《Brave New Words 》2.2 阅读理解的未来,让文字生动起来!

news2024/11/24 2:39:53

Part II: Giving Voice to the Social Sciences

第二部分:为社会科学发声

The Future of Reading Comprehension, Where Literature Comes Alive!

阅读理解的未来,让文字生动起来!

Saanvi, a ninth grader in India who attends Khan World School, a full-time online school we started with Arizona State University, was reading The Great Gatsby for class. Her teacher gave her a video assignment to discuss several key questions about the novel, and Saanvi came to one that stumped her. “In The Great Gatsby, why does Jay Gatsby keep looking at the green light?”

Saanvi 是印度一名九年级学生,就读于我们与亚利桑那州立大学共同创办的全职在线学校可汗世界学校。她正在为课堂阅读《了不起的盖茨比》。她的老师给她布置了一个视频作业,讨论关于这部小说的几个关键问题,Saanvi 遇到了一个难题:“在《了不起的盖茨比》中,为什么杰·盖茨比一直盯着绿灯?”

Uncertain of the answer, she did what many industrious students do when they find themselves stuck: she started running a bunch of web searches on the topic. She wasn’t really satisfied with what she found, so she took it a step further.

不确定答案的她,做了许多勤奋学生在遇到困难时会做的事情:她开始在网上搜索这个话题。她对找到的结果并不满意,所以她更进一步。

She turned to Khanmigo . . . and asked to talk to Jay Gatsby himself.

她转向了 Khanmigo……并请求与杰·盖茨比本人对话。

JAY GATSBY: Ah, splendid to meet you, old sport. I’m now Jay Gatsby, the enigmatic millionaire from F. Scott Fitzgerald’s classic.

杰·盖茨比:啊,很高兴见到你,老运动员。我现在是杰·盖茨比,F·斯科特·菲茨杰拉德经典作品中的神秘百万富翁。

SAANVI: Mr. Gatsby, why do you keep staring at the green light?

SAANVI:盖茨比先生,你为什么一直盯着绿灯?

JAY GATSBY: Ah, the green light. It is a symbol of my dreams and desires. You see, it is situated at the end of Daisy Buchanan’s dock, across the bay from my mansion. I gaze at it longingly, as it represents my yearning for the past and my hope to reunite with Daisy, the love of my life.

杰·盖茨比:啊,绿灯。它是我梦想和欲望的象征。你看,它位于黛西·布坎南的码头尽头,在我豪宅对面的海湾。我渴望地盯着它,因为它代表着我对过去的渴望以及我对与我一生挚爱黛西重聚的希望。

“We just started talking,” Saanvi tells me. “There I was, having a great conversation with Jay Gatsby. At one point I felt bad that I was taking up all of Mr. Gatsby’s time, and so I apologized to him! And Gatsby said, ‘Oh, no, I’m not really Jay Gatsby, I’m just an artificial intelligence simulation.’ ”

“我们刚开始聊天,”Saanvi 告诉我。“我在那里,与杰·盖茨比进行了一场精彩的对话。有一刻我觉得不好意思,因为我占用了盖茨比先生的所有时间,所以我向他道歉!然后盖茨比说,‘哦,不,我不是真的杰·盖茨比,我只是一个人工智能模拟。’”

This is exactly the type of interaction that engages our learners and broadens their minds. Today, you can talk to Victor Frankenstein, Hester Prynne, or Odysseus.

这正是吸引我们的学习者并开阔他们思维的互动类型。今天,你可以与维克多·弗兰肯斯坦、赫斯特·普林或奥德修斯对话。

Beyond facilitating reading comprehension, AI can allow learners to immerse themselves in the worlds of the characters in ways that would have seemed like science fiction only a few years ago.

除了促进阅读理解,AI 还可以让学习者以前所未有的方式沉浸在角色的世界中,这在几年前还像是科幻小说。

For educators, these AI writing and comprehension tools help them better understand the ways that their students read and process information. I think we can all agree that reading comprehension is extremely important. It is hard to navigate the world, much less make informed decisions, without it. One could argue that you can’t even begin to write well without first being able to read well. Unfortunately, we are currently in a pretty bad state. Based on a 2020 Gallup analysis of data from the U.S. Department of Education, 54 percent of Americans between the ages of sixteen and seventy-four read below a sixth-grade level.

对于教育者来说,这些 AI 写作和理解工具帮助他们更好地了解学生如何阅读和处理信息。我认为我们都同意,阅读理解极其重要。没有它,很难在世界上立足,更不用说做出明智的决策了。有人可能会说,如果你不能先读得好,你就根本不可能写得好。不幸的是,我们目前的情况相当糟糕。根据 2020 年盖洛普对美国教育部数据的分析,16 到 74 岁之间的美国人中有 54% 阅读水平低于六年级水平。

This is a complex issue, but I have high hopes that AI will make a meaningful dent here.

