Internet of Things (IoT) has recently gained much attention due to the overwhelming advantages it brings to our daily lives. The metaphor Things in an IoT does not only represent a variety of hardware, such as simple sensors, actuators or complex devices (e.g., vehicles, charging stations, heating control) it can also comprise pure software instances that might be service-oriented or data-driven. Thus, huge interoperable networks evolve producing large amounts of data and providing a tremendous quantity of services that are supposed to be handled in a distributed manner. An IoT offers the possibility to develop completely new cross-domain solutions but also comes with a lot of challenges for areas such as data aggregation, automated service selection or distributed planning.
On the confluence between IoT and Multi-Agent Systems (MAS), there is a strong ongoing trend for the IoT to adapt to the intelligent nature/architecture of the MAS that we termed as Internet of Agents (IoA). The IoA workshop emphasizes on the current range of nascent network centric agents that operate on IoT infrastructures. From a broader point of view, this includes agents' efforts to form collaborative units as well as the techniques and methodologies for constructing online agents that represent interests of their actual counterparts (e.g., hardware devices or sensors) and take actions autonomously. This workshop will reflect the impacts of the dynamic network proliferation and start of smart agent systems that exploit and explore opportunities heralded by the fast social-pace of interconnectivity. From a narrow point of view, we aim to collect, to present, and to discuss (practical) applications and cognitive foundations surrounding agent-based approaches that successfully overcome well-known challenges of software that operates on IoT environments in order to identify promising scenarios that motivate a broader use of agent-technology for the development of IoT-software.
The topics of interest for the IoA workshop will comprise all technical issues that are related to IoT systems and can be solved via an (multi-)agent based approach. More concrete, these include but are not limited to:
Agents-based interactive environments
Architectures of cognitively reasoned things and interactions
Cooperation and collaboration mechanisms
Automated service discovery or selection
Quality-of-Service (QoS) and service composition
Computational models of distributed technologies
IoT/M2M applications and services employing MAS
Globalized networks and grid alliances
Network-centric warfare, individualism or organizations
IoA security including self-healing and self-protection
IoA monitoring and control including self-configuration/-adaption/-optimization
05月08日
2017
会议日期
初稿截稿日期
初稿录用通知日期
终稿截稿日期
注册截止日期
2016年10月13日 美国 Omaha,USA
2016第一次国际网络代理研讨会
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