官术网_书友最值得收藏!

Algorithm flowchart

The purpose of this section is to create a tool that will help you not just select the possible modeling techniques but also to think deeper about the problem. The residual benefit is that it may help you frame the problem with the project sponsor/team. The techniques in the flowchart are certainly not comprehensive but are exhaustive enough to get you started. It also includes techniques not discussed in this book.

The following figure starts the flow of selecting the potential modeling techniques. As you answer the question(s), it will take you to one of the four additional charts:

Algorithm flowchart

Figure 1

If the data is a text or in the time series format, then you will follow the flow in the following figure:

Algorithm flowchart

Figure 2

In this branch of the algorithm, you do not have a text or the time series data. Additionally, you are not trying to predict what category the observations belong to.

Algorithm flowchart

Figure 3

To get to this section, you would have data that is not text or time series. You want to categorize the data, but it does not have an outcome label, which brings us to clustering methods, as follows:

Algorithm flowchart

Figure 4

This brings us to a situation where we want to categorize the data and it is labeled, that is, classification:

Algorithm flowchart

Figure 5

主站蜘蛛池模板: 商丘市| 雷州市| 搜索| 榆社县| 咸阳市| 南乐县| 堆龙德庆县| 武定县| 金乡县| 元朗区| 大石桥市| 汝阳县| 天长市| 鄂州市| 南郑县| 玉龙| 宜兰市| 沾益县| 银川市| 旬阳县| 长武县| 琼海市| 大新县| 淄博市| 鄱阳县| 容城县| 出国| 科尔| 陕西省| 浙江省| 拉萨市| 万安县| 思茅市| 沂水县| 武乡县| 班戈县| 乡宁县| 灵川县| 宝鸡市| 普陀区| 海阳市|