konvergenshåndtering
Konvergenshåndtering, or convergence handling, is the set of methods and practices used to ensure that an iterative process, algorithm, or system approaches and maintains a stable, acceptable endpoint as defined by its convergence criteria. The concept is applied across computational mathematics, control theory, and distributed systems, where multiple steps, processes, or nodes collaboratively converge toward a common state or solution.
In numerical methods, konvergenshåndtering involves defining tolerances, maximum iterations, and stopping rules; common measures include residual
In distributed systems and data synchronization, konvergenshåndtering addresses how replicas reach a consistent state despite delays,
Key practices include monitoring and alerting for signs of non-convergence; selection of appropriate convergence criteria; protective
Challenges include non-convexity, noise, asynchronous updates, latencies, clock drift, and external disturbances. Robust konvergenshåndtering seeks to