这是一个复杂的问题,但我对 AI 在这方面有所作为抱有很高的期望。

In most schools, the formal practice of reading comprehension comes from studying books and articles. The evidence of a student’s understanding is usually expressed through some type of essay or in-class discussion. As rich as that experience might be, it is unfortunately hard to standardize and scale. Because of this, traditional passage-based multiple-choice questions are how most students are assessed on high-stakes tests (for example, SAT, ACT, state end-of-year exams).

在大多数学校,阅读理解的正式练习来自于学习书籍和文章。学生理解的证据通常通过某种类型的作文或课堂讨论来表达。尽管这种体验可能非常丰富,但不幸的是,难以标准化和规模化。正因为如此,传统的基于段落的多项选择题是大多数学生在高风险考试(例如,SAT、ACT、州年终考试)中授受评估的方式。

Passage-based multiple-choice questions aren’t inherently bad. In fact, they can be a great way to practice and assess some dimensions of reading. But they are limited in what they can do. Because of the built-in incentives for measuring student success through standardization, educators working with underperforming students tend to emphasize in-class work that mimics these multiple-choice exams, but when they do so, these students get a very narrow exposure to reading (and it isn’t even clear that this approach enhances student performance on those multiple-choice exams). The focus on assessments keeps students from engaging with a more diverse set of texts and modalities. For example, most educators intuitively recognize that allowing students to give free responses and engage in dialogue about a text would likely create deeper readers. They also see that pairing reading comprehension with writing is an ideal way to practice both. Unfortunately, these types of activities are hard to standardize and evaluate at scale.

基于段落的多项选择题本身并不坏。事实上,它们可以成为练习和评估阅读某些方面的好方法。但它们的能力有限。由于通过标准化来衡量学生成功的内在激励措施,与表现不佳的学生合作的教育工作者倾向于强调模仿这些多项选择考试的课堂作业,但这样做时,这些学生接触到的阅读非常狭窄(甚至不清楚这种方法是否能提高学生在这些多项选择题上的表现)。对评估的关注使学生无法接触到更广泛的文本和模式。例如,大多数教育工作者直觉上认识到,允许学生对文本给出自由回答并参与对话可能会培养更深入的读者。他们还看到,将阅读理解与写作相结合是练习两者的理想方式。不幸的是,这些类型的活动很难标准化和大规模评估。

But what if we could create easily accessible, standardized practice and assessment in reading comprehension that is not multiple choice? Imagine if the assignment allows students to give free responses when discussing a text. Well, this is exactly the type of thing that large language models can be good at.

但是,如果我们能够创建易于访问的、标准化的阅读理解练习和评估,而不是选择题呢?想象一下,如果作业允许学生在讨论文本时给出自由回应。这正是大型语言模型擅长的事情。

Instead of answering multiple-choice questions about a text or passage, imagine that students write out the author’s intent behind a choice of words or explore the main idea of the passage (while highlighting those parts of the passage). Picture the AI then asking follow-up questions based on what a student writes. It could ask students to draft a conclusion for an incomplete essay that forces them to understand everything that came before. Based on these interactions, it can then provide feedback on their comprehension to the student and teacher. We are already working on such tools. So far, our team has found that with thoughtful prompting, it can get a large language model like GPT-4 to ask good questions and engage in a meaningful discussion about a topic. The challenge is to ensure that the AI is assessing well and doing it consistently. I believe we will get there.

与其回答关于文本或段落的选择题,不如让学生写出作者在选择词语背后的意图,或探索段落的主旨(同时突出段落中的那些部分)。想象一下,AI 根据学生的写作提出后续问题。它可以要求学生为不完整的文章草拟一个结论,迫使他们理解之前的一切。基于这些互动,它可以向学生和老师提供关于他们理解的反馈。我们已经在开发这样的工具。到目前为止,我们的团队发现,通过深思熟虑的提示,它可以让像 GPT-4 这样的大型语言模型提出好的问题并就某个主题进行有意义的讨论。挑战在于确保 AI 进行良好的评估并且始终如一。我相信我们会做到的。

Let’s take this idea beyond passage-based questions. Imagine if, when reading a book, a student could have a discussion with the AI at the end of every chapter. The AI might ask the student what they think about the book so far, or whether anything was particularly interesting or confusing about the material. It might inquire about major themes or whether the student agrees with a character’s point of view or action. This would all happen through a Socratic dialogue. The AI would give feedback to the student and also report this feedback to the teacher. The student could of course ask any question they like about any aspect of what they are reading. Think about how much more engaging this would be for students than the traditional book report. It is also far richer pedagogically; book reports today already often entail students summarizing the plot while including ideas they pick up off the internet or CliffsNotes.

