Introduction
This post is primarily application-oriented, so I'll skip the principles of the model. The zero-inflation negative binomial regression model is suitable for data with over-discrete and zero-inflation characteristics. For example, the number of hospitalizations and the number of disease attacks, a large number of which may never have had the event, which is called zero expansion. In problem C of the 2025 MCM competition, we need to predict which countries will win their first Olympic medal, this scenario should also use the zero-inflation model. Here I have simplified this model to a black box. Its input is a set of eigenvariables (independent variables); and a set of dependent variables, , which is the zero-bloated data that needs to be predicted. The output is the probability value of the dependent variable of 0.
12:1
Now the LORD had said unto Abram, Get thee out of thy country, and from thy kindred, and from thy father's house, unto a land that I will shew thee:
耶和华对Abram说,你要离开本地,本族,父家,往我所要指示你的地去。
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实验目的
之前利用llm构造触发器的方法效果还不错,命中率能达到1/5左右。现在有一个新的方法,具体见前置准备章节。最终的目的是利用这种新的方法提高实体识别的命中率。而我现在要做的是构造出数据集。
前置准备
论文精读
本次主要参考:AlignRE: An Encoding and Semantic Alignment Approach for Zero-Shot Relation Extraction,
11:1
And the whole earth was of one language, and of one speech.
那时,天下人的口音,言语都是一样的。
这篇文章主要介绍如何把一个h5网页或者vue项目部署到公网,这是一个很常用的东西。
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熟悉开发板
前言
这篇帖子用来记录大三上学期的智能系统选修课大作业,仍在完善中。
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这篇文章不会特别深入,只用作个人理解。
概念
亚里士多德曾经定义存在论为“研究物体的存在的科学”。具体地说是研究物体的分类,也就是说:在什么情况下,一个物体可以被定义为“存在”。比如包括“普遍”的问题和“具体”的问题。对于本体论来说,最基本的是找出物体是什么、观念是什么以及它们之间的联系。
i
这一章相当无聊,又是列族谱画地图的,由于实在没啥技术含量就不翻译了。
10:1
Now these are the generations of the sons of Noah, Shem, Ham, and Japheth: and unto them were sons born after the flood.
算法目的
找到从起点到终点间的最短(最优)路径。