The digital showcase

The #DigitAg digital showcase brings together demonstrators resulting from the valorization of selected research results by our doctoral and post-doctoral students. Examples of digital tools proposed by the community's research teams are also presented.

The #DigitAg demonstrators

These tools have been developed or are currently being developed by the #DigitAg IT team, in conjunction with its PhD students.

PastoFutur

• Interactive web application
• Demonstrator website
• Description :
• Serious game : Manage your plots to ensure the health of your ewes while preserving biodiversity and limiting soil erosion. This strategic game, based on multi-agent simulations, invites you to take up the challenges of sustainable livestock farming and to think about current ecological issues.
• Developer(s) : ENEO & PhD student : Thibault Raffaillac, post-doctorat co-financé CIRAD - UMR SELMET, SENS
• Post-doc : Co-conception de simulation participatives de modèles SMA pour l'accompagnement de la décision multi-acteurs

Transitool

• Interactive web application
• Demonstrator website
• Description :
• Serious game : You are a farmer. The aim of the game is to limit erosion across your farm without penalising the running of the business. To do this, you will use action cards with different costs to activate crop and plot management levers.
• Developer(s) : ENEO & PhD student : Laurie Dunn, post-doctorat co-financé INRAE / AGIR - MRM - MIAT
• Post-doc : Transitool : un simulateur compagnon permettant d’évaluer une transition agroécologique pas à pas d’une exploitation agricole en grande culture

AgroforestAR 

• Interactive application for Android
• Download the APK application directly from the PlayStore and AppStore.
• Description : This augmented reality application lets you visualise agroforestry systems, making it easier to design them by taking into account the interactions between trees and crops to optimise ecosystem services and protection against climatic hazards.
• Developer(s) : ENEO & PhD student : Laetita Lemière, thèse co-financé INRAE / GAIA
• Thèse : Augmented reality to support agroforestry systems design

GRI : Le test de mesure d'impact de votre entreprise

• Interactive web application
• Demonstrator website
• Description :‘Innovation must generate more benefits than negative effects’ For companies that want to measure the impact of their innovation in just a few minutes. Follow the movement, do the test!
• Developer(s) : ENEO & PhD student : Boris Biao, thèse co-financé institut Agro Montpellier / MOiSA
• Thèse : Is innovation in smart agriculture responsible?

ANEMONE : cartographie pour la prédiction de pathogènes 

• Interactive web application
• Demonstrator website
• Description : The tool is an interface for displaying our machine-learning pattern-based models. The tool can be used to select sets of plots (by year and geographical location) on which our models have been trained with the aim of predicting the incidence of certain pathogens. The tool can then be used to visualise the importance of agronomic and meteorological variables granted by our models in their predictions, giving us useful information on the factors that have had the greatest influence on the development of the diseases studied.
• Developer(s) : ENEO & PhD student : Olivier Gauriau, thèse co-financé ACTA
• Thèse : Numerical rule mining for the prediction of plant disease dynamics

 AIDMOIT : Find thematic, localized and dated documents

• Interactive web application
• Demonstrator website
• Description : Generic tool for building thematic corpora, taking spatiality and temporality into account. Based on a thematic keyword, a spatial scope and a temporal interval, a corpus of documents is collected from the Web. The quality of the documents retrieved is ensured by an artificial intelligence approach that automatically assesses the relevance of each document to the theme.
• Developer(s) : ENEO & PhD student : Rodrique Kafando, TETIS, INRAE Montpellier
• Thesis : Integration and analysis of massive and heterogeneous data for an intelligent observation/monitoring of the territory

Crop2ML/CyML : A metalanguage and translator to open up crop models and make them easier to understand and reuse by non-computer scientists

• Application web interactive
• Demonstrator website 
• Description : Intended for biologists, the Crop2ML / CyML web application enables them to explore and understand crop models shared on major international platforms, and to re-use them for their own purposes, without having to mobilize programming skills.
• Développeur(s) : ENEO | Doctorant : Cyrille Mindingoyi, LEPSE, INRAE Montpellier
• Thèse : Semantic and modular representation of crop models using a declarative metalanguage

