一句话：提出面向智能生态系统的可靠性新概念，并探讨揭示其故障的新方法。
软件是智能生态系统的核心组成部分。这类大型“系统共同体”由自主、独立且高度异构的系统组合而成，如智慧城市、智能电网和智能建筑。其成员系统并非集中所有，彼此以显式和隐式方式交互，因而不可避免地产生矛盾与故障。这些独特性质给软件工程带来前所未有的问题。本文讨论其中一项重大挑战：为智能生态系统定义新的“可依赖性”概念，并探索揭示其故障的新方法。摘要未报告具体技术方案或实证评估。
Software is a core component of smart ecosystems, large ’system communities’ that emerge from the composition of autonomous, independent, and highly heterogeneous systems, like smart cities, smart grids, smart buildings. The systems that comprise smart ecosystems are not centrally owned, and mutually interact both explicitly and implicitly, leading to unavoidable contradictions and failures. The distinctive characteristics of smart ecosystems challenge software engineers with problems never addressed so far. In this paper we discuss the big challenge of defining a new concept of ’dependability’ and new approaches to reveal smart ecosystem failures.
DOI 原文 ·
@inproceedings{paperbot6383,
title = {Health of smart ecosystems},
author = {Noura El Moussa and Davide Molinelli and Mauro Pezzè and Martin Tappler},
booktitle = {FSE},
year = {2021},
doi = {10.1145/3468264.3473137}
}