Sentence examples for real life software from inspiring English sources

Over the last few years, research papers related to the Design Patterns and their applications to real life software tools were significantly increased.

As software engineering is a field with a reputation for producing graduates who are inappropriately prepared for applying their skills in real life software engineering scenarios, it suggests that traditional educational techniques such as role-play, live-through case studies and paper-based case studies are insufficient preparation and that other approaches are required.

Put simply, being a CS student is very different from being a real-life software engineer.

The results also shed light on the selection of similarity metrics (according on their performance) for a future deployment of our tool in real-life software development environments.

However, real-life software and hardware systems are usually created using preexisting libraries of reusable components, and are not "flat" since repeated sub-systems are described only once.

University courses about computer programming usually seek to provide students not only with technical knowledge, but also with the skills required to work in real-life software projects.

Through the use of the MBASE framework and complementary tools, students have been able to obtain real-life software development experience without leaving campus.

For Julia Lee, a computer science undergraduate at Stanford and an inaugural Sourcegraph Open Source Fellow, she appreciates that the projects are more involved and closer to real-life software development.

Several researchers have shown cross-language links to be a factor in real-life software applications; see for example (Mayer and Schroeder 2014; Pfeiffer R and Wasowski 2012b; Favre et al. 2012) with proposals for aiding developers when dealing with such links, mostly by tool support, but also by pro-active modeling efforts.

In order to infer the parameters relevant for the modelled game, thus bridging this gap, a set of experiments is performed on the real-life software-defined radio SDR/CR test bed.

A real-life software-defined radio (SDR) platform is used in order to perform measurements useful for quantifying the jamming impacts, as well as to infer relevant hardware-related properties.