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Prediction of Wort Density with LSTM Network

Derk Rembold, Bernd Stauss, Stefan Schwarzkopf

TL;DR

This article introduces a system that helps the brewer measure wort density through sensors in order to reduce errors in manual data collection using a neural network, known as LSTM.

Abstract

Many physical target values in technical processes are error-prone, cumbersome, or expensive to measure automatically. One example of a physical target value is the wort density, which is an important value needed for beer production. This article introduces a system that helps the brewer measure wort density through sensors in order to reduce errors in manual data collection. Instead of a direct measurement of wort density, a method is developed that calculates the density from measured values acquired by inexpensive standard sensors such as pressure or temperature. The model behind the calculation is a neural network, known as LSTM.

Prediction of Wort Density with LSTM Network

TL;DR

This article introduces a system that helps the brewer measure wort density through sensors in order to reduce errors in manual data collection using a neural network, known as LSTM.

Abstract

Many physical target values in technical processes are error-prone, cumbersome, or expensive to measure automatically. One example of a physical target value is the wort density, which is an important value needed for beer production. This article introduces a system that helps the brewer measure wort density through sensors in order to reduce errors in manual data collection. Instead of a direct measurement of wort density, a method is developed that calculates the density from measured values acquired by inexpensive standard sensors such as pressure or temperature. The model behind the calculation is a neural network, known as LSTM.
Paper Structure (11 sections, 23 figures)

This paper contains 11 sections, 23 figures.

Figures (23)

  • Figure 1: Architecture
  • Figure 2: Brewing Process
  • Figure 3: Brew Container
  • Figure 4: Fermentation Containers
  • Figure 5: Fermentation Process
  • ...and 18 more figures