Strong AI Versus Weak AI

Computer Science An Overview _J. Glenn Brookshear _11th Edition

The conjecture that machines can be programmed to exhibit intelligent behavior is
known as weak AI and is accepted, to varying degrees, by a wide audience today.
However, the conjecture that machines can be programmed to possess intelligence
and, in fact, consciousness, which is known as strong AI, is widely debated.
Opponents of strong AI argue that a machine is inherently different from a human
and thus can never feel love, tell right from wrong, and think about itself in the same
way that a human does. However, proponents of strong AI argue that the human mind
is constructed from small components that individually are not human and are not
conscious but, when combined, are. Why, they argue, would the same phenomenon
not be possible with machines?
The problem in resolving the strong AI debate is that such attributes as intelli-
gence and consciousness are internal characteristics that cannot be identified
directly. As Alan Turing pointed out, we credit other humans with intelligence
because they behave intelligently—even though we cannot observe their internal
mental states. Are we, then, prepared to grant the same latitude to a machine if it
exhibits the external characteristics of consciousness? Why or why not?

时间: 2024-10-12 12:55:13

Strong AI Versus Weak AI的相关文章

(hdu step 5.1.1)A Bug's Life((ai,bi)表示ai、bi不在同一堆中,有若干对数据,判断是否有bug)

题目: A Bug's Life Time Limit: 15000/5000 MS (Java/Others) Memory Limit: 32768/32768 K (Java/Others) Total Submission(s): 723 Accepted Submission(s): 277   Problem Description Background Professor Hopper is researching the sexual behavior of a rare spe

GNU的strong symbol和weak symbol

首先,同样的原型的两个函数在连个不同的c文件中都有定义,把这两个c文件编译.连接在一起,也没有什么错误.原因就是因为,gcc中有一个strong symbol和weak symbol的概念.默认函数定义都是strong symbol的,两个相同的strong symbol连接在一起,肯定会产生"symbol重复定义"的错误. 但是,这里我们将weak_symbol.c中的common_print加了weak属性,这样gcc再选择的时候优先选择strong symbol 2)      

安全进化的终极猜想— 以“AI之盾”对抗“AI之矛”

今年的"3.15晚会"给我最大的震撼就是AI机器人带来的负面问题,40亿骚扰电话播出,每天播出5000个,一年拨出40亿个,设备日活跃量5000多台,在使用设备数量超过3万台,6亿多用户隐私泄露....... 一.AI本无罪,怀璧其罪 AI机器人替代人工,永远保持礼貌从不生气且不知疲倦的声音,当之无愧成为骚扰电话的主力军.AI机器人替代人工拨打骚扰电话的方案已形成"AI拨打电话+AI躲避监管+AI收集个人隐私"的完整黑色产业链.当人们用AI的能力辅助做安全.实现工作

The year in AI: 2019 ML/AI advances recap

The year in AI: 2019 ML/AI advances recap 2020-01-26 11:47:14 Source: https://medium.com/@xamat/the-year-in-ai-2019-ml-ai-advances-recap-c6cc1d902d5 It has become somewhat of a tradition for me to do an end-of-year retrospective of advances in AI/ML

人机ai五子棋 ——五子棋AI算法之Java实现

人机ai五子棋 下载:chess.jar (可直接运行) 源码:https://github.com/xcr1234/chess 其实机器博弈最重要的就是打分,分数也就是权重,把棋子下到分数大的地方,我获胜的概率就更大. 而在下棋过程中,大部分的点的得分都很小,或者接近,因此无需对每一个点都打分,只需要在我方附近(进攻)或者敌方附近(防守)的几个点进行打分. 具体原理大家可以看源码中的注释,说明的很清楚. 参考 http://blog.csdn.net/pi9nc/article/details

QF——关于iOS的强引用,弱引用及strong,retain,copy,weak,assignd的关系

强引用和弱引用: 我们已经知道OC中的内存管理是通过“引用计数器”来实现的.一个对象的生命周期取决于它是否还被其他对象引用(是否retainCount=0).但在有些情况下,我们并不希望对象的销毁时间由是否被其他对象引用来决定,而是这个对象本该是什么时候销毁就什么时候被销毁.这时,我们得引入“强引用”和“弱引用”的概念. 强引用:当前对象被其他对象引用时,会执行retain操作,引用计数器+1.当retainCount=0时,该对象才会被销毁.因为我们要进行对象的内存管理,所以这是默认的引用方式

全球存储与数据峰会——Infortrend智能AI存储 绽放AI精彩应用

Infortrend 普安科技将在2019全球存储与数据峰会展示GSi 智能AI存储,作为一款高效稳定的AI智能产品,主要服务于AI智能多元化发展的企业,为其搭建AI智能运算IT基础架构,实现AI技术与业务层面的融合,帮助企业在迈向智能化发展的道路上打下笃实的基础. 得益于Infortrend自主研发底层RAID精简技术,Infortrend GSi表现出优于同类产品的高效性能和系统稳定性.拥有多方位整合.完善的数据保护.大容量扩展空间,以及满足运算进行分布式横向部署的需求,适用于科研.制造.生

AI:确定性AI

1 using UnityEngine; 2 using System.Collections; 3 4 public class AIRandMove : MonoBehaviour 5 { 6 float stopTime; 7 float moveTime; 8 float vel_x, vel_y, vel_z;//速度 9 /// <summary> 10 /// 最大.最小飞行界限 11 /// </summary> 12 float maxPos_x = 500; 1

On Explainability of Deep Neural Networks

On Explainability of Deep Neural Networks « Learning F# Functional Data Structures and Algorithms is Out! On Explainability of Deep Neural Networks During a discussion yesterday with software architect extraordinaire David Lazar regarding how everyth