XSim is a simple application that you can use to simulate different processes. For instance, you can use it to simulate tasks to be executed on a processor or industrial processes.
The software enables you to add different components to your process map and easily set connections between them. XSim is a cross-platform application, so it runs on any platform that provides Java support.
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Download and use XSim to simulate industrial processes. It lets you add different components to your process map, and easily set connections between them. This software allows you to visualize and simulate processes, such as fluid-handling, electric arcs and combustion. The XSim simulation software supports process simulations on different platforms, such as Windows, Linux, Mac and AIX. Also, the application was designed with Java support, which means that it can be used on any platform that supports Java, such as Windows, Linux, Mac, AIX, and Solaris.
XSim Components:
You can add different components into your process map and easily set connections between them. From chemical processes to electric arc and fluid handling, the XSim simulation software lets you simulate the process of your interest. It lets you inspect the whole map, search or filter the selected component, and control simulation parameters. The software also provides you with the option to display information in graphical format, which can be useful to understand the process step by step. This software also lets you control the following process components:
• Pipe/Fluid
• Valve
• Fan
• PLCs
• Flow sensor
• Heat exchanger
• Pump
• Air flow meter
• Welding machine
• Anode, Cathode, and Shielding
• Flame
• Electric Arc
• Gas lighting
• Acoustic probe
• Steam flow controller
• CPU fan
• Compressor
• Unidentified component
• Unidentifiable component
You can conduct simulations on your computer. You can watch the simulation from your computer. You can also save, print, and copy a process map with the process map simulator.
XSim Installer:
The XSim software installer will download and install XSim automatically. If you have trouble installing the software, please follow the instruction below:
1. Launch your Internet browser, and enter the following URL in the address line:
ftp://ftp.ibm.com/software/ws if IBM
ftp://ftp.ibm.com/software/university/isa/instruction/news if IFD
ftp://ftp.ibm.com/software/university/step/instruction/News if STEP
2. You will be prompted to login to the Interactive DNA Installation System (IDAS) at the IBM web site. If you have trouble logging in, please refer to the following URL:
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This project follows the jQuery AJAX API Tutorial. Some of the files: The client side code is contained in the HTML page itself. You will have to edit this HTML and add some basic HTML elements. You will not have to modify any of the CSS except the link in the text.
Customizable
The tabs (Header, Link, Text, Normal Text) are all customizable. The Header can be styled and the tabs placed anywhere on the page. The default color of the tabs is gray and we have added a tab for inserting videos. If you would like the tab to default as green you only need to change the color=”green” property on the li element inside the tab.
Using Element Extras
To use the Element Extras you need to initialize the addon by calling the init() function once. You can then use the various functions directly. The Callback is invoked when an element is changed.
The following demo tab shows how to use the API. The focus on the text area will call the callback function.Track and trace
Track and trace is the process of monitoring and tracing the movement of goods through a supply chain, in order to identify stock movement, trace inventory and eliminate unreported consignments and avoid double-booking.
In the food and agricultural industry, track and trace involves electronic tagging and the monitoring of tagged goods as they move from point of origin to point of consumption. Some of the early tags used include bar codes, RFID, GPS, GPS/GIS and intelligent electronic components.
Other tags may include stickers, tags and electronic labels.
Functions of a track and trace system
The purpose of a track and trace system is to ensure that the correct product is delivered to the consumer and the correct quantity delivered to the location where the consumer receives their goods.
The purpose of a track and trace system is to improve safety, quality and service for the consumer.
The effectiveness of a track and trace system is dependent on the distribution system, the business structure and the management of the distribution, storage and logistics.
Goods movement
Once the product is stored, shipped and delivered, it is important to know where it goes. GIS can be used in combination with GPS to help track and trace the movement.
Track and trace process
Tracking and tracing is a process through which companies that use stock track and trace systems can track inventory and identify unreported and missing consignments of
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XSim is a simulator for processes. It provides a way of simulating the execution of software tasks over time. Users can freely control the simulation and can view the results in graphical mode or text mode. XSim can be used for training tasks and simulations to be run on industrial equipment. There is a library for easy development of plug-ins that can be added to XSim.
