How to create the next generation of AI talents?
Establishing AI talent and project channels requires not only educational value, but also technical value. For this purpose, centers of excellence in artificial intelligence led by world-renowned scientific advisors are necessary.
When governments and grassroots initiatives are involved, a stronger AI ecosystem will emerge.
The artificial intelligence ecosystem is implemented as a value network, redesigning the threshold for entering artificial intelligence and providing a path for participation for stakeholders.
The benefits of artificial intelligence as a catalyst for economic growth are unevenly distributed in cities around the world. So, too, does its talent. The artificial intelligence centers we know as Boston, Silicon Valley, Toronto, etc. do not exist in the heartland of the United States, nor in emerging or frontier markets around the world.
These AI centers are underpinned by some of the world’s greatest learning institutions and led by scientific advisors who attract global talent. Without such an artificial intelligence ecosystem, it will be impossible to cultivate the next generation of AI talents.
In the development of artificial intelligence, although technology and algorithms have been commoditized, skilled workers who can create solutions to artificial intelligence problems are the most important factor. An entire generation of workers with AI capabilities will be needed. This generation of talent will support the nation’s interests in aerospace, defense, education, housing, transportation, public safety, supply chain, manufacturing and many other industries critical to national security.
Support the next generation of AI talent now
As John F. Kennedy said, fix the roof while the sun is shining. All signs point to bright prospects for America’s AI achievements.
At the same time, to maintain this leadership position, now is the time to cultivate the next generation of AI talent. According to Stanford University's 2022 Artificial Intelligence Index Report, the United States is the global leader in artificial intelligence as it relates to publications, capital investment, conference citations, net new investment in companies, and patents accepted.
If we set the United States as the North Star for the AI ecosystem, we can identify opportunities for emerging tech hubs to develop local ecosystems. According to Stanford University's 2022 Artificial Intelligence Index Report, the U.S. government spent the highest on the Department of Defense's artificial intelligence contracts in 2021, and the National Science Foundation (NSF) spent the lowest.
The role of national governments
National governments need to contribute to the grassroots AI ecosystem. Every stakeholder in the AI ecosystem is building a value network, from local governments to federal policy. An AI ecosystem consists of 8 stakeholders, all with different goals. In order for these stakeholders to achieve their goals, government support is required.
The specific role of governments is to immediately recognize AI degrees and education at the graduate school level, as well as in k-12 curricula. Imagine if the government education department did not recognize medical, law or teaching degrees? The education system would not function. But paradoxically, education departments need to build in-house expertise to identify such AI degrees.
The artificial intelligence ecosystem and the methods for cultivating the next generation of AI talent cannot be compartmentalized. AI workshops, certificates, and bootcamps have no educational value and do not build practitioner-level skills.
Why are AI talent development and AI degrees not as rigorous and standard as medical or law degrees?
Must start with a standardized AI degree – supporting AI centers of excellence led by grassroots organizations. As entrepreneurs and stakeholders who care about cultivating the next generation of AI talent, we can’t wait for the government to take action to establish a localized AI ecosystem.
Must be built around the knowledge infrastructure that already exists in local academia. For AI education to be effective, centers of excellence that engage through the 8-stakeholder model must emerge from these communities. This is a bottom-up approach that brings value to AI education.
There is a need to act now to identify gaps in the local ecosystem as entrepreneurial opportunities to add value. Therefore, technology and academia in each region must join forces to establish their own centers of excellence in AI.
But this must be done in an integrated manner with all stakeholders who are educated and believe in the capabilities of AI technology. This means working with industry to build trust and solve local problems that can be solved with AI.
Without education, we will not be able to lead in the field of artificial intelligence. This is why it is crucial to bring value to the academic body of the subject.
The above is the detailed content of How to create the next generation of AI talents?. For more information, please follow other related articles on the PHP Chinese website!

Hot AI Tools

Undresser.AI Undress
AI-powered app for creating realistic nude photos

AI Clothes Remover
Online AI tool for removing clothes from photos.

Undress AI Tool
Undress images for free

Clothoff.io
AI clothes remover

AI Hentai Generator
Generate AI Hentai for free.

