Once in a while, a person can take an abstract concept that’s seemingly too vague for formal study and offer an elegant formal definition. Claude Shannon did it with information, and Andrey Kolmogorov did it with randomness. For the past few years, researchers have been trying to do the same for the concept of fairness … Read more
Once in a while, a person can take an abstract concept that’s seemingly too vague for formal study and offer an elegant formal definition. Claude Shannon did it with information, and Andrey Kolmogorov did it with randomness. For the past few years, researchers have been trying to do the same for the concept of fairness … Read more
Once in a while, a person can take an abstract concept that’s seemingly too vague for formal study and offer an elegant formal definition. Claude Shannon did it with information, and Andrey Kolmogorov did it with randomness. For the past few years, researchers have been trying to do the same for the concept of fairness … Read more
Once in a while, a person can take an abstract concept that’s seemingly too vague for formal study and offer an elegant formal definition. Claude Shannon did it with information, and Andrey Kolmogorov did it with randomness. For the past few years, researchers have been trying to do the same for the concept of fairness … Read more
The AI landscape is being reshaped by the rise of generative models capable of synthesizing high-quality data, such as text, images, music, and videos. The course toward democratization of AI helped to further popularize generative AI following the open-source releases for such foundation model families as BERT, T5, GPT, CLIP and, most recently, Stable Diffusion. … Read more
As machine learning (ML) models have improved, data scientists, ML engineers and researchers have shifted more of their attention to defining and bettering data quality. This has led to the emergence of a data-centric approach to ML and various techniques to improve model performance by focusing on data requirements. Applying these techniques allows ML practitioners … Read more
In a new proof, a long-neglected mathematical object has finally gotten its moment in the spotlight. At first glance, modular forms — functions whose abundant symmetries have intrigued mathematicians for centuries — seem to have garnered more than enough attention. They crop up in all sorts of problems: They were a key ingredient in Andrew … Read more
In a new proof, a long-neglected mathematical object has finally gotten its moment in the spotlight. At first glance, modular forms — functions whose abundant symmetries have intrigued mathematicians for centuries — seem to have garnered more than enough attention. They crop up in all sorts of problems: They were a key ingredient in Andrew … Read more
In a new proof, a long-neglected mathematical object has finally gotten its moment in the spotlight. At first glance, modular forms — functions whose abundant symmetries have intrigued mathematicians for centuries — seem to have garnered more than enough attention. They crop up in all sorts of problems: They were a key ingredient in Andrew … Read more
In a new proof, a long-neglected mathematical object has finally gotten its moment in the spotlight. At first glance, modular forms — functions whose abundant symmetries have intrigued mathematicians for centuries — seem to have garnered more than enough attention. They crop up in all sorts of problems: They were a key ingredient in Andrew … Read more
In a new proof, a long-neglected mathematical object has finally gotten its moment in the spotlight. At first glance, modular forms — functions whose abundant symmetries have intrigued mathematicians for centuries — seem to have garnered more than enough attention. They crop up in all sorts of problems: They were a key ingredient in Andrew … Read more
In a new proof, a long-neglected mathematical object has finally gotten its moment in the spotlight. At first glance, modular forms — functions whose abundant symmetries have intrigued mathematicians for centuries — seem to have garnered more than enough attention. They crop up in all sorts of problems: They were a key ingredient in Andrew … Read more
In a new proof, a long-neglected mathematical object has finally gotten its moment in the spotlight. At first glance, modular forms — functions whose abundant symmetries have intrigued mathematicians for centuries — seem to have garnered more than enough attention. They crop up in all sorts of problems: They were a key ingredient in Andrew … Read more
In a new proof, a long-neglected mathematical object has finally gotten its moment in the spotlight. At first glance, modular forms — functions whose abundant symmetries have intrigued mathematicians for centuries — seem to have garnered more than enough attention. They crop up in all sorts of problems: They were a key ingredient in Andrew … Read more
In a new proof, a long-neglected mathematical object has finally gotten its moment in the spotlight. At first glance, modular forms — functions whose abundant symmetries have intrigued mathematicians for centuries — seem to have garnered more than enough attention. They crop up in all sorts of problems: They were a key ingredient in Andrew … Read more
