Quae 1775254720 20260403 fre

www.quae.com-003793 03 01 01 003793 03 9782759233816 15 9782759233816 00 BA 08 165 gr 02 10 01 02 Hors Collection 01 01 Agricultural robotics: part of the new deal? FIRA 2020 conclusions With 27 agricultural robot information sheets 1 A01 01 A2432 Roland Lenain Lenain, Roland Roland Lenain Research director at INRAE. Since 2016, he has been in charge of the Romea team (Robotics and Mobility for the Environment and Agriculture) and leads a number of research projects on the mobility of robots operating in natural and agricultural environments. Roland has been vice-president of the GOFAR association, in charge of scientific contents, since 2019. 2 A01 01 A2433 Julie Peyrache Peyrache, Julie Julie Peyrache Julie Peyrache is an investment director and agricultural engineer. She participated in the creation of the Capagro Capital Venture, the first CV dedicated to AgTech and FoodTech in France. She assists several European start-ups in the field of agri-food. Julie has been treasurer of GOFAR since 2020. 3 A01 01 A2434 Alain Savary Savary, Alain Alain Savary With an agricultural engineering degree and an MBA from ESSEC in 1982, he began his career as an auditor in agricultural cooperatives in France. He has been General Manager of AXEMA since 2010, the professional union that brings together the 250 French Agroequipment manufacturers. Alain has been the secretary of GOFAR since 2019. 4 A01 01 A2435 Gaëtan Séverac Séverac, Gaëtan Gaëtan Séverac With a bachelor’s degree in technology and computer science, followed by a master’s degree in engineering -robotics major- and a PhD at ONERA, a French space research center, he set up Naïo Technologies with Aymeric Barthes, a company that develops and markets agricultural robots. Gaëtan has been president of GOFAR since 2019. 01 eng 00 80 03 02 24 Izibook:Subject Agriculture et productions végétales 24 Izibook:Subject Impression à la demande 24 Izibook:SubjectAndCategoryAndTags |Agriculture et productions végétales|Agronomie et systèmes de culture;Ingénierie et technologie 24 Izibook:SubjectAndCategoryAndTags |Impression à la demande| 23 Izibook:Tags Agronomie et systèmes de culture;Ingénierie et technologie 23 Izibook:NewTags Agriculture et productions végétales|Agronomie et systèmes de culture;Ingénierie et technologie 20 agriculteur;agriculture;production animale;production végétale;analyse d’image;environnement;matériel agricole;équipement;système de culture;expertise;exploitation agricole;technologie 10 2011 TEC003080 29 3070 01 338.1 01 338.16 03 00 This Print On Demand book will be sent within 3 weeks (metropolitan France) and in a separate package if you order another paperback book.Cet ouvrage en impression à la demande sera envoyé sous 3 semaines environ (France métropolitaine) et dans un colis séparé en cas de commande avec un autre livre papier.Throughout the fifth edition of the International Forum of Agricultural Robots (FIRA) in December 2020, more than 1,500 farmers, manufacturers, advanced technology suppliers, innovators, investors, journalists and experts from 71 countries around the world gathered to ask questions, share stories and exchange ideas about agricultural robots. This book is a journey into the state of the art of this industry in 2020, and includes 27 agricultural robot information sheets. It is designed to provide a nuanced look at the industry’s most pressing topics, from the overarching impact of the global food crisis to the everyday influence of semi-autonomous tractors on a family-owned farm in France. The book achieves this goal by taking a deep dive into the perspectives shared by FIRA 2020 presenters and panelists. This Print On Demand book will be sent within 3 weeks (metropolitan France) and in a separate package if you order another paperback book.Throughout the fifth edition of the International Forum of Agricultural Robots (FIRA) in December 2020, more than 1,500 farmers, manufacturers, advanced technology suppliers, innovators, investors, journalists