AI courses

2015 Courses

智能控制

了解智能和智能控制的基本概念,掌握智能控制发展历史及其在各领域的应用。课程内容涵盖专家系统、模糊控制、神经网络和进化计算的基础知识,介绍这些算法的仿真实现方法及其在实际工程中的应用。
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人工智能通识

2017年7月,中国国务院发布了《新一代人工智能发展规划》,将人工智能的发展提升为国家战略。这不仅有力支撑了高质量发展,还丰富了新生产力内涵,成为衡量国家科技创新和高端制造水平的关键指标。 西南交通大学计算机与人工智能学院推出的《人工智能》通识课程引领您探索推动第四次工业革命的人工智能技术。本课程自2017年开设以来,已成为全国高校中最早的人工智能教学.
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万物互联

庄子曾言:“圣人者,原天地之美而达万物之理”。他通过对天地壮美的感受洞悉了宇宙万物的演化规律。随着科技的发展,感知设备能够更加智能地连接人与信息,把现实与数字世界无缝衔接,万物互联的新时代即将开启。我们的课程将引领你进入这个高能的万物互联时代。 课程沿时间线梳理万物互联的发展历程,深入讲解互联网的不同发展阶段,细致剖析万物互联的事物、数据、人员和流程.
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信息素养-互联网+时代的学习与生活

在信息化促进工业化的背景下,大学生的信息能力需求增高。信息素养课程致力于培养学生的信息获取、鉴别与管理能力,提高其信息检索和独立解决问题的能力。 课程内容涵盖互联网时代的学习与生活、信息获取与鉴别、搜索引擎、信息技术新发展、学术和专利检索、信息存储与处理以及信息安全等多方面。 课程以线上进行,学生完成网络平台的视频学习、作业和测验,可在线与教师.
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新技术引爆商业机会

On August 27-28, XuetangX's International MBA Centre proudly presents a lecture titled "New Technology Igniting Business Opportunities" by renowned educator and State Council Special Allowance Expert, Professor Chang Yaping from Huazhong University of Science and Technology. The session will feature a morning public display, with subsequent conte.
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人工智能与生物特征识别

课程名称:人工智能与生物特征识别 课程描述:本课程为专业选修课程,北京理工大学研究生精品课程,学时为32学时,向研究生及高年级本科生开放。课程通过理论与实践的结合,强化学生在相关领域的能力。基于本课程,历届学生成绩显著,多次在中国研究生电子竞赛中斩获全国及区域多项大奖。课程优势在于全面介绍智能成像与信息感知技术,结合机器学习和深度学习技术,指导学.
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深度学习

本课程主要面向计科、人工智能及物联网专业的本科生,讲述深度学习基本概念、经典深度学习模型及其实践,主要内容包括前馈神经网络、深度模型优化与正则化、卷积神经网络、循环神经网络等,并介绍深度学习框架的编码实现和参数优化方法。本课程注重理论学习与实践应用的结合,除了课堂讲授之外,还将通过实践环节引导学生使用深度学习平台或工具,让学生通过实际应用来加深.
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人工智能技术

近年来在大数据、云计算、物联网等信息环境推动以及新的算法、模型和硬件助力下,人工智能在自然语言理解、语音识别、视觉分析和数据挖掘等领域取得了显著进展,成为社会经济发展的引擎。人工智能作为计算机科学的一个重要分支,是一门理论基础完善、多学科交叉且应用领域广阔的前沿学科,主要研究如何利用计算机模拟、延伸和扩展人类的智能行为。《人工智能技术》课程是计算.
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人工智能

课程结构分为三部分,共八章内容,涵盖人工智能导引、大数据、机器学习、计算机视觉、智能语音、自然语言处理、智能机器人以及教育应用与伦理安全。 课程介绍了人工智能的核心技术,与教育应用紧密结合,并设计实践环节,采用理论与案例结合的启发式教学方法,激发同学们对人工智能的学习热情。课程特点包括: 理论讲授:通过课件、多媒体等方式讲解人工智能技术。 理.
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计算思维与人工智能基础

计算思维与人工智能课程融合理论与实际,是多学科交叉且广泛应用的前沿课程。基于多年人工智能教学实践,课程结合计算机技术发展,分析和认知人工智能学科特点,以计算思维视角探讨其基本理论和方法,运用Python实现相关理论的案例。 课程特点包括: 注重实例的教学方式: 专注于激发学生学习兴趣,结合课程属性,以解决问题的原理和思路为重点,讲解经典实例,帮助学.
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Artificial intelligence is the ability of a machine to imitate human thinking. This is the name of modern technology with the help of which electronic devices, programs and robots can solve various problems using given algorithms. We tell you where to start studying AI course and why it is needed.

What is AI course and why is it so interesting?

The topic of artificial intelligence course and machine thinking interested scientists even before the invention of computers, and after the advent of computers it reached a new level. In the 1950s and 60s, issues related to the creation and use of artificial intelligence began to be widely discussed in society.

The answer to this question is also difficult to find because there are no clear criteria for the intelligence of a machine. If this is the ability to make logical conclusions, then the computer has long surpassed humans. When it comes to flexibility and originality of thinking, humans are still superior to even the most modern intelligent devices.

AI is actively used in a variety of fields, the list of which is expanding every year, and not only techies, but also humanists—specialists in project management, advertising and PR, psychologists, economists, and linguists—can find their place in this area.

What can artificial intelligence course programs do?

Modern artificial intelligence technologies make it possible to create devices and programs that:

find the maximum possible solutions to one situation; machine intelligence can quickly analyze all options and calculate which one will be the cheapest, safest, and most effective. The machine’s responses will depend on what task a person has given it. For example, AI courses online can show how to calculate which model or product is more profitable to produce based on data on the cost of consumables and sales volumes.

can answer any questions integrated into their system; at the same time, the machine can not only find a ready-made answer in the database, but also search for it using intermediate leading questions that gradually narrow the search area.

collect and process large amounts of information, analyze it, combine unrelated pieces of information; This is how, for example, the image search system works in Google.

Artificial intelligence is a technology not only of the present, but also of the future, and specialists in this field will not have problems finding employment in the next few decades. Huge investments are already being attracted to this area, which means there will be no problems with remuneration for workers involved in the development, production and implementation of the best AI courses technologies from AI Eeducation.

Contribution to science and culture

Artificial intelligence and the creation of intelligent programs and devices is an area in which new discoveries are constantly being made. By working on artificial intelligence, scientists and engineers are at the forefront of world science, moving humanity forward. In addition, the development of artificial intelligence and its introduction into our lives gives rise to many ethical and philosophical questions, the resolution of which requires not a machine mind, but a human mind capable of creative thinking.

Creation

In the field of creating AI, not only software developers are in great demand, but also people with creative thinking who are able to come up with and promote new ideas. To work in this field, it is important to be able to think outside the box. A separate promising area that a creative person can take up is teaching a machine to create works of art. Already today computers draw pictures, write music and poetry. In the near future, perhaps they will take over the creation of books, films and cartoons.

Mastering new skills

To work in the field of artificial intelligence, you need a good knowledge of mathematics and basic programming. For the study of AI, the two most important branches of mathematics are linear algebra and probability theory. The most popular programming language in this area is Python, followed by R and Lua. Knowledge of the English language will also be useful - the most modern scientific data, articles, reports on achievements and experiments are usually published in English!