The LLM space is evolving fast and, with it, so must the way it is benchmarked. So we come to LiveBench – the new way to benchmark LLMs with contamination-resistant, objective and regularly updated test data. Finally, we are improving the way AI performance is measured and assessed, helping our technology become better and more useful, faster.
The AI community has relied on benchmarks for decades to gauge the performance of LLMs and compare their performance with each other. Benchmarks are standardised tests of capabilities or performance on given tasks or metrics. They are a means of checking to see if a tool, in this case a model, is performing the way it should, or if not, identifying where improvement is needed. However, they aren’t always helpful because the rapid development of LLM technology can outpace benchmarks, leaving them unable to provide an uncontaminated or useful evaluation environment.
It is an unbiased product of the collaborative efforts of some of the leading thinkers at Google, Microsoft, Stanford University, the University of Oxford, the University of Edinburgh, DeepMind and Meta – to answer the shortcomings of previous benchmarks. Using questions that are regularly updated from numerous recent sources, LiveBench is unaffected by issues of staleness and contamination. Because the benchmark encompasses a diverse range of tasks, including maths, coding, first-order logic, analogical reasoning and language understanding, it seeks to test the LLMs in ways that resemble real-world applications.
Since then, LiveBench has been developed with input from the research team at Abacus.AI, and from Yann LeCun of Meta, as well as from researchers at Nvidia and several top universities.
LiveBench includes scores of tasks in half a dozen categories that exercise different aspects of LLM ability: applying recent high-school math, generating code, paraphrasing human text while retaining citations, answering open-ended questions about real objects, doing statistical analysis, and more. The benchmark is designed to trip up even the biggest and best-trained models, for a success rate that keeps researchers developing and improving.
The question of what LLMs are best for which applications remains challenging for business leaders and developers alike. Livebench helps with this problem, offering an open, transparent and trustworthy approach to comparing model performance. By avoiding contamination and bias, Livebench offers an anchor for the business world as it seeks to harness – and navigate – AI technology.
In particular, the advantage of LiveBench over other available benchmarks of LLMs is twofold: it can test models with a large and perpetually updated test set, and its scoring is not influenced by manipulation and other forms of contamination. As a result, LiveBench not only minimises the risks of dark datamining but also provides a more objective measure of a model’s actual performance, and not just of what it might have done a few days ago. In short, by defining its tasks in terms of ground-truth values and creating diverse tests, LiveBench enables a more transparent, fairer and insightful evaluation of LLMs.
Looking back at LiveBench as an open benchmark, we can see that not only is this a result of the efforts of the AI research community, but that it’s also a request for further cooperation and contribution from the community. In this way, LiveBench is an open-source benchmark for the evaluation of LLMs that can be used and contributed to by developers worldwide. It allows for broader benchmarking, more inclusive and dynamic work, and keeps pace with the development of AI. Moving forward, LiveBench intends to continue to build out the number of tasks and categories to match the forward march of AI.
LiveBench is the first step towards a much more precise, unbiased and meaningful assessment of LLMs. By removing the worry of contamination and bias, it opens up new avenues for studying and improving AI models. As the tool matures, it will become a vital tool in the development of AI technology, not only for researchers and developers, but also for all those industries and applications that are beginning to adopt AI systems.
The future of AI evaluation is unwritten, but with the debut of LiveBench, it now has a pace-setter.
More Info:
© 2024 UC Technology Inc . All Rights Reserved.