Add to ORKGPtolemy is a flexible and extensible platform for simulations, rapid prototyping, and other software systems. It is our third generation software environment, building on our experience with Blosim, a signal processing simulation system, and Gabriel, a prototyping environment for real-time signal processing. Unlike its predecessors, Ptolemy does not enforce a single simulation or execution model; it supports mixed hardware and software designs, mixed-mode system descriptions, and mixed prototyping methodologies
Typical complex systems that involve microsensors and microactuators exhibit heterogeneity both at t...
<p>The CoSMoS process advocates an iterative lifecycle, consisting of three separate phases (discove...
Kratos Multiphysics (A.K.A Kratos) is a framework for building parallel multi-disciplinary simulatio...
Ptolemy is a flexible and extensible platform for simulations, rapid prototyping, and other software...
Ptolemy is an environment for simulation and prototyping of heterogeneous systems. It uses modern o...
The ambitious objectives of the Ptolemy project include practically all aspects of designing signal ...
Ptolemy is an environment for simulation, prototyping, and software synthesis for heterogeneous sys...
This paper describes an open-source simulator for cyber-physical systems called CyPhySim that is bas...
concurrent, real-time, embedded systems. The focus is on assembly of concurrent components. The key ...
this paper a survey is presented that concerns about heterogeneity in specification (model) and impl...
Concurrent systems are becoming increasingly common in spite of their complexity. Therefore, a multi...
This report studies the continuous time and mixed-signal simulation techniques in the Ptolemy II env...
Complex control systems integrate a variety of functions and capabilities, which will in general rel...
Event-driven simulators are an effective way to behaviorally describe a system. Timing constraints ...
Abstract: Current tools for design and implementation of embedded systems lack sufficient support fo...
Typical complex systems that involve microsensors and microactuators exhibit heterogeneity both at t...
<p>The CoSMoS process advocates an iterative lifecycle, consisting of three separate phases (discove...
Kratos Multiphysics (A.K.A Kratos) is a framework for building parallel multi-disciplinary simulatio...
Ptolemy is a flexible and extensible platform for simulations, rapid prototyping, and other software...
Ptolemy is an environment for simulation and prototyping of heterogeneous systems. It uses modern o...
The ambitious objectives of the Ptolemy project include practically all aspects of designing signal ...
Ptolemy is an environment for simulation, prototyping, and software synthesis for heterogeneous sys...
This paper describes an open-source simulator for cyber-physical systems called CyPhySim that is bas...
concurrent, real-time, embedded systems. The focus is on assembly of concurrent components. The key ...
this paper a survey is presented that concerns about heterogeneity in specification (model) and impl...
Concurrent systems are becoming increasingly common in spite of their complexity. Therefore, a multi...
This report studies the continuous time and mixed-signal simulation techniques in the Ptolemy II env...
Complex control systems integrate a variety of functions and capabilities, which will in general rel...
Event-driven simulators are an effective way to behaviorally describe a system. Timing constraints ...
Abstract: Current tools for design and implementation of embedded systems lack sufficient support fo...
Typical complex systems that involve microsensors and microactuators exhibit heterogeneity both at t...
<p>The CoSMoS process advocates an iterative lifecycle, consisting of three separate phases (discove...
Kratos Multiphysics (A.K.A Kratos) is a framework for building parallel multi-disciplinary simulatio...