klokketidsbaserte

Klokketidsbaserte describes processes, systems, or plans that are governed by clock time and run according to a fixed time reference rather than being triggered by external events. In practice, klokketidsbaserte approaches schedule actions to occur at precise times or regular intervals, such as 03:00 hver dag or hvert femte minutt, using a common clock source.

A central aspect of klokketidsbaserte systems is time synchronization. For coordinated operation across components, all parts must share the same time reference, typically via standard protocols like NTP for general use or PTP for high-precision networks. Correct handling of time zones, daylight saving time, and leap seconds is important when operations span regions or long time horizons.

Common applications include public transport timetable systems, broadcast program grids, and industrial or IT environments where tasks run in fixed windows, such as batch processing or cron-based jobs. In distributed software, klokketidsbaserte scheduling supports predictable execution, consistent logging, and reproducible workflows, while increasing the need to maintain accurate clocks.

Compared with event-driven or demand-based models, klokketidsbaserte designs emphasize predictability and coordination, often at the expense of immediacy or flexibility to adapt to real-time conditions. Understanding the time infrastructure and maintaining synchronization are therefore essential for reliable operation in klokketidsbaserte systems.