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PDDL2.1: An Extension to PDDL for Expressing Temporal Planning Domains
, 2003
"... In recent years research in the planning community has moved increasingly towards application of planners to realistic problems involving both time and many types of resources. For example, interest in planning demonstrated by the space research community has inspired work in observation scheduling, ..."
Abstract
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Cited by 609 (41 self)
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, planetary rover exploration and spacecraft control domains. Other temporal and resource-intensive domains including logistics planning, plant control and manufacturing have also helped to focus the community on the modelling and reasoning issues that must be confronted to make planning technology meet
Planning in Manufacturing Domains Controlled by Case-Based Reasoning
"... In this paper a class of planning problems is dealt with where resources have a central role: they can allow for many alternative courses of actions, but, at the same time, they have to be used economically. Such problems are typical in manufacturing domains, e.g., in manufacturing process plan ..."
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In this paper a class of planning problems is dealt with where resources have a central role: they can allow for many alternative courses of actions, but, at the same time, they have to be used economically. Such problems are typical in manufacturing domains, e.g., in manufacturing process
Toward Dynamic Ontologies for the Industrial Manufacturing Domain
"... Abstract. The manufacturing enterprise as a whole is a highly dynamic environment, because of the continuous changes of the market. This happens as a result of the evolving variables that restrict it. Such aspect forces the enterprise to be more competitive. Despite of such needs, there are situatio ..."
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the manufacturing enterprise. In this work, we present: a review of these limitations, explaining use cases where dynamic ontologies can be useful for manufacturing. Furthermore, we deliver an open problem and some questions related with this domain. The advantages of solving this open problem are outlined using
OBJECT-ORIENTED APPLICATION FRAMEWORK ON MANUFACTURING DOMAIN
"... The problematic issues in the development of manufacturing software systems are related to the various nature of manufacturing systems, which are wide, dynamic and complex. The purpose of this paper is to provide a solution by using framework-based software engineering to solve these problems. Frame ..."
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Cited by 1 (0 self)
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can be adapted to suit specific manufacturing applications. This paper focuses on two subdomains of the manufacturing domain, i.e., Production Management (PM) and Statistical Quality Control (SQC). A generic model is defined based on the structure and behavior of each of the PM and SQC subdomains
Architecture-Centered Information Systems in the Manufacturing Domain
"... this paper, the description of architecture is taken from a variety of reliable sources. and constraints on the process of designing, developing, and deploying information systems. [Adow95], [Alle94], [Kazm96], [Perr92]. Architecture must define the parts, the essential external characteristics of e ..."
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is it important to the design and deployment of software applications in the manufacturing domain? Manufacturing information systems possess a unique set of requirements, which are continuously increasing in complexity. In the past, it was acceptable to provide manufacturing information on a periodic basis
The role of foundational ontologies in manufacturing domain applications
- LNCS
"... Abstract. 1 Although ontology has gained wide attention in the area of information systems, a criticism typical of the early days is still rehearsed here and there. Roughly, this criticism says: general ontologies are not suited for real applications. We believe this is the result of a misunderstand ..."
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Cited by 11 (1 self)
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in the manufacturing control area. Our approach (partially presented here through an example) provides a domainspecific ontology which is explicitly designed for applications, theoretically organized by a foundational ontology, driven by the application field for all intents and purposes, suitable for communication
Architecture–Centered ERP Systems in the Manufacturing Domain
"... Architecture is the semantic bridge between the requirements and software. The use of an architecture–centered development process for delivering information technology began with the introduction of client / server based systems. Early client/server and legacy mainframe applications did not provide ..."
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not provide the architectural flexibility needed to meet the changing business requirements of the modern manufacturing organization. With the introduction of Object Oriented systems, the need for an architecture– centered process became a critical success factor. Object reuse, layered system components, data
Ontology-Based Capability Management for Distributed Problem Solving in the Manufacturing Domain
- Multiagent System Technologies – Proceedings of the First German Conference, (MATES 2003
, 2003
"... Providing services within multiagent systems, an agent has to register itself with a distinct description of its main capabilities in yellow page services. If another agent is requesting to solve a specific task, it has to be decided whether or not the requested agent is capable of performing th ..."
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Cited by 6 (1 self)
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have to be established to address this problem. For the case of indi#erent concepts we are introducing a conflict-based approach for capability negotiation as well as an application scenario for this approach in the manufacturing domain.
Representation Design and Brute-force Induction in a Boeing Manufacturing Domain
- Applied Artificial Intelligence
, 1994
"... We applied inductive classification techniques to data collected in a Boeing plant with the goal of uncovering possible flaws in the manufacturing process. This application led us to explore two aspects of classical decision-tree induction: (1) Preprocessing and postprocessing and (2) brute-force in ..."
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Cited by 46 (4 self)
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We applied inductive classification techniques to data collected in a Boeing plant with the goal of uncovering possible flaws in the manufacturing process. This application led us to explore two aspects of classical decision-tree induction: (1) Preprocessing and postprocessing and (2) brute
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