The Task and Workslip Scheme for Personal Agent Systems
type: CreativeWork
description: The Task and Workslip Scheme for Personal Agent Systems is a collection of concepts enabling the intelligent communication of small agents, and a set of philosophical guidelines to aid in the design of intelligent systems to assist people in day-to-day tasks. The intention behind the scheme is to empower people to take control of their own computing power to achieve the kind of automatic personal assistance that otherwise can only be achieved with corporate computing. The scheme addresses the issue of how to provide people with these tools in three ways. it provides a theoretical framework for the design of small pieces of software, Agents, which communicate using usefully-structured information, Workslips, and can combine to form helpful systems for people, Personal Agent Systems. It provides a set of philosophical guide-lines which suggest particular design choices developers should make while developing these Agents. Finally it provides a reference implementation, TWPARI-J, which can be used to develop these Agents and provides practical examples of the philosophical guidelines. To demonstrate the effectiveness of TWPARI-J and the applicability of the philosophical guidelines and conceptual framework, three example systems are presented which allow people to: adjust their alarm clocks according to the weather, plan their shopping according to sales prices of local stores, and to get assistance monitoring the state of their network in an intelligent fashion. For each system particular instantiations are provided where the system is able to help a particular person. The scheme provides a simple system to create personal assistant system, often without needing to write new software, and simplifies Agent development. The scheme allows people to use the system and develop applications with a maximum of flexibility using a minimum of work.
abstract: The Task and Workslip Scheme for Personal Agent Systems is a collection of concepts enabling the intelligent communication of small agents, and a set of philosophical guidelines to aid in the design of intelligent systems to assist people in day-to-day tasks. The intention behind the scheme is to empower people to take control of their own computing power to achieve the kind of automatic personal assistance that otherwise can only be achieved with corporate computing. The scheme addresses the issue of how to provide people with these tools in three ways. it provides a theoretical framework for the design of small pieces of software, Agents, which communicate using usefully-structured information, Workslips, and can combine to form helpful systems for people, Personal Agent Systems. It provides a set of philosophical guide-lines which suggest particular design choices developers should make while developing these Agents. Finally it provides a reference implementation, TWPARI-J, which can be used to develop these Agents and provides practical examples of the philosophical guidelines. To demonstrate the effectiveness of TWPARI-J and the applicability of the philosophical guidelines and conceptual framework, three example systems are presented which allow people to: adjust their alarm clocks according to the weather, plan their shopping according to sales prices of local stores, and to get assistance monitoring the state of their network in an intelligent fashion. For each system particular instantiations are provided where the system is able to help a particular person. The scheme provides a simple system to create personal assistant system, often without needing to write new software, and simplifies Agent development. The scheme allows people to use the system and develop applications with a maximum of flexibility using a minimum of work.
author: Kendon, Tyson James
language: eng
keywords: Task and Workslip, Personal Agent Systems
date published: 2019-05-29
date modified: 2026-07-24T01:30:15Z
provider: University of Calgary
publisher: Networked Digital Library of Theses and Dissertations
type: WebPage
source organization: Science

PropertyValue
property ID: Handle
value: http://hdl.handle.net/1880/110444

PropertyValue
property ID: DOI
value: 10.11575/PRISM/36603