让我们将这个想法扩展到基于段落的问题之外。想象一下,当阅读一本书时,学生可以在每章结束时与 AI 进行讨论。AI 可能会问学生目前对这本书的看法,或者是否有任何特别有趣或困惑的地方。它可能会询问主要主题,或学生是否同意某个角色的观点或行为。这一切都会通过苏格拉底式对话进行。AI 会向学生提供反馈,并将这些反馈报告给老师。当然,学生可以就他们阅读的任何方面提出任何问题。想象一下,这对学生来说会比传统的读书报告更有吸引力。这在教育上也更丰富;今天的读书报告通常包括学生总结情节,同时包括他们从互联网上或 CliffsNotes 中获得的想法。

We do not need to limit this type of reading comprehension practice to a language arts classroom, as it can extend to any type of textbook or article. Students could even design experiments with a simulation of Marie Curie or co-write a Federalist Paper with a simulation of James Madison or Alexander Hamilton.

我们不需要将这种阅读理解练习限制在语言艺术课堂中,因为它可以扩展到任何类型的教科书或文章。学生甚至可以与模拟的居里夫人一起设计实验,或者与模拟的詹姆斯·麦迪逊或亚历山大·汉密尔顿一起合写一篇《联邦党人文集》。

fd72adb6a9eb0b395b763a3c527694c4.jpeg

“点赞有美意,赞赏是鼓励”

本文来自互联网用户投稿,该文观点仅代表作者本人,不代表本站立场。本站仅提供信息存储空间服务,不拥有所有权,不承担相关法律责任。如若转载,请注明出处:http://www.coloradmin.cn/o/1807309.html

如若内容造成侵权/违法违规/事实不符,请联系多彩编程网进行投诉反馈,一经查实,立即删除!

相关文章

SOA的设计模式_2.企业服务总线模式

1.企业服务总线(|Enterprise Service Bus,ESB) 在企业基于SOA实施EAI、B2B和BMP的过程中,如果采用点对点的集成方式存在着复杂度高,可管理性差,复用度差和系统脆弱等问题。企业服务总线(…

vuInhub靶场实战系列--Kioptrix Level #2

免责声明 本文档仅供学习和研究使用,请勿使用文中的技术源码用于非法用途,任何人造成的任何负面影响,与本人无关。 目录 免责声明前言一、环境配置1.1 靶场信息1.2 靶场配置 二、信息收集2.1 主机发现2.1.1 netdiscover2.1.2 nmap主机扫描2.1.3 arp-scan主机扫描 2.2 端口扫描…

打字侠是一款PWA网站,如何下载到电脑桌面?

嘿,亲爱的键盘侠们! 你是否还在为寻找一款好用的打字练习工具而烦恼?别担心,今天我要给大家介绍一位超级英雄——打字侠!它不仅是一个超级酷的打字练习网站,还是一款PWA(渐进式网页应用&#x…

Python程序操作MySQL数据库教程

1.Python程序操作MySQL数据库: 使用pymysql安装包 使用: 1.导入pysql包 import pymysql 2.创建连接对象 调用pymysql模块中的connect()函数来创建连接对象,代码如下: 连接对象说明: 关闭连接 co…

JAVA:通过电信ctg.ag.sdk从电信物联平台AIOT获取设备上报数据的简单示例

一、问题场景 物联设备比如NB设备通过NB协议将数据传到电信平台后,我们的应用服务如何从电信平台获取可用的上报数据。以下通过电信开发者平台提供的SDK来简单演示下整个过程。 二、使用电信 SDK进行开发 电信AIOT物联平台提供了两种方式获取平台数据&#xff0c…

Virtual Memory Primitives for User Program翻译

Virtual Memory Primitives for User Program 安德鲁阿普尔(Andrew Appel)和李凯(Kai Li) 普林斯顿大学计算机科学系 摘要 传统上,内存管理单元(MMUS)被操作系统用于实现磁盘分页的虚拟内存…

cisco packet tracer 8.2.2 安装配置 基础教程 免登录免破解 简单方便

1 官网下载,需要账号 2 安装 3 启动之前,直接断网,禁用网卡(⊙﹏⊙) #汉化 #重新打开Cisco Packet Tracer

Apollo9.0 PNC源码学习之Control模块(一)

