Robin R. Penner

Learn More
We have developed an automated reasoning system, called Dynamic Interaction Generation (DIG), which automatically designs and dynamically presents adaptive user interfaces. We have demonstrated DIG in the domain of building management in the form of the DIGBE system. In this report, we focus on the mechanisms we employ to specialize dynamically generated(More)
This paper summarizes the current status of an ongoing research program to explore automated alternatives to the current manual method of designing, implementing, and delivering user interfaces to complex digital control systems. Using examples from two implementations of the model-based interface automation approach that resulted from this research, we(More)
This paper reviews the current state of HCI. We argue that HCI lacks a suucient understanding of the issues that eeect the usability both of computer systems, and of HCI practices in real situations of system design and implementation. In this paper, we explore these issues from the perspective of`problem ownership'. Internally, various constituencies of(More)
We will demonstrate the SHARED software, which contains an implementation of the Automated Interaction Design (AID) approach to dynamic creation of user interfaces. AID uses multiple agents, multiple models, and productive compositional processes to generate need-based user interfaces within a complex control domain. In addition to demonstrating operational(More)
The inherent difficulty in supporting human usability in large control systems—such as building environmental and security systems—derives from the large diversity of components and users within each domain. Each system is different, with different types and organizations of devices; each user is different, and takes different roles; each task a user(More)
  • 1