In Model-Driven Engineering bidirectionality in transformations is regarded as a key
mechanism. Recent approaches to non-deterministic transformations have been proposed …

This paper introduces a novel model-driven methodology for the software development of
real-time distributed vehicular embedded systems on single-and multi-core platforms. The …

Bidirectional model transformation (BX) plays a vital role in Model-Driven Engineering. A
major challenge in conventional relational and bidirectionalization-based BX approaches is …

Abstract In Model-Driven Engineering, bidirectional transformations are key to managing
consistency and synchronization of related models. Deltalenses are a flexible algebraic …

In Model-Driven Engineering, the potential advantages of using bidirectional transformations
in various scenarios are largely recognized; as for instance, assuring the overall consistency …

The architecture of software-intensive systems is determined by their functionality and the
environment they operate in. For Cyber-Physical Systems (CPS), the environment can vary …

Bidirectional programming allows developers to write programs that will produce
transformations that extract data from a source document into a view. The same …

Due to various considerations, programmers often need to backtrack their code.
Furthermore, as the most recent edit may not be the wrong edit, programmers sometimes …

Increasing size, complexity and heterogeneity of software-intensive systems make it nearly
impossible that single persons develop a whole system. Therefore, different stakeholders …

Considering the ubiquitousness of software in modern vehicles, its increased value and
development cost, an efficient software development became of paramount importance for …