First of two parts: A look at the challenges software developers face when developing, debugging and validating software applications for complex multicore systems.

Understanding and productizing a new transistor from TSMC and Synopsys.

The power of xtUML, virtual platforms, and a model-driven development approach.

A new method for dramatically reducing CPU and RAM resource requirements.

Traditional tools and methods for embedded software development are no longer sufficient.

The second-generation solution for CDC verification.

How new 3D parasitic extraction technology applied to a flash ADC design ensures it will work according to spec.

New techniques that are making advanced SoC verification possible.

Dealing with physical effects below 20nm requires new architectures, new methodologies and new tools.

A look at the challenges and solutions for verifying and testing IC designs targeted for 2.5D or 3D packages.

Free expert help for creating and perfecting transaction-level models.

This online graduate course covers the essentials of systems engineering management and its critical interconnection to program/project management. Systems engineering is the integration of several engineering fields into an efficient and effective process for the overall technical management of programs and development of systems and products. Students will gain detailed knowledge in management techniques applicable [...]

This online cross-discipline graduate course will teach hardware engineers the basics of software design and software developers the basics of hardware design. In this way, each discipline will be able to understand the design of the complete system, following the practices established by high- level systems engineering. Factors that affect the selection of hardware and [...]