官术网_书友最值得收藏!

Drawbacks of deep neural networks

As we mentioned in Chapter 2, Using Deep Learning to Solve Regression Problems, deep neural networks aren't easily interpretable.  While deep neural networks are wonderful predictors, it is not easy to understand why they arrived at the prediction they made.  It bears repeating that when the task is to understand which features are most correlated with a change in the target, a deep neural network isn't the tool for the job.  However, if the goal is raw predictive power, you should consider a deep neural network.

We should also give consideration to complexity. Deep neural networks are complex models with lots of parameters. Finding the best neural network can take time and experimentation. Not all problems warrant that level of complexity.

In real life, I rarely use deep learning as my first solution to a structured data problem. I'll start with the simplest model that might possibly work, and then iterate to deep learning as the problem requires. When the problem domain contains images, audio, or text, I'm more likely to begin with deep learning.
主站蜘蛛池模板: 灵宝市| 曲阜市| 阜宁县| 苍山县| 中西区| 古丈县| 光泽县| 苍梧县| 宜州市| 色达县| 京山县| 抚顺市| 哈密市| 荆门市| 涿鹿县| 昂仁县| 连江县| 深水埗区| 泌阳县| 北票市| 新民市| 于田县| 延津县| 宣化县| 芷江| 东台市| 桐柏县| 宜阳县| 贵州省| 竹溪县| 牟定县| 壶关县| 岳阳市| 江源县| 定边县| 西丰县| 阿城市| 惠东县| 忻城县| 上犹县| 渭南市|