Apex Vigne Territoire : Visualize the vegetative growth of vines on a regional scale

• Type : Application web interactive (situation réelle)
• Description : The ApeX Territoire showcase application lets you visualize observations collected using the ApeX-Vigne mobile application.
  • ApeX-Vigne is a free mobile application developed by the Institut Français de la Vigne et du Vin and the Institut Agro to monitor vegetative growth and estimate water stress levels. It is based on the apex method, a simple way of characterizing the vegetative growth of vines. Based on observation of the tips of shoots, the apexes, it is commonly used in the vineyard by technicians, particularly in the Mediterranean region, where attempts are made to link early cessation of growth to high levels of hydric stress.
  • ApeX Territoire offers a geolocalized visualization of apex growth indicators and a spatio-temporal analysis of their growth observed in vineyard plots. This showcase application enables users to add, update, share and export summaries of their observations. The application is designed for use on computers, mobiles and tablets.
• Développeur(s) : Vincent Armant et Amin Ouail | Doctorant : Léo Pichon, ITAP, L'Institut Agro | Montpellier SupAgro
• Thèse : Development of a crowdsourcing approach adapted to agriculture specificities : the case of monitoring vine water status with the shoot growth approach

C-REAL GAME : A serious game for grain growers to learn about futures and options and achieve their selling prices

• Type : Serious game - Application web interactive
• Description : To help cereal growers better understand and use financial hedging, we offer an introduction to the financial markets through the simulation game "C-REAL game". The version we have developed is aimed at French soft wheat growers. The game takes place over the course of a crop year, during which the farmer faces price variations and has to buy and sell futures contracts (MATIF contracts) to reach his target selling price.
• Développeur(s) : Solène Serafin et Aubin Abadie (PolyTech Université de Montpellier), Amin Ouail et Vincent Armant (#DigitAg INRAE Occitanie-Montpellier) | Doctorante : Narjiss Araba, MRM, Université de Montpellier
• Thèse : The contribution of digital technology to the implementation of a price guarantee : application to cereal markets with futures and options

TechnoDoseViti (La juste dose) : Determine the dose of crop protection agent to be applied according to the characteristics of the vegetation and the sprayer used

• Type : Application web interactive
• Site du démonstrateur
• Description : Depending on the type of sprayer and the evolution of the structural characteristics of the vegetation, the application determines the dose of plant protection product to be applied, and enables several technological scenarios to be compared, integrating different sprayers and reasoning for the dose applied. The scenarios are compared in terms of input savings. The input data are the plot, the date, the risks in terms of crop protection efficiency and the sprayer used.
• Développeur(s) : Vincent Armant et Amin Ouail | Doctorant : Anice Cheraiet, ITAP, INRAE
• Thèse : Experimental and statistical modeling of the relationships between vine morphological characteristics and spray deposits : application to precision agriculture 

Walis: Determine your crop's date for phytosanitary treatment, thanks to a decision-support tool that finely integrates the uncertainty of weather conditions

• Application web interactive
• Développeur(s) : Vincent Armant et Amin Ouail | Doctorante : Ivana Aleksovska, Acta - les instituts techniques
• Thèse : Improve short- and medium-term predictions of agronomic models by better taking into account the uncertainty of weather forecasts 

Read: digital tools developed by #DigitAg community teams

• PADI-web, platform for animal health epidemiosurveillance
• Crop2ML & CyML : a meta-language and translator for cross-platform simulation culture models, at the service of the international community
• The ApeX Vigne mobile application makes it easy to monitor vine growth
• PixFruit : Towards a decision-support tool for the African mango industry
• OpenSILEX : Manage and share massive, heterogeneous data from different sources
• PulvÉco®, a digital tool to help winegrowers reduce the use of phytosanitary products
• Capflor®, a tool to help design meadows with varied flora, co-constructed with farmers
• Agrisource, the international open innovation platform for agriculture in the face of climate change

• Contact :contact [AT] hdigitag.fr