JMT – Java Modelling Tools provides users with a useful collection of Java application designed for modelling, performance evaluation and capacity planning. The current stable version of the suite encompasses six Java applications: · JSIMgraph – Queueing network models simulator with graphical user interface · JSIMwiz – Queueing network models simulator with wizard-based user interface · JMVA – Mean Value Analysis of queueing network models · JABA – Asymptotic Analysis of queueing network models · JWAT – Workload Analysis from log and usage data · JMCH – Markov chain simulator (didactic tool)


 

 

 

 

 

 

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JSIMGraph is a state machine-based network modeler. It is an easy and intuitive tool for modelling and simulating queuing systems. The graphical user interface allows a convenient configuration of simulation parameters and model input parameters, and allows for easy definition of modes, edges and nodes. The JSIMGraph graphical user interface also provides an easy means to edit and view the simulated model. JMVA, JABA and JMCH are all asymptotic analysers that are aimed at large-scale network models. JMVA analyzes large networks to determine the steady-state characteristics such as mean service time and throughput for steady states, and analyses also reach the traffic generation function. JABA and JMCH analyze large-scale networks and determine the steady-state characteristics for short time periods, and the traffic generation function. JWAT is a workload analysis tool that is aimed at the analysis of log file and usage data. It predicts the average of total system response time, queue length, number of errors, and queue size. It should be noted that JSIMGraph, JMVA, JABA and JMCH are Java application suites that require a Java Runtime Environment (JRE) to execute the Java programs. JSIMGraph, JMVA, JABA and JMCH can be used in standalone mode (that is, the Java programs can be executed in the absence of a network simulator), or together with JMT-Java Modelling Tools Network (JMT-JNN). JWAT can be used alone or in combination with JMT-Java Modelling Tools Java Performance (JMT-JPP). JSIMGraph: JSSimGraph is a state machine-based queuing system simulator that is a graphical user interface for JSIMGraph. JSIMGraph provides users with a means to define mode edges, nodes and states. States are used to specify simulation conditions. Edges between modes define the type of transition between modes. Typically, edges define the number of events of a type that lead from a given mode to another. JSIMGraph defines mode edges as: arrival edges, service edges, and deadlock edges. The arrival edges specify the arrival data points of the event type in the mode that is the target of the mode edge. The service edges specify the service data points of the event type in the mode that is the target of the mode



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JMT – Java Modelling Tools Torrent Download is a software suite for modelling, performance evaluation and capacity planning of complex (queuing and connection-oriented) communication networks. The main task of this toolkit is to represent the state transition diagrams, which are constructed using the UML profile NS2. The presented toolkit supports further extension with extended models and profile compatible extensions. The aim of the simulator is to provide the user with a tool for specifying, solving and evaluating the models. The main tasks of the apparecal software are: · Export and import complex network models from their graphical representations into the simulation environment · Simulate models with several agents · Check model’s stability · Model performance evaluation · Grid-based simulations with shared network resources, dynamically allocated client and server cells As we can see, in this article we will analyze the plans provided by the of Java Modeling Tools. Before we start, we want to highlight few things that are not implemented directly in the JMT – Java Modelling Tools, and therefore we need to be careful with the way to analyze its output. 1. Decisions made by the developers of the tools cannot be completely relied upon, as the developers often make new versions of the application and modify the original functionality. 2. The constraints used in the application (tools) are often only one possible solution. In the case that we are not certain about the solution, the user can also be notified. 3. A specific problem of the application, not implemented directly in the Java Modeling Tools, is the inability to change the size of the cell that is handled in the simulation. 4. Finally, the GUI of the application is not a Java GUI as we find in a regular Java application. Our plan is: to write two tools, which is the performance evaluation tool, and the capacity planning tool. For the performance evaluation tool we will use the second version of the JMT – Java Modelling Tools, which is released three years ago. The new version of the performance evaluation tool uses a new technology to a analyze the performance of the network and more recent simulation technologies. In this case, we are using a virtual multilayer client and a virtual multilayer server. The capacity planning tool is a very new tool, which takes advantage of the technology that is implemented in the first version of the JMT – Java Modelling Tools. It uses a new technology for the simulation of network resources, and the current version of the capacity planning tool. The plan 2f7fe94e24



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JaViS is a collection of Java application, which are designed for modelling, performance evaluation and capacity planning of networks. JaViS collections of Java applications cover most popularly used queueing networks models such as M/M/c, FIFO, DPM, etc. JMT consists of 4 applications. Every application is a Java application developed using Java technology. Copyright (c) 2008 by The authors. Licensed under the Apache License, Version 2.0 (the «License»); you may not use this file except in compliance with the License. You may obtain a copy of the License at Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an «AS IS» BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License. See the LICENSE file in the project’s top-level directory for details. Runtime Parameters: 1. JDK >= 1.6.0 2. JRE >= 7 3. JDK >= 1.4.2, 2.2.10 Compiler Parameters: 1. javac -version 2. javac -version 3. javac -version 4. javac -version 5. javac -version 6. javac -version 7. javac -version 8. javac -version 9. javac -version 10. javac -version 11. javac -version 12. javac -version 13. javac -version 14. javac -version 15. javac -version 16. javac -version 17. javac -version 18. javac -version 19. javac -version 20. javac -version 21. javac -version 22. javac -version 23. javac -version 24. javac -version 25. javac -version 26. javac -version 27. javac -version 28. javac -version 29. javac



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The current stable version of JMT-Java Modelling Tools contains six Java applications: — JavaScript Simulator JSIMgraph ( The JSIMgraph Java application is a queueing network models simulator, with an advanced GUI-based performance evaluation and capacity planning tool. It is able to model both idealized and realistic systems by incorporating the ability to specify models at different levels of abstraction. — JSIMwiz ( The JSIMwiz Java application is a queueing network models simulator, with an advanced GUI-based performance evaluation and capacity planning tool. It is able to model both idealized and realistic systems by incorporating the ability to specify models at different levels of abstraction. The users can use JSIMwiz to create and simulate models and view the associated performance indicators, such as waiting times, blocking probabilities, and queuing delay. — JavaScript Markov Chain Simulator JSIMMC ( JSIMMC Java application is a Markov chain simulator for queuing network models. It is able to model both idealized and realistic networks by employing a user-friendly interface, which also incorporates the capacity planning tools available in JSIMgraph. — JavaScript Markov Chain Simulator JSIMMC* ( JSIMMC* Java application is a Markov chain simulator for queuing network models. It is able to model both idealized and realistic networks by employing a user-friendly interface, which also incorporates the capacity planning tools available in JSIMGraph. The user model is specified in a JMX file format. — JavaScript Agent-Based Simulation JSIMABS ( JSIMABS Java application is an agent-based simulation program to model queuing networks. It is able to model idealized and realistic networks by employing an intuitive graphical interface. — JavaScript Agent-Based Simulation JSIMABS* ( JSIMABS* Java application is an agent-based simulation program to model queuing networks. It is able to model idealized and realistic networks by employing an intuitive graphical interface. The user model is specified in a JMX file format. You can download and install the applications in the latest stable version from: — JSIMgraph The JavaScript Simulator is a queueing network models


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