En este trabajo se desarrolla una interfaz donde se sintetizan arquitecturas de correlación, filtros y métricas para evaluar este tipo de procesos. Las arquitecturas de correlación incluidas en esta interfaz son: JTC (Joint Transform Correlator), JTC no lineal y 4f. Los filtros usados son: Funciones Discriminantes Sintéticas de igual pico de Correlación (ECP SDF), Funciones Discriminantes Sintéticas con Mínima Varianza (MVSDF), Filtros de Correlación con Energía de Promedio Mínima (MACE), Filtros de Compromiso Compuesto entre los MVSDFs y los MACE, filtro de solo fase, inverso, adaptado y de
Compromiso Óptimo(OTF). Para evaluar la correlación se usan métricas como PCE (Peak to Correlation Energy Ratio), SNR (Signal to Noise Ratio), OE (Optical Efficiency), DA (Discrimination Ability

The present work deals with different kinds of filters, architectures and metrics involved in the process of digital correlation. The two main architectures are implemented, that is JTC (Joint Transform Correlator, linear and non linear) and 4f correlator. Between the variety of filters are: Optimal Tradeoff filters (OTF), SDFs (Synthetic Discriminant Functions), with Equal Correlation Peak (ECP), Minimum Variance (MVSDF) and Minimum Average Correlation Energy (MACE) filters. There are also trade-off algorithms which lead to obtain trade-off filters between MACE and MVSDF filters or between the most popular filters used in scene target detection: matched, only phase and inverse filters. Among performance metrics are: PCE (Peak to Correlation Energy Ratio), SNR (Signal to Noise Ratio), OE (Optical Efficiency) and DR (Discrimination Ratio).