LeistungswerteVec

LeistungswerteVec is a term used in German-language technical literature and software engineering to denote a vector data structure that stores Leistungswerte, or performance values, collected from components, processes, or experiments. The concept treats Leistung as a measurable quantity such as execution time, throughput, energy consumption, or latency, and encapsulates a sequence of such measurements in a single container.

A LeistungswerteVec typically comprises an ordered collection of numeric measurements. Each element represents a Leistung value and may be accompanied by optional metadata such as a timestamp, a unit, a source identifier, or a measurement condition. In many implementations the container supports missing values, NaNs, or flags indicating data validity.

Common operations on a LeistungswerteVec include statistical summarization (mean, median, min, max), normalization, filtering, and alignment with a time axis. It can also support time-stamped indexing for time series analysis, resampling, and aggregation. In benchmarking and monitoring workflows the vector serves as the raw input for dashboards, anomaly detection, or comparative studies across components.

In programming contexts the LeistungswerteVec is often implemented as a generic vector or dynamic array, parameterized by a numeric type (for example floating-point values). Language-specific implementations may provide convenience constructors, methods for appending measurements, and utilities to export to tabular formats or plotting tools.

See also Leistungswerte, Vec, time series, benchmarking.