WHITE PAPER:
As software development becomes more complicated, organizations are seeking more flexible ways to adapt to changing requirements, including agile and iterative methods. Access this helpful resource to learn how agile can be applied to software development for embedded systems, and discover how to maximize your success with agile in this scenario.
WHITE PAPER:
In order to provide optimal end-user experience across a wide variety of mobile channels, you need to develop engaging applications that perform well through all channels. View this informative resource to explore the challenges of creating applications for "systems of interaction."
WHITE PAPER:
This thought leadership white paper proposes a combination of requirements-driven, model-driven and test-driven approaches as a mechanism for delivering systems development projects at a reduced cost and risk.
WEBCAST:
Join us for a demonstration of the Tools and ALM Solutions for the IBM I and Power Systems. Learn how these tools apply to your IT environment and how to identify and use the right tools and modernization strategy.
WHITE PAPER:
In this paper from Bloor research, explore the key success factors of effective requirements management, and discover some of the tools offered to help you achieve your goal. Learn the business value of these requirements management tools, and how your organization can enjoy some of the benefits that real-world companies experienced.
WHITE PAPER:
In this informative resource, learn exactly how Agile principles apply to the product delivery lifecycle of an embedded software product or complex safety critical system. Discover the most effective implementation strategy, and get guiding principles for agile success.
WHITE PAPER:
In this white paper, get an overview of mobile systems, or "systems of interaction", including the business and technological challenges, as well as how these systems impact the application lifecycle.
WHITE PAPER:
The list of features in medical devices is rapidly rising: Even the simplest of medical devices house more and more system components, which add greater functionality to the device at a low cost. But by adding components, device software becomes complex and burdens compliance testing and premarket certification activities.