XSim Development:
If you have programming experience in Java, you can develop plug-ins for XSim for your own specific needs. The library provides a set of functions and classes that the developer can customize.
NEMUX is a windows crossplatform project to work with PEM. The PEM stands for a text based protocol for communicating with the DALI devices that control the elevator and the doors. The elevator needs a push button that has to be pressed when the door has to be closed. If there is no push button the door should be open until the next door is closed. NEMUX makes it possible to implement this very well. NEMUX can be run on windows, Mac and Linux.
Specialist Network Monitoring Framework written in Delphi. It is based on Wireshark and OSEP Packet Re-assembly API by Yves Eloy. It enables easy capture of LAN and WLAN data while performing wireless LAN packet analysis. It can capture raw (uncompressed) 802.11 packets, compressed 802.11 packets (RSA-AES, Aes128/Aes192/Aes256), IEEE 802.11a/b/g frames (20, 40 and 80MHz), IEEE 802.11s preamble frames (20 and 40MHz) and IEEE 802.11p preamble frames (20MHz). It has a builtin module for hardware inspection, packet reassembly and packet headers analysis, a specialized tool for 802.11 A/G wireless packets, a module for 802.11 IEEE 802.11b and IEEE 802.11g Decrypt/Xor, a module for IEEE 802.11a/b/g Decrypt/Xor, a module for 802.11 rt2870 802.11a/b/g de-authentication attack detection and a module for IEEE 802.11 a/b/g basic rate 5-AMPS attack detection. Other utilities are available to inspect generated/captured packets for packet fields content, frame header and handshaking information, assemble fragmented and datagram packets,
What’s New in the?
Add the XSim control algorithm to your Java application to simulate processes and control different devices.
XSim offers three main functionalities:
Setting a process, i.e., creating a process with a starting status, where all the performed actions are recorded. This is equivalent to creating a new job.
Simulating processes, i.e., executing a process with optional outcomes.
Controlling processes, i.e., executing a process, with optional outcomes.
Dependencies:
Minimum supported by XSim is Java 1.6.0 or newer.
J2SE Runtime Environment
Supported Java Platforms:
Windows, Linux, OS X.
Minimum Supported J2SE Required:
1.6.0 or newer.
Support:
XSim Web services are available as a set of Python applications (e.g., webservice, s0rver, s0rver-ui). To manage XSim services by your web server, you can create a new user account at the Python site and install XSim with this account. (Disclaimer: XSim Web Services has a certain quota, and it is the client’s responsibility to use them within their quotas.)
An XSim executable was created for windows, and if you wish to add a new platform to XSim, you can send an email to jasperie@it.vuw.ac.nz.
Control system:
Simulates circuits, steppers, two-dimensional air objects, and sequence-controlled devices. You can also have one or more XSim machines connected with an external computer. When a XSim machine and an external machine are connected, the machines communicate by TCP/IP.
Utility systems:
XSim offers several kinds of utility systems and outputs. They are great for temporal workflows and processes, sequences, controlling devices, and more.
History information:
This version is available for download at
XSim is used to simulate, schedule and control 3D objects. XSim is a cross-platform application, so it runs on any platform that provides Java support.
XSim Description:
This section describes the core functionality of XSim and gives an introduction to the most important XSim components.
Setting a process, i.e., creating a process with a starting status, where all the performed actions are recorded
System Requirements:
OS: Windows 10, Windows 8.1, Windows 8
Windows 10, Windows 8.1, Windows 8 Processor: Intel® Core™ i5-2500, AMD Athlon® II X4 630, 2.8 GHz
Intel® Core™ i5-2500, AMD Athlon® II X4 630, 2.8 GHz Memory: 8 GB RAM
8 GB RAM Graphics: NVIDIA GeForce GTX 760 with 1 GB VRAM
NVIDIA GeForce GTX 760 with 1 GB VRAM DirectX: Version 11
Version 11 Storage: 4 GB available