Jörn W. Janneck
Lund University, Computer Science, Faculty Member
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Research Interests: Applied Mathematics, Computational Modeling, Flow Control, Control Systems, Control system, and 11 moreComponent Reuse, Sampling methods, Performance Model, Software Implementation, Design Methodology, Real Time, Control System Design, Hardware Implementation of Algorithms, User Interaction, Electrical And Electronic Engineering, and Software Performance
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Research Interests: Real Time Computing, Control system, Rocket/Missile Embedded Control System, Real Time Scheduling, Liquid State Machine, and 10 moreReal Time, Differential equation, Software Tool, Multiple model, Design and Implementation, Embedded System, Component-Based Design, Task Scheduling, Simulation Tool, and Real Time Operating System
In order to facilitate modeling of complex hierarchical and dynamically structured concurrent systems this paper proposes extending high-level Petri nets with parametric and dynamic net structures based on a Petri net component concept.... more
In order to facilitate modeling of complex hierarchical and dynamically structured concurrent systems this paper proposes extending high-level Petri nets with parametric and dynamic net structures based on a Petri net component concept. It proceeds to show how to apply ...
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Abstract The process of designing complex manufacturing machines involes problems of interdisciplinary communication, design space exploration as well as design evaluation and analysis that can best be solved by integrating modeling and... more
Abstract The process of designing complex manufacturing machines involes problems of interdisciplinary communication, design space exploration as well as design evaluation and analysis that can best be solved by integrating modeling and simulation stages into the development ...
Research Interests: Usability, Semiconductor Manufacturing, Modeling and Simulation, Petri Nets, Space Exploration, and 12 moreCase Study, Manufacturing Engineering, Process Design, Design Space Exploration, Petri Net, Development Process, Design Evaluation, Object Oriented, IC Packaging, Critical Path Analysis, Electrical And Electronic Engineering, and Integrated Circuit Packaging
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Efficient simulation of Petri net models is a key factor for the utility of this modeling formalism for real-world problems. Their locality and high degree of concurrency makes them candidates for parallel and distributed execution. An... more
Efficient simulation of Petri net models is a key factor for the utility of this modeling formalism for real-world problems. Their locality and high degree of concurrency makes them candidates for parallel and distributed execution. An important condition for efficient distributed ...
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Since computation in multimedia systems is often stream-oriented, it is often best represented as a dataflow program, which accounts for the growing popularity of dataflow in these application areas, eg [1]. Due to the very different... more
Since computation in multimedia systems is often stream-oriented, it is often best represented as a dataflow program, which accounts for the growing popularity of dataflow in these application areas, eg [1]. Due to the very different nature of dataflow computing, the techniques ...
Petri nets are an established and well researched means for systems modeling and simulation, but its use in the engineering community is not as widespread as the applicability of the formalism would suggest. A reason for this might lie in... more
Petri nets are an established and well researched means for systems modeling and simulation, but its use in the engineering community is not as widespread as the applicability of the formalism would suggest. A reason for this might lie in the fact that there is no ...
Research Interests:
An approach, called exploratory simulation, is presented that facilitates the automatic exploration through the con guration and design alternatives of a system. The approach builds upon a few extensions to an otherwise conventional... more
An approach, called exploratory simulation, is presented that facilitates the automatic exploration through the con guration and design alternatives of a system. The approach builds upon a few extensions to an otherwise conventional high-level Petri net formalism. As an example, a ...