RI:Medium: Collaborative Research: Creating Organizationally Adept Software Agents and their Organizations

这个项目的核心是设计，开发和评估的计算表示和算法，使软件代理，是有组织的熟练。一个善于组织的代理人不仅知道自己在组织中的角色，而且还可以监控自己履行组织责任的情况，并主动调整自己的行为以更好地满足组织需求。智能智能体评估自己的行为时，（以代理人为中心）自我利益，而不是他们的（以组织为中心）相互承担责任，由组织上熟练的代理人进行的激励和适应意味着最终的组织设计是由自上而下的设计组合而成的（以产生一个“大致”的组织）和紧急的改进过程。此外，这种组合可以是迭代和持续的，在组织上熟练的代理可以检测自上而下和紧急的影响之间的紧张关系，并通知运行时的交互模式和环境的趋势，建议有用的自上而下的组织restructures.The智力问题正在追求的实际问题的核心，在缩放多代理系统，以帮助解决复杂的，长期的，全球性的问题的设计过程。社会面临的许多重大挑战，包括气候变化、医疗保健和可持续能源|需要长期致力于监视和管理分布式活动。由软件代理填充的网络计算机系统可以不断测量，比较和解释信息以理解和响应大规模现象，有望解决这些挑战，但需要本项目中提出的创新。其次，虽然该项目是专门针对计算代理的组织，但我们的结果将为人类组织的研究提供信息。为了鼓励分享见解和结果，研究人员将组织一个关于以组织为中心的推理的多学科研讨会，并将培训一批跨学科的研究生。

The centerpiece of this project is the design, development, and evaluation of computational representations and algorithms for making software agents that are organizationally adept. An organizationally-adept agent is not only aware of its role(s) in an organization, but can also monitor how well it is fulfilling its organizational responsibilities and can proactively adapt its behaviors to meet organizational needs better. Organizationally adept agents evaluate their behaviors based not on their (agent-centric) self-interests but rather on their (organization-centric) responsibilities to each other, and autonomously adapt to achieve organizational objectives emergently.Elaboration and adaptation by organizationally adept agents means that the ultimate organization design is formed by a combination of top-down design (to produce a "ballpark" organization) and emergent refinement processes. Further, this combination can be iterative and ongoing, where organizationally adept agents can detect tension between top-down and emergent influences, and inform the design processes of runtime interaction patterns and environmental tendencies that suggest useful top-down organization restructurings.The intellectual problems being pursued are central to practical issues in scaling multi-agent systems to help solve complex, long-term, global problems. Many critical challenges facing society including climate change, health care, and sustainable energy|require a prolonged commitment to monitoring and managing distributed activities. Networked computer systems populated by software agents, which can be constantly measuring, comparing, and interpreting information to understand and respond to wide-scale phenomena, promise to address such challenges, but need the kinds of innovations proposed in this project. Second, while the project is specifically looking at organizations for computational agents, our results will inform, and be informed by, research on human organizations. To stimulate sharing insights and results, the investigators will organize a multi-disciplinary symposium on organization-centric reasoning, and will train an inter-disciplinary cohort of graduate students.