In a new proof, a long-neglected mathematical object has finally gotten its moment in the spotlight. At first glance, modular forms — functions whose abundant symmetries have intrigued mathematicians for centuries — seem to have garnered more than enough attention. They crop up in all sorts of problems: They were a key ingredient in Andrew … Read more
In a new proof, a long-neglected mathematical object has finally gotten its moment in the spotlight. At first glance, modular forms — functions whose abundant symmetries have intrigued mathematicians for centuries — seem to have garnered more than enough attention. They crop up in all sorts of problems: They were a key ingredient in Andrew … Read more
In a new proof, a long-neglected mathematical object has finally gotten its moment in the spotlight. At first glance, modular forms — functions whose abundant symmetries have intrigued mathematicians for centuries — seem to have garnered more than enough attention. They crop up in all sorts of problems: They were a key ingredient in Andrew … Read more
In a new proof, a long-neglected mathematical object has finally gotten its moment in the spotlight. At first glance, modular forms — functions whose abundant symmetries have intrigued mathematicians for centuries — seem to have garnered more than enough attention. They crop up in all sorts of problems: They were a key ingredient in Andrew … Read more
In a new proof, a long-neglected mathematical object has finally gotten its moment in the spotlight. At first glance, modular forms — functions whose abundant symmetries have intrigued mathematicians for centuries — seem to have garnered more than enough attention. They crop up in all sorts of problems: They were a key ingredient in Andrew … Read more
In a new proof, a long-neglected mathematical object has finally gotten its moment in the spotlight. At first glance, modular forms — functions whose abundant symmetries have intrigued mathematicians for centuries — seem to have garnered more than enough attention. They crop up in all sorts of problems: They were a key ingredient in Andrew … Read more
In a new proof, a long-neglected mathematical object has finally gotten its moment in the spotlight. At first glance, modular forms — functions whose abundant symmetries have intrigued mathematicians for centuries — seem to have garnered more than enough attention. They crop up in all sorts of problems: They were a key ingredient in Andrew … Read more
In a new proof, a long-neglected mathematical object has finally gotten its moment in the spotlight. At first glance, modular forms — functions whose abundant symmetries have intrigued mathematicians for centuries — seem to have garnered more than enough attention. They crop up in all sorts of problems: They were a key ingredient in Andrew … Read more
In a new proof, a long-neglected mathematical object has finally gotten its moment in the spotlight. At first glance, modular forms — functions whose abundant symmetries have intrigued mathematicians for centuries — seem to have garnered more than enough attention. They crop up in all sorts of problems: They were a key ingredient in Andrew … Read more
In a new proof, a long-neglected mathematical object has finally gotten its moment in the spotlight. At first glance, modular forms — functions whose abundant symmetries have intrigued mathematicians for centuries — seem to have garnered more than enough attention. They crop up in all sorts of problems: They were a key ingredient in Andrew … Read more
In a new proof, a long-neglected mathematical object has finally gotten its moment in the spotlight. At first glance, modular forms — functions whose abundant symmetries have intrigued mathematicians for centuries — seem to have garnered more than enough attention. They crop up in all sorts of problems: They were a key ingredient in Andrew … Read more
In a new proof, a long-neglected mathematical object has finally gotten its moment in the spotlight. At first glance, modular forms — functions whose abundant symmetries have intrigued mathematicians for centuries — seem to have garnered more than enough attention. They crop up in all sorts of problems: They were a key ingredient in Andrew … Read more
In a new proof, a long-neglected mathematical object has finally gotten its moment in the spotlight. At first glance, modular forms — functions whose abundant symmetries have intrigued mathematicians for centuries — seem to have garnered more than enough attention. They crop up in all sorts of problems: They were a key ingredient in Andrew … Read more
In a new proof, a long-neglected mathematical object has finally gotten its moment in the spotlight. At first glance, modular forms — functions whose abundant symmetries have intrigued mathematicians for centuries — seem to have garnered more than enough attention. They crop up in all sorts of problems: They were a key ingredient in Andrew … Read more
In a new proof, a long-neglected mathematical object has finally gotten its moment in the spotlight. At first glance, modular forms — functions whose abundant symmetries have intrigued mathematicians for centuries — seem to have garnered more than enough attention. They crop up in all sorts of problems: They were a key ingredient in Andrew … Read more