4DIAC is a framework for distributed industrial automation and control. It aims to provide an open, IEC-61499-compliant basis that lets the user establish a distributed industrial automation and control environment based on the targets' portability, configurability, and interoperability.
|Tags||IEC 61499 Embedded Systems distributed control real-time control engineering tools|
|Operating Systems||Linux Win32 eCos ThreadX|
|Implementation||Eclipse RCP Java C++|
It is a great pleasure for us to announce that the 4DIAC Users' Workshop will be held again in conjunction with the IEEE ETFA conference (http://ww...
Release Notes: This second maintenance release for 4DIAC 1.4 adds a set of bugfixes to 4DIAC-IDE (6) and FORTE (4).
Release Notes: This is the first maintenance release for 4DIAC 1.4 providing a set of bugfixes to 4DIAC-IDE (10) and FORTE (2).
Release Notes: The main contribution of this release is the improvement of the overall stability and usability of 4DIAC-IDE and FORTE. All in all, this release incorporates the fixes and implementations of more than 84 issues. Additionally, it enhances support for the generic data types (i.e., ANY_INT, ANY_ELEMENTARY, etc.). The biggest news, though, is that the 4DIAC framework now supports all of the IEC 61131-3 Functions and Function Blocks as IEC 61499 Function Blocks. Of course, the IEC 61131-3 Functions are also available for use in Structured Text algorithms.
Release Notes: A critical memory error was found in the FORTE runtime, prompting this third maintenance release for 1.3 providing a set of bugfixes to 4DIAC-IDE (5) and FORTE (2).
Release Notes: This is the the second maintenance release for 1.3, providing a set of bugfixes to 4DIAC-IDE (5) and FORTE (2).