Hot Article

Hot Tools

Notepad++7.3.1
Easy-to-use and free code editor

SublimeText3 Chinese version
Chinese version, very easy to use

Zend Studio 13.0.1
Powerful PHP integrated development environment

Dreamweaver CS6
Visual web development tools

SublimeText3 Mac version
God-level code editing software (SublimeText3)

Hot Topics



In order to set the timeout for Vue Axios, we can create an Axios instance and specify the timeout option: In global settings: Vue.prototype.$axios = axios.create({ timeout: 5000 }); in a single request: this.$axios.get('/api/users', { timeout: 10000 }).

The article introduces the operation of MySQL database. First, you need to install a MySQL client, such as MySQLWorkbench or command line client. 1. Use the mysql-uroot-p command to connect to the server and log in with the root account password; 2. Use CREATEDATABASE to create a database, and USE select a database; 3. Use CREATETABLE to create a table, define fields and data types; 4. Use INSERTINTO to insert data, query data, update data by UPDATE, and delete data by DELETE. Only by mastering these steps, learning to deal with common problems and optimizing database performance can you use MySQL efficiently.

There are many reasons why MySQL startup fails, and it can be diagnosed by checking the error log. Common causes include port conflicts (check port occupancy and modify configuration), permission issues (check service running user permissions), configuration file errors (check parameter settings), data directory corruption (restore data or rebuild table space), InnoDB table space issues (check ibdata1 files), plug-in loading failure (check error log). When solving problems, you should analyze them based on the error log, find the root cause of the problem, and develop the habit of backing up data regularly to prevent and solve problems.

Efficiently process 7 million records and create interactive maps with geospatial technology. This article explores how to efficiently process over 7 million records using Laravel and MySQL and convert them into interactive map visualizations. Initial challenge project requirements: Extract valuable insights using 7 million records in MySQL database. Many people first consider programming languages, but ignore the database itself: Can it meet the needs? Is data migration or structural adjustment required? Can MySQL withstand such a large data load? Preliminary analysis: Key filters and properties need to be identified. After analysis, it was found that only a few attributes were related to the solution. We verified the feasibility of the filter and set some restrictions to optimize the search. Map search based on city

Remote Senior Backend Engineer Job Vacant Company: Circle Location: Remote Office Job Type: Full-time Salary: $130,000-$140,000 Job Description Participate in the research and development of Circle mobile applications and public API-related features covering the entire software development lifecycle. Main responsibilities independently complete development work based on RubyonRails and collaborate with the React/Redux/Relay front-end team. Build core functionality and improvements for web applications and work closely with designers and leadership throughout the functional design process. Promote positive development processes and prioritize iteration speed. Requires more than 6 years of complex web application backend

MySQL can return JSON data. The JSON_EXTRACT function extracts field values. For complex queries, you can consider using the WHERE clause to filter JSON data, but pay attention to its performance impact. MySQL's support for JSON is constantly increasing, and it is recommended to pay attention to the latest version and features.

MySQL performance optimization needs to start from three aspects: installation configuration, indexing and query optimization, monitoring and tuning. 1. After installation, you need to adjust the my.cnf file according to the server configuration, such as the innodb_buffer_pool_size parameter, and close query_cache_size; 2. Create a suitable index to avoid excessive indexes, and optimize query statements, such as using the EXPLAIN command to analyze the execution plan; 3. Use MySQL's own monitoring tool (SHOWPROCESSLIST, SHOWSTATUS) to monitor the database health, and regularly back up and organize the database. Only by continuously optimizing these steps can the performance of MySQL database be improved.

MySQL database performance optimization guide In resource-intensive applications, MySQL database plays a crucial role and is responsible for managing massive transactions. However, as the scale of application expands, database performance bottlenecks often become a constraint. This article will explore a series of effective MySQL performance optimization strategies to ensure that your application remains efficient and responsive under high loads. We will combine actual cases to explain in-depth key technologies such as indexing, query optimization, database design and caching. 1. Database architecture design and optimized database architecture is the cornerstone of MySQL performance optimization. Here are some core principles: Selecting the right data type and selecting the smallest data type that meets the needs can not only save storage space, but also improve data processing speed.
