5
Conclusion and further research perspectives
The concept of the Future Network is expected to provide functionality and services
that go beyond the limitations of modern networking technologies, while at the same
time observing several problematic issues related to technical aspects concern the per-
formance. On the research and development agenda of academia and industry, the con-
ceptual vision for developing future network capabilities is being elaborated, together
with specific research domain of adaptation possibilities.
There are many requirements on a future network architecture, among which the
demand for flexible architecture is important because a next generation network faces
various requirements from yet unknown applications, and from other hand, it has to
adapt to new transport technologies (wired and mobile) with different capabilities, and
should enable evolutionary changes of the network itself. Adaptation to different tech-
nologies is required in order to integrate a wide range of end systems like sensor nodes
and high performance systems. This adaptability can be achieved by flexible provision-
ing of functionality. Along with proposed in this paper methodology for engineering
the adaptation for networking systems, authors state the necessity to define the feedback
mechanisms and appropriate model extensions when considering real-time systems.
The further research efforts are for conceptual modeling of multi-agent systems for
cyber-physical systems, including within technological requirements of Industry 4.0.
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