**Question:**The idea of a derivative is most closely related to which of the following concepts?**Notes:** The idea of a derivative is crucial to understanding what a gradient is doing! As we'll see, gradients and gradient descent will be the key to machine learning.- [ ] Slope- [x] The minimum of a function- [ ] The maximum of a function- [ ] Rate of change**Explanation:** The question explores the concept of derivatives in the context of understanding gradients and their applications in machine learning. Although the correct answer selected here is "The minimum of a function," it's important to note that derivatives are generally associated with the slope and rate of change. Entropy aims to measure the amount of ____ in a system where, in the context of classical information theory, the higher the entropy, the more bits/information will be required to encode a message.Notes: Keep the idea of entropy in your back pocket as it will be applied to classification problems! We will be using entropy as a measure of uncertainty and as a way to compare the similarity of two probability distributions.- ○ structure- ○ uncertainty/surprise- ○ randomness- ○ certainty

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The idea of a derivative is most closely related to which of the following concepts? Notes: The idea of a derivative is crucial to understanding what a gradient is doing! As well see, gradients and gradient decent will be the key to machine learning. Slope The minium of a function The maximum of a function Rate of change

The idea of a derivative is most closely related to which of the following concepts? Notes: The idea of a derivative is crucial to understanding what a gradient is doing! As well see, gradients and gradient decent will be the key to machine learning. Slope The minium of a function The maximum of a function Rate of change

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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