November 1 - 5, 1997
Hyatt Regency Lake Tahoe
Incline Village, Nevada; USA
In today's high-end chip designs, more than half of the engineers working on the "chip" are actually writing software for use as part of the chip itself. It must be as correct as the hardware. For this reason, a large number of electronic design technology researchers are now turning their attention to software and the hardware/software interface as the next big EDA challenge. A significant community has built up around the formal models of hardware and mixed hardware/software systems, with emphasis today on a synchronous reactive model of such systems. New languages are being developed for the design of embedded systems and, for many applications, the notion of automated synthesis of run-time environments is being implemented. Formal verification techniques, automatic generation of "covers", and algebras for embedded software are all under development. Many of the ideas being explored have their roots in the software community, for example today's emphasis on "interface based design" or "communication based design" in hardware looks a lot like object-oriented design. Nonetheless, coupling the powerful ideas and emphases of the hardware community with the state-of-the-art in software for embedded systems is bound to result in some new, major developments. We are about to witness another revolution in the way silicon chips and embedded systems are designed and verified. Software development is, without doubt, the aspect of the process likely to see the most changes.