Technologies et systèmes d'information pour les agrosystèmes.

France11 papers72 citations

University site ↗

Papers by year

Output over time.

20211
20225
20233
20251
20261

People

Researchers.

Jean Laneurit ↗
4 papers here · 25 citations
Cédric Seguineau
3 papers here · 38 citations
Marilys Pradel
3 papers here · 38 citations
Christophe Cariou ↗
3 papers here · 27 citations
Sandro Bimonte ↗
2 papers here · 30 citations
Gérard Chalhoub ↗
2 papers here · 26 citations
Pietro Battistoni ↗
2 papers here · 26 citations
Amina Belhassena
2 papers here · 25 citations
Monica Sebillo
2 papers here · 25 citations
Rim Moussa
2 papers here · 25 citations
Bruno Bachelet ↗
2 papers here · 21 citations
Robert Wrembel
2 papers here · 21 citations

Papers

Most-cited work.

2022 · Article
Comparative Life Cycle Assessment of intra-row and inter-row weeding practices using autonomous robot systems in French vineyards
38 citations
weeding
2022 · Article
LambdAgrIoT: a new architecture for agricultural autonomous robots’ scheduling: from design to experiments
16 citations
2022 · Conference paper
The QUAD-AV Project: multi-sensory approach for obstacle detection in agricultural autonomous robotics
12 citations
navigation
2021 · Conference paper
Towards an Architecture for Agricultural Autonomous Robots’ Scheduling
4 citations
2025 · Conference paper
A Novel Control Strategy for Offset Points Tracking in the Context of Agricultural Robotics
2 citations
2026 · Conference paper
Semantic mapping for safe navigation in agriculture: Allowing robots to autonomously make decisions on traversability to avoid requiring human intervention
0 citations
navigation
2023 · Conference paper
Adaptive Robot Control Based on Wireless Underground Sensor Network in Agriculture 4.0
0 citations
2023 · Conference paper
Does autonomy improve the environmental impacts of agricultural robots? The case of vineyard weeding robots
0 citations
weeding
2023 · Conference paper
Low-cost, efficient agricultural robotics solutions: Autonomous structure tracking, spraying and traversability analysis based on a 2D laser scanner
0 citations
navigation
2022 · Conference paper
Environmental impacts of agricultural robots and possible improvements : example of weeding robots used in vineyards
0 citations
weeding
2022 · Conference paper
Experimental Evaluation of Path-Tracking Control Strategies for an Agricultural Tracked Robot 8 th International Conference on Machine Control & Guidance
0 citations
navigation

Output over time.

Researchers.

Jean Laneurit ↗

Cédric Seguineau

Marilys Pradel

Christophe Cariou ↗

Sandro Bimonte ↗

Gérard Chalhoub ↗

Pietro Battistoni ↗

Amina Belhassena

Monica Sebillo

Rim Moussa

Bruno Bachelet ↗

Robert Wrembel

Most-cited work.

Comparative Life Cycle Assessment of intra-row and inter-row weeding practices using autonomous robot systems in French vineyards

LambdAgrIoT: a new architecture for agricultural autonomous robots’ scheduling: from design to experiments

The QUAD-AV Project: multi-sensory approach for obstacle detection in agricultural autonomous robotics

Towards an Architecture for Agricultural Autonomous Robots’ Scheduling

A Novel Control Strategy for Offset Points Tracking in the Context of Agricultural Robotics

Semantic mapping for safe navigation in agriculture: Allowing robots to autonomously make decisions on traversability to avoid requiring human intervention

Adaptive Robot Control Based on Wireless Underground Sensor Network in Agriculture 4.0

Does autonomy improve the environmental impacts of agricultural robots? The case of vineyard weeding robots

Low-cost, efficient agricultural robotics solutions: Autonomous structure tracking, spraying and traversability analysis based on a 2D laser scanner

Environmental impacts of agricultural robots and possible improvements : example of weeding robots used in vineyards

Experimental Evaluation of Path-Tracking Control Strategies for an Agricultural Tracked Robot 8 th International Conference on Machine Control & Guidance