New Approaches in Unlearning Sensitive Information from AI Models

New Approaches in Unlearning Sensitive Information from AI Models

Summary:

Unlearning sensitive information from language generation models has become a crucial undertaking to ensure privacy and security. This process involves modifying models after training to intentionally forget certain elements of their training data. While unlearning has gained attention in classification models, there is still a need to focus on generative models like Language Models (LLMs).… Read the rest

Introducing Audiencerate’s Strategic Partnership with Microsoft

Introducing Audiencerate’s Strategic Partnership with Microsoft

Audiencerate, a data management company focused on marketing and advertising, has recently joined forces with Microsoft as part of their partner ecosystem. This strategic collaboration aims to expand the adoption of Audiencerate’s Customer Data Platform among marketers, ultimately accelerating the company’s global expansion and establishing itself as a leader in the MarTech sector.… Read the rest

New AI Algorithm Helps Predict Inverter Failures in Solar Power Plants

New AI Algorithm Helps Predict Inverter Failures in Solar Power Plants

A group of researchers at the University of Lisbon has developed an advanced machine learning algorithm that can successfully classify and predict potential inverter failures in utility-scale photovoltaic (PV) plants. By monitoring the inverter subsystems and analyzing data, the algorithm is able to detect when maximum and minimum values are reached, and it sends alarms to alert operators of potential failures.… Read the rest

New Approach to Achieving Chemical Accuracy with Shallow Quantum Circuits

New Approach to Achieving Chemical Accuracy with Shallow Quantum Circuits

A team of researchers from the California Institute of Technology (Caltech), Microsoft Research AI4Science Lab, and Tencent Quantum Lab has presented a groundbreaking algorithm that aims to overcome the challenge of achieving chemical accuracy with shallow quantum circuits. Their algorithm, known as CHEM, is based on a Clifford-based Hamiltonian engineering approach and offers a promising avenue for practical quantum computational chemistry on near-term quantum devices.… Read the rest

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