Proactive Instructions for Furniture Assembly (2002) [19 citations — 2 self]
Abstract:
Abstract. Tennenhouse [1] coined the term proactive computing where humans get out of the interaction loop and may be serviced specifically according to their needs and current situation. In this paper we propose a framework for proactive assembly instructions which aims to overcome limitations of today’s printed and computer based instructions. By attaching several computing devices and multiple sensors onto different parts of the assembly the system can recognize the actions of the user and determine the current state of the assembly. Depending on the usage mode the system can suggest the next most appropriate action at any point in time. In an experimental case study with the IKEA PAX wardrobe we show the feasibility of the proposed approach. At the end important issues are discussed and future directions are outlined. 1
Citations
| 1459 | STRIPS: A new approach to the application of theorem proving to problem solving – Fikes, Nilsson - 1971 |
| 233 | Knowledge-based Augmented Reality – Feiner, Macintyre, et al. - 1993 |
| 132 | Planning in Time: Windows and Durations for Activities and Goals – Vere - 1983 |
| 123 | Proactive computing – Tennenhouse - 2000 |
| 85 | Implicit Human Computer Interaction Through Context – Schmidt - 2000 |
| 27 | How to clear a block: a theory of plans – Manna, Waldinger - 1987 |
| 22 | Context-aware design and interaction in computer systems – Selker, Burleson - 2000 |
| 6 | Boeing’s wire bundle assembly project – Mizell - 2001 |
| 4 | An Intelligent Environment for Simulating Mechanical Assembly Operations – Gupta, Paredis, et al. - 1998 |
| 1 | Possible worlds planning. In: Reasoning About Plans – Ginsberg - 1991 |
