“Hey, you’re my friend, aren’t you? Even I’m your best friend, so grant my wishes. Lend me your data.”
Smarter health: How AI is transforming health care | On Point… Could artificial intelligence change that? …
The wall that divides allies is higher than that that separates enemies and allies. Obtaining information on adjacent departments is not easy.
Anyway, I got the population density list. Disposable income distribution data was borrowed from another acquaintance a week ago.
However, copying the two types of CSV data to a personal computer does not mean the end of the work. Work has just begun.
Is the total time to complete the project the sum of each task?
It is believed that the total time to complete a project is the sum of each task, but be aware that it is the cause of all failures.
Unlike the novels serialized in weekly magazines, reality does not occur in order.
Reality occurs in parallel. Therefore, summing each time of the task cannot be a clue to know the size of the project.
However, this tragedy has several advantages. One of the advantages is that batch processing by parallel processing can be executed.
As a hands-on experience, unexpected solutions are often found by performing multiple relatively related tasks in parallel or at the same time.
Someone said it was important to do it without thinking. This is true.
Should I aim for the whole small pie rather than a part of the big pie?
If you think simply, the population density is proportional to the number of customers, so the sales plan should be implemented in descending order of density.
However, the financial condition of each customer is not equal. People who can be the target of sales plans are limited to households with high disposable income.
So should we focus on the distribution of disposable income and the people with that high figure?
Even that is wrong. Customers’ disposable income has already been eroded by several competing companies. The big pie is torn into small pieces.
So I wonder if I should aim for the whole small pie rather than a part of the big pie. So where is that little pie?
That’s all for today’s post. Thank you
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