可信赖且稳健的AI部署设计:将最佳实践支持注入AI部署管道的框架

András Schmelczer, Joost Visser
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引用次数: 0

摘要

值得信赖和强大的人工智能应用程序部署需要遵守一系列人工智能工程最佳实践。但是,尽管专业人士已经可以访问部署人工智能的框架,但案例研究和开发人员调查发现,许多部署并没有遵循最佳实践。我们假设,采用人工智能部署最佳实践可以通过寻找不太复杂的框架设计来改进,这些框架设计结合了易用性和对最佳实践的内置支持。为了调查这一假设,我们应用设计科学方法开发了一个名为GreatAI的新框架,并评估了其易用性和最佳实践支持。最初的设计集中在自然语言处理(NLP)领域,但考虑到泛化。为了评估适用性和普遍性,我们对10位从业者进行了访谈。我们还评估了最佳实践覆盖率。我们发现我们的框架通过一个可访问的接口帮助实现了33个最佳实践。这些目标是在AI开发生命周期中从原型到生产阶段的过渡。来自专业数据科学家和软件工程师的反馈表明,在决定采用部署技术时,易用性和功能性同样重要,并且提议的框架在这两个方面都得到了积极的评价。
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Trustworthy and Robust AI Deployment by Design: A framework to inject best practice support into AI deployment pipelines
Trustworthy and robust deployment of AI applications requires adherence to a range of AI engineering best practices. But, while professionals already have access to frameworks for deploying AI, case studies and developer surveys have found that many deployments do not follow best practices.We hypothesize that the adoption of AI deployment best practices can be improved by finding less complex framework designs that combine ease of use with built-in support for best practices. To investigate this hypothesis, we applied a design science approach to develop a new framework, called GreatAI, and evaluate its ease of use and best practice support.The initial design focusses on the domain of natural language processing (NLP), but with generalisation in mind. To assess applicability and generalisability, we conducted interviews with ten practitioners. We also assessed best practice coverage.We found that our framework helps implement 33 best practices through an accessible interface. These target the transition from prototype to production phase in the AI development lifecycle. Feedback from professional data scientists and software engineers showed that ease of use and functionality are equally important in deciding to adopt deployment technologies, and the proposed framework was rated positively in both dimensions.
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