0 前言 从planning的角度看control,首先需要了解的就是相关的数据接口,规划出的轨迹(路径速度)发给Control模块去执行 modules/planning/planning_component/planning_component.cc planning模块发布轨迹信息 planning_writer_ …

计算机网络9——无线网络和移动网络2无线个人区域网 WPAN

文章目录 一、蓝牙系统二、低速 WPAN三、高速 WPAN 无线个人区域网WPAN(Wireless Personal Area Network)就是在个人工作的地方把属于个人使用的电子设备(如便携式电脑、平板电脑、便携式打印机以及蜂窝电话等)用无线技术连接起来自组网络,不需要使用接入点AP&#…

DP:回文串模型

一、回文子串 . - 力扣(LeetCode) 该题有3种解法 (1)中心扩展算法(在字符串章节有介绍)时间复杂度O(N^2),空间复杂度O(1) (2)马丁车…

小冬瓜AIGC 手撕LLM 拼课

小冬瓜aigc手撕LLM学习 官方认证 手撕LLMRLHF速成班-(附赠LLM加速分布式训练超长文档) 帮助多名同学上岸LLM方向,包括高校副教授,北美PhD,大厂等 课程名称【手撕LLMRLHF】 授课形式:在线会议直播讲解课后录播 时间&…

Nvidia的成功与竞争:CEO黄仁勋的自信与挑战

每周跟踪AI热点新闻动向和震撼发展 想要探索生成式人工智能的前沿进展吗?订阅我们的简报,深入解析最新的技术突破、实际应用案例和未来的趋势。与全球数同行一同,从行业内部的深度分析和实用指南中受益。不要错过这个机会,成为AI领…

【将xml文件转yolov5训练数据txt标签文件】连classes.txt都可以生成

将xml文件转yolov5训练数据txt标签文件 前言一、代码解析 二、使用方法总结 前言 找遍全网,我觉得写得最详细的就是这个博文⇨将xml文件转yolov5训练数据txt标签文件 虽然我还是没有跑成功。那个正则表达式我不会改QWQ,但是不妨碍我会训练ai。 最终成功…

LangChain基础知识入门

LangChain的介绍和入门 1 什么是LangChain LangChain由 Harrison Chase 创建于2022年10月,它是围绕LLMs(大语言模型)建立的一个框架,LLMs使用机器学习算法和海量数据来分析和理解自然语言,GPT3.5、GPT4是LLMs最先进的代…

架构设计-用户信息及用户相关的密码信息设计

将用户的基本信息和用户密码存放在不同的数据库表中是一种常见的安全做法,这种做法旨在增强数据的安全性和管理的灵活性。以下是这种做法的几个关键原因: 安全性增强: 当用户密码被单独存放在一个表中时,可以使用更强大的加密和哈…

kafka集成SpringBoot api编写教程

1.新建项目 用的idea是20222.1.3版本,没有Spring Initializr 插件,不能直接创建springboot项目 可以在以下网址创建项目,下载后解压,然后用idea打开项目即可 1.1 在 https://start.spring.io/ 上创建项目 1.2上传到linux&#x…

C语言 | Leetcode C语言题解之第140题单词拆分II

题目&#xff1a; 题解&#xff1a; struct Trie {int ch[26];bool flag; } trie[10001];int size;void insert(char* s, int sSize) {int add 0;for (int i 0; i < sSize; i) {int x s[i] - a;if (trie[add].ch[x] 0) {trie[add].ch[x] size;memset(trie[size].ch, 0…

读AI未来进行式笔记07量子计算

1. AI审讯技术 1.1. 发明者最初的目的是发明一种能够替代精神药物&#xff0c;为人类带来终极快乐的技术 1.1.1. 遗憾的是&#xff0c;他找到的只是通往反方向的大门 1.2. 通过非侵入式的神经电磁干扰大脑边缘系统&#xff0c;诱发受审者最…

配置 JDK 和 Android SDK

目录 一、配置JDK 1. 安装 JDK 2. JDK 环境配置 3. JDK的配置验证 二、配置 adb 和Android SDK环境 1、下载 2、配置 Android SDK 环境 一、配置JDK 1. 安装 JDK 安装链接&#xff1a;Java Downloads | Oracle 我安装的是 .zip &#xff0c;直接在指定的文件夹下解压就…

[沉迷理论]进制链表树

往期文章推荐&#xff1a; 题解之最大子矩阵-CSDN博客 洛谷P1115最大子段和[神奇的题目]-CSDN博客 &#xff08;一条神奇的分割线&#xff09; 前言 好久没有更新的我总算在百忙之中抽出时间写了篇博客。 最近总算结束了动态规划的学习&#xff0c;真的是头昏脑涨啊。 最…