• ## Management of Mayberry town | three distinct leadership styles 3M

Time：2022-1-6

© 2001, 2014 don gray and Dan Starr Near the Blue Ridge Mountains in North Carolina, not far from where you should think, there is a small town called Mayberry. Although the main road bypassed the town a few years ago, Mayberry is the same name character of the popular 1960s TV series. It is […]

• ## PBR-BRDF-Disney-Unity-1

Time：2021-12-26

• ## Management of Mayberry town three distinct leadership styles 3M

Time：2021-2-1

? 2001, 2014 don gray and Dan Starr Near the Blue Ridge Mountains in North Carolina, not far from where you should think, there is a small town called Mayberry. Although the main road bypassed the town a few years ago, Mayberry is the name of the popular 1960s TV series, and it’s still a […]

• ## “Reinforcement learning, frankly speaking, is to establish the mapping between distribution and distribution”? Talking about personal views from the perspective of Mathematics

Time：2020-12-6

Introduction: Senior f is one of the most important enlightening persons on the road of mathematical model competition and scientific research methods.He successfully entered Tsinghua University last year. Coincidentally, his research direction is also intensive learning.During the long rounds of discussion, he called me and said that he was deeply impressed“Reinforcement learning, to put it […]

• ## JS thoroughly understand the event loop mechanism

Time：2020-9-9

We all know that JavaScript is a single thread language, because of the characteristics of single thread, we have to mention the synchronization and asynchrony in JS 1、 Synchronous and asynchronous The so-called single thread is nothing more than synchronous queue and asynchronous queue. JS code is executed from top to bottom. What is executed […]

• ## Partial understanding of entropy, relative entropy and cross entropy

Time：2020-2-10

Entropy was first proposed by Rudolf Julius Emanuel Clausius, a German physicist and the main founder of thermodynamics. It is defined as the rate of change of input heat relative to temperature in the reversible process, that is $$dS = \frac {dQ}{T}$$The above representation is quite different from the information entropy we know today, because […]