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Showing posts with the label human mind

Evaluating Safety Measures in Advanced AI: The Case of GPT-4o

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Introduction to AI Safety in GPT-4o Artificial intelligence systems like GPT-4o bring new opportunities and challenges. This report examines the safety work done before releasing GPT-4o. The focus is on understanding risks to human thinking and behavior and how to reduce these risks. Safety in AI is important to protect users and society from harmful effects. External Red Teaming as a Safety Experiment One method to test AI safety is called external red teaming. This involves outside experts trying to find weaknesses or risks in GPT-4o. These experts treat the AI as a system to be tested under different conditions. Their goal is to discover if the AI could behave in ways that might harm people or spread wrong information. This process is like running experiments to challenge the AI’s limits and observe outcomes. Frontier Risk Evaluations and the Preparedness Framework Another step in safety work is frontier risk evaluation. This means studying the most serious possible dange...

Enhancing Cognitive Model Performance with Optimum Intel and OpenVINO: Planning for Reliability and Failures

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Introduction to Model Acceleration in Cognitive Systems Artificial intelligence models, especially those related to human cognition and behavior, often require significant computing power. Accelerating these models can improve responsiveness and user experience. Optimum Intel, combined with OpenVINO, offers tools to optimize and speed up model performance on Intel hardware. However, increasing speed must come with careful planning for failures and exceptions to ensure stable and trustworthy applications. Understanding Optimum Intel and OpenVINO Optimum Intel is a software toolkit designed to enhance AI models' efficiency on Intel processors. OpenVINO (Open Visual Inference and Neural Network Optimization) is an open-source toolkit that facilitates deep learning model optimization and deployment. Together, they allow developers to convert, optimize, and run models faster while reducing computational resource use. Importance of Error Handling in Accelerated Models When mod...