block (or blocks) fail causing a disruption in the path and the Send Units to Failed Blocks option is not selected, then the blocks immediately before the failed block(s) will not be able to process any items since the items cannot be sent to the forward block. In this case, these blocks will keep all items received in their backlog. As an example, consider the system in Figure 4. If E has failed (and E cannot accept any items in its backlog while failed) then B, C and D cannot forward any items to it. Thus, they will not process any items sent to them from A. Items sent from A will be placed in the backlog of items B, C and D.
Figure 4: Illustrating a special backlog case
In next month's issue of the HotWire, we will continue the discussion of throughput analysis and how the reliability and maintenance properties of the blocks and the system are taken into account.
Private------------------------ANSWER
Option B) _____________________________________-Correct answer
Hello Team,
In the business management theory of constraints, throughput is the rate at which a system achieves its goal. Oftentimes, this is monetary revenue and is in contrast to output, which is inventory that may be sold or stored in a warehouse. In this case, throughput is measured by revenue received (or not) at the point of sale—exactly the right time. Output that becomes part of the inventory in a warehouse may mislead investors or others about the organizations condition by inflating the apparent value of its assets. The theory of constraints and throughput accounting explicitly avoid that trap.
Throughput can be best described as the rate at which a system generates its products or services per unit of time. Businesses often measure their throughput using a mathematical equation known as Little's law, which is related to inventories and process time: time to fully process a single product.
Regards,
Saiyid
Thanks for the invite, I leave the answer to only of the experts specialists in this field