Project Title:
Agent Based Human Interfaces for Space Crews
94-1 12.05 3474
Agent Based Human Interfaces for Space Crews
Abstract:
During staffed space programs, flight crew members have numerous
responsibilities including managing on-board systems, performing
scientific experiments or payload activities, and controlling
external operations. Crew members may be assigned numerous
individual tasks and they oftentimes work in shifts. When the
situation warrants they may be required to interrupt or abort
existing tasks in order to address new situations.
Here, we propose to investigate the applicability of software
learning agents and collaborative agents to computerized space
station tasks. A software agent is a program that runs in the
background and performs user-assigned tasks autonomously. A
learning agent observes user actions or other events in the
background, find repetitive patterns, automates them upon approval,
and gets smarter with user or environment feedback over time. A
collaborative agent learns from other agents and utilizes agent
peers as consultants.
We believe that agents can dramatically improve computerized space
station tasks by optimizing crew workload. We propose to test this
hypothesis by reviewing spacecraft tasks and computational
intelligence methods for spacecraft systems, investigating the
applicabilty of software agent technology to computerized
spacecraft systems, and analyzing the feasibility of implementing
them in computerized spacecraft environments.
The successful completion of our Phase I plans will provide the
foundation for a Phase II effort involving the development of a
software agent prototype for a generic task handling system. The
successful completion of our Phase II plans will enable a
commercialization effort for Phase III to market the developed
software agent to the Fortune 1000 market. Under a Phase III
development effort, we will focus on the commercial product
development, launching and marketing.
Key Words
Charles River Analytics
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