Programming languages are complex software systems integrated across an ecosystem of
different applications such as language compilers or interpreters but also an integrated …

Legacy software poses a critical challenge for organizations due to the costs of maintaining
and modernizing outdated systems, as well as the scarcity of experts in aging programming …

Abstract Models that can predict the dynamics of larger scale ecological processes are
increasingly important in a rapidly changing world. The Julia language gives a unique …

Compilers translate programs from a high level of abstraction into a low level representation
that can be understood and executed by the computer; interpreters directly execute …

Many techniques in software language engineering get their first validation by being
prototyped to work on one particular language such as Java, Scala, Scheme, or ML, or a …

Over recent years, self-adaptation has become a major concern for software systems that
evolve in changing environments. While expert developers may choose a manual …

The modularization of domain-specific modeling languages (DSMLs) during language
development is important for languages or language parts to be reusable. As languages and …

In model-driven development (MDD), models are central software engineering artifacts.
MDD is applied to various domains such as avionics, law, mechanical engineering, or …

Modern software systems must fulfill the needs of an ever-growing customer base. Due to
the innate diversity of human needs, software should be customizable and reconfigurable …

abstract Programming languages are complex software systems integrated across an
ecosystem of different applications such as language compilers or interpreters but also an …