estimator

State-space estimation algorithms and models


Keywords
library, math, numerical, statistics, Propose Tags, sbv, ivory, Numeric.Estimator.Model.SensorFusion, , Index, Numeric.Estimator, Numeric.Estimator.Augment, Numeric.Estimator.Class, Numeric.Estimator.KalmanFilter, Numeric.Estimator.Model.Coordinate, Numeric.Estimator.Model.Pressure, Numeric.Estimator.Model.Symbolic, estimator-1.2.0.0.tar.gz, browse, Package description, Package maintainers, AdamFoltzer, JameySharp, edit package information , 1.0.0
License
BSD-3-Clause
Install
cabal install estimator-1.2.0.0

Documentation

State-space estimation algorithms

Build Status

The goal of this library is to simplify implementation and use of state-space estimation algorithms, such as Kalman Filters. The interface for constructing models is isolated as much as possible from the specifics of a given algorithm, so swapping out a Kalman Filter for a Bayesian Particle Filter should involve a minimum of effort.

This implementation is designed to support symbolic types, such as from sbv or ivory. As a result you can generate code in another language, such as C, from a model written using this package; or run static analyses on your model.

Also included is a sophisticated sensor fusion example in Numeric.Estimator.Model.SensorFusion, which may be useful in its own right.