Good observation, Naperlou. PLM software, which is pretty well entrenched in a variety of industries--including automotive and A&D, among many others--is now taking a page from software engineering and looking to broaden out to requirements while at the same time integrating both hardware and software requirements in a shared platform. The idea is that a systems engineering approach isn't really possible if software, electrical, and mechanical systems data is maintained in separate systems. Siemens isn't alone in pursuing this level of integration. PTC and Dassault have also done a ton in this area with their PLM platforms and design suites.
Beth, you have written a lot of articles on this PLM area. Systems engineering has often been tied into software engineering as far as requirements are concerned. On the other hand, integrating hardware requirements has been harder. These PLM systems seem to be following the software world, where there is a two way link between implementation and requirements. This is very important, but it is often not done. It would be interesting to see how entensively these tools will be used in industry and in which industries.
Transfers the control of a large number of motion axes from one numerical control kernel to another within a CNC system, using multiple NCKs, and enables implement control schemes for virtually any type of machine tool.
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