Machine Learning Algorithms for Food Intelligence: Towards a Method for More Accurate Predictions - Environmental Software Systems. Data Science in Action
Conference Papers Year : 2020

Machine Learning Algorithms for Food Intelligence: Towards a Method for More Accurate Predictions

Ioanna Polychronou
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  • PersonId : 1111987
Panagis Katsivelis
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  • PersonId : 1111988
Mihalis Papakonstantinou
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  • PersonId : 1111989
Giannis Stoitsis
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  • PersonId : 1111990
Nikos Manouselis
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  • PersonId : 1111991

Abstract

It is evident that machine learning algorithms are being widely impacting industrial applications and platforms. Beyond typical research experimentation scenarios, there is a need for companies that wish to enhance their online data and analytics solutions to incorporate ways in which they can select, experiment, benchmark, parameterise and choose the version of a machine learning algorithm that seems to be most appropriate for their specific application context. In this paper, we describe such a need for a big data platform that supports food data analytics and intelligence. More specifically, we introduce Agroknow’s big data platform and identify the need to extend it with a flexible and interactive experimentation environment where different machine learning algorithms can be tested using a variation of synthetic and real data. A typical usage scenario is described, based on our need to experiment with various machine learning algorithms to support price prediction for food products and ingredients. The initial requirements for an experimentation environment are also introduced.
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hal-03361891 , version 1 (01-10-2021)

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Ioanna Polychronou, Panagis Katsivelis, Mihalis Papakonstantinou, Giannis Stoitsis, Nikos Manouselis. Machine Learning Algorithms for Food Intelligence: Towards a Method for More Accurate Predictions. 13th International Symposium on Environmental Software Systems (ISESS), Feb 2020, Wageningen, Netherlands. pp.165-172, ⟨10.1007/978-3-030-39815-6_16⟩. ⟨hal-03361891⟩
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