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:
This white paper shows how governing the business process of software and systems development - also known as "business driven development" - will allow your organization to achieve this necessary balance between responsiveness and cont...
WHITE PAPER:
Embedded systems development demands a method that can conform to the constraints and requirements, and that method is Agile development. Access this in-depth resource to learn more about Agile methodology and embedded systems development, as well as why the two work so well together.
WHITE PAPER:
While Agile development is designed to increase efficiency, it can also introduce risk as testing cycles get condensed and serious bugs can get overlooked. In this whitepaper, learn how Coverity can help you assure the quality, security and safety of your code in Agile or hybrid development environments. Read on to learn more.
EBOOK:
With the introduction of Hadoop 2, ending the reliance on MapReduce and introducing HDFS federation and high availability, this is a big step toward maturity for the technology. In this Hadoop 2 guide, explore new possibilities; determine how your business can take advantage of these increased options.
WHITE PAPER:
Delivering increasingly complex and smarter products in less time and at a lower cost requires new strategies and development techniques. Consult this insightful resource to learn how a "systems thinking" approach facilitates consideration of the functional dependencies and interconnections necessary to produce high quality, "smarter" products.
WHITE PAPER:
Access this helpful white paper to learn how you can capture greater value from systems engineering by embracing a more holistic approach to manage complexity in both product and process.
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.
