Projects

OpenAPC

OpenAPC is an Advanced Process Control solution that is highly flexible and configurable and covers a wide range of automation, visualization, and process control tasks from home control up to industrial automation. Control applications created with the OpenAPC editor's visual interface can ... [More] perform several tasks dependent on how the application is configured and used. The application is available for many different platforms and operating systems, so OpenAPC projects can be switched over to a different platform easily. [Less]

IndigoSCADA

DCS - SCADA running on Linux and Windows. Development environment C/C++. The HMI is based on QT. Different technologies (EiC, GigaBASE, FastDB) have been integrated. OPC DA 2.05a, A&E 1.10, HDA 1.20, DNP3, RFC 1006 are supported

openSCADA.org

OpenSCADA has taken this trend one step further: by providing an open SCADA platform, system limitation are overcome. This means OpenSCADA is independent of technologies. Furthermore, integration is simple, it is highly configurable, meaning that creating a runtime environment is easy. The running ... [More] system is readily extendible, and test and simulation environments are easily set up. [Less]

GENIVI IVI Layer Management

claimed by GENIVI Alliance

In the automotive domain, most HMI systems use their own window manager implementation. Many applications (e.g. navigation, reverse camera) are implemented standalone and therefore one service is used to composite all applications to final image on the screen Layer Manager. The goal of this work ... [More] package is to define a common API and provide a proof-of-concept implementation for the IVI Layer Management Service. [Less]

Modbus simulator

Modbus RTU and TCP/IP slave simulator. For Testing, Training or Learning these protocols - includes an AllenBradley DF1 master and a slave mode.

FreeSCADA2

The goal of this project is creation of SCADA system with open source code for using it for public purposes as well as commercial needs. The first release is mainly targeted for home users. For users which don't need fully functional SCADA, but need some simple tool for visualizing something. ... [More] Major criteria here are simplicity for end-users, open and simple architecture, availability and newness of used technologies. Main objective here is implementation of fully-functional SCADA system, which in perspective should cover as much as possible stages of production and management processes. Starting from HMI of a technological process, flexible reporting capabilities and ending with integration with other CIM (Computer Integrated Manufacturing) systems. [Less]

plcforum

PLC Forum il sito di riferimento Italiano sull'atomazione industriale, PLC, HMI, inverter, motori ed altro ancora.

hmidesigneditor

human machine interface design editor

imodbus

Objective of this project is to implement: 1. Core: Modbus ASCII/RTU protocol implementation portable library Core in C++. Library should provide: Message classes for request/response messages, conversion from raw byte stream and to raw byte stream (Modbus RTU and ModBus ASCII). 4-table ... [More] Memory convenience classes for simplified implementation of slave devices. Utility functions (LSB2MSB, MSB2LSB, byte2asciihex, etc). When using core library as in 1 above, application developer should only focus on its GUI interface and communication handlers (serial, tcp/ip) & event dispaching. He or she should use Core which implement actual Modbus PDU. 2. Comm: Modbus ASCII/RTU communication engine/library A set of classes implemented as a multi-threaded application which utilize Appl Mac OS X technologies to pool serial or TCP/IP ports, get received Modbus messages and dispatch them to the registered listeners (GUI, log, rdbms, etc), as well as being used to send outgoing messages. Error handling, diagnostics for serial are handled on this level. Application developer would use this component and/or 1 to abstract low-level needs of Modbus communication and just focus its efforts on application development and data processing. [Less]

solar-flow-tracking

These codes are to be integrated into the SDO HMI data repository to produce velocity fields from continuum intensity data. The codes are written predominantly in matlab, which is compiled to executables that run on the pipeline. Instructions for compiling and running may be found in the wiki