Model distillation for large language models (LLMs) presents a key challenge in AI research: how to compress massive, computationally expensive models into smaller, more efficient versions while preserving their performance. Large models, such as GPT-4, require vast amounts of memory and processing power, making them impractical for real-time applications on edge devices or personal computers. … full description “Distilling large language models (available)”
Tag: neural networks
Quantum computing without quantum computers (available)
Quantum Technologies (QT) may revolutionise data science but are often unreliable. Classical and quantum noise makes most of the existing systems highly unstable. This generalised unreliability has limited their applicability to real-world computational problems. In special cases, quantum systems can be simulated on classical computers. As classical simulations are noise-free, they can be used to … full description “Quantum computing without quantum computers (available)”
Training Neural Networks for Analog AI Hardware (available)
Modern AI models achieve impressive performance but require enormous amounts of energy when trained and run on conventional GPU hardware. A promising alternative is analog in-memory computing, where neural network computations are performed directly inside memory devices such as resistive crossbar arrays. This approach can dramatically improve the efficiency of AI systems, but it also … full description “Training Neural Networks for Analog AI Hardware (available)”