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AI Engineering - New Challenges in System and Software Architecting and Managing Lifecycle for AI-based Systems

机译:AI工程 - 基于AI的系统和软件架构和管理生命周期的新挑战

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Artificial Intelligence based on Machine Learning, and in particular Deep Learning, is today the fastest growing trend in software development, and literally used in all other research disciplines, with a very high impact on the modern society. However, a wide use of AI in many systems, in particular dependable systems, is still far away of being widely used. On the one hand there is a shortage of expertise, on the other hand the challenges for managing Al-based complex and dependable systems are enormous, though less known, and in general underestimated. Some aspects of these challenges are based on management of resources, including computational, data storage capacity, performance, and real-time constraints. Introduction of Al-based components, i.e. components that includes AI algorithms, require significant changes in system and software architecture, and its successful deployment is based on many architectural decisions and on changes of the development process. This talk discusses some of these challenges, illustrate a case of Cyber-physical systems, and gives some ideas for new research in software engineering inducing software architecture, i.e. for AI engineering.
机译:基于机器学习人工智能,尤其是深学习,今天是在软件开发中增长最快的趋势,而在所有其他研究学科字面使用,在现代社会非常高的冲击。然而,在许多系统中广泛使用的AI,特别可靠的系统,还远被广泛使用。一方面,有专业知识的短缺,而另一方面,用于管理基于铝的复杂和可靠的系统所面临的挑战是巨大的,但很少有人知道,在一般的低估。这些挑战某些方面是基于资源,包括计算,数据存储容量,性能和实时限制的管理。基于铝成分的介绍,即组件包括AI算法,需要在系统和软件架构显著的变化,它的成功部署基于许多建筑的决定,并在发展过程中的变化。本讲座将讨论其中的一些挑战,说明网络物理系统的情况,并给出了在软件工程中的一些想法对新的研究引发的软件架构,即对于AI工程。

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