Monte Carlo (MC) methods are popularly used for modeling complex real-world systems, particularly those related to financial mathematics, numerical integration, and optimization problems. However, these models demand a large number of samples to achieve high precision, especially with complex issues.
As a solution, researchers from the Massachusetts Institute of Technology (MIT), the University of Waterloo, and…
Microsoft's AI courses offer robust education in AI and machine learning across a range of skill levels. By emphasizing practical usage, advanced techniques, and ethical AI practices, students learn how to develop and deploy AI solutions effectively and responsibly.
The "Fundamentals of machine learning" course provides a grounding in machine learning's core concepts along with deep…
In 2010, Karthik Dinakar and Birago Jones, students at the Media Lab, collaborated to develop a tool that could assist content moderation teams in identifying concerning posts on platforms like Twitter and YouTube. Their innovation received extensive attention, leading to an invitation to present their creation at a cyberbullying seminar at the White House. However,…
In the growing field of warehouse automation, managing hundreds of robots zipping through a large warehouse is a logistical challenge. Delivery paths, potential collisions and congestion all pose significant issues, making the task a complex problem that even the best algorithms find hard to manage. To solve this, a team of MIT researchers has developed…
In 2010, Media Lab students at MIT, Karthik Dinakar and Birago Jones, embarked on a class project to create a tool aimed at aiding content moderation teams at companies such as Twitter and YouTube. The innovative project generated considerable interest, leading to an opportunity to demonstrate the tool at a White House cyberbullying summit. However,…
In order to improve efficiency in large-scale robotic warehouses, a team of researchers from the Massachusetts Institute of Technology (MIT) have developed a deep learning model which assists in navigating robots to decongest warehouse floors. The way this model works is by splitting the hundreds of robots into smaller, manageable groups which are easier for…
Tsinghua University's Knowledge Engineering Group (KEG) has introduced GLM-4 9B, an innovative, open-source language model that surpasses other models like GPT-4 and Gemini in different benchmark tests. Developed by the Tsinghua Deep Model (THUDM) team, GLM-4 9B signals an important development in the sphere of natural language processing.
At its core, GLM-4 9B is a colossal…