Alignment Engine
KORUZA v2 Pro units have embedded autonomous alignment engine. Upon installation the units are precisely aligned. Several factors can influence relative orientation of the two units (e.g. thermal expansion of buildings on which KORUZA v2 Pro units are mounted). For that reason an alignment engine is in place which has the following main tasks:
    detect the link quality has decreased over time
    invoke an external auto-alignment algorithm
During that procedure the alignment interface has complete control over movement and monitoring of both units. The engine can execute actions like:
    move selected unit to desired position
    move selected unit to its maximum
    get current position of selected unit
    set strategy for maxima selection
    reset maximum of selected unit
    start reading data from both units

Algorithms

The goal of alignment algorithms is to align both KORUZA v2 Pro units in a position where the strength of the received optical signal is maximized on both units. This can be done in various ways, applying different algorithms. A spiral tracking algorithm is currently implemented for demonstration and validation.

Next steps

The next step in auto alignment is to enable external users and contributors to implement auto-tracking algorithm.
Integrators and users can implement their own algorithms. There, it is important to obey the instructions and formatting such that their algorithm can be successfully imported by the alignment engine. The alignment engine is purposefully designed such that it does not care what the algorithm does within, as long as the input and output parameters are in the right format.

Repository

GitHub - IRNAS/koruza-v2-tracking
GitHub
Last modified 5mo ago