and experts from 71 countries around the world gathered to ask questions, share stories and exchange ideas about agricultural robots. This book is a journey into the state of the art of this industry in 2020, and includes 27 agricultural robot information sheets. It is designed to provide a nuanced look at the industry’s most pressing topics, from the overarching impact of the global food crisis to the everyday influence of semi-autonomous tractors on a family-owned farm in France. The book achieves this goal by taking a deep dive into the perspectives shared by FIRA 2020 presenters and panelists. 02 00 The farming and agricultural robotics industries are inextricably linked. This connection is reinforced every year at the FIRA International Forum of Agricultural Robots, where, inevitably, there are new players and new problems, bigger goals and better solutions. This book is a journey into the state of the art of the industry in 2020, followed by 27 agricultural robot information sheets. 04 00 IntroductionPreface Chapter 1: Agricultural Robots Help Farmers Feed the World1. Farm Machinery Must Support Sustainable Agriculture2. The Impacts of the Global Food Crisis3. Holistic Solutions are the Product of Innovation and Education4. Global Problems Require a Collaborative Approach5. The Path to Adoption for Agricultural Robotics6. Advancing Technology Suppliers Can Support Adoption7. Agricultural Robots Benefit Farmers and the World Chapter 2: Successful Robot Adoption Depends on Reliability, Security and Trust8. The Ag Industry Already Loves Technology9. Robot Bashing is an Opportunity10. Farmers, End Consumers Have High Expectations11. Robots Must Be Reliable, Valuable and User-Friendly12. Tech Companies Must Build Trust Through Responsible Practices and Customer Support13. There’s a Lot of Potential and a Lot More Work to Do Chapter 3: Farming with No Tractor Driver, is it Possible?14. Civil Liability, Time Machines and the Case for Insurance15. Safety, Security and the Journey to Market16. It's Possible if Farmers Can Rely on the Machines17. It’s Possible if Robot Manufacturers Can Deliver Proper Training18. It's Possible if the Technology is Robust19. It’s Possible if the Driverless Tractors Demonstrate Success Chapter 4: Safe Positioning and Image Analysis20. The Importance of Accurate Safe Positioning21. The Importance of Signal Reliability22. The Importance of Deep Learning23. The Importance of Improving Computer Vision24. The Importance of Continual Improvement Chapter 5: From Lab to Success Story: What Business Model? 25. The Key Technology Trends in Agricultural Robotics26. What Makes a Successful Robotics Development and Business Model?27. Startups and Investors: How to Partner Effectively27.1. Trust27.2. Communication27.3. Shared Values27.4. A Good Contract27.5. A Shared VisionConclusions Robot Manufacturers’ Information SheetsAutonomous Sprayer, by Automato RoboticsAutoPicker, by TerraClear Inc.AVO, by ecoRobotixBakus, by VitiBotBIPBIP, presented by CTIFLCEOL, by AgreencultureChickenBoy, by FaromaticsDino, by Naïo TechnologiesERMMI™, by Easton RoboticsFAR, by Tevel Aerobotics TechnologiesFD20, by FarmDroidLa Chèvre, by Nexus Robotics IncLELY Exos, by Lely International NVPhenomobile, by INRAEPlantalyzer, by HortiKeyRoamIO Series, by Korechi Innovations Inc.Robot One, by Pixelfarming RoboticsRobotti 150D, by AgrointelliRomi Rover, by Romi OrganisationSpoutnic, by TIBOT TechnologiesSwarmBot, by SwarmFarm RoboticsThe Digital Farmhand, by AGERRISTitan FT-35, by FarmWiseTom, by Small Robot CompanyTREKTOR, by SITIAVineScout, by Agricultural Robotics LaboratoryWeed Whacker robot, by Odd.Bot IntroductionPrefaceChapter 1: Agricultural Robots Help Farmers Feed the World1. Farm Machinery Must Support Sustainable Agriculture2. The Impacts of the Global Food Crisis3. Holistic Solutions are the Product of Innovation and Education4. Global Problems Require a Collaborative Approach5. The Path to Adoption for Agricultural Robotics6. Advancing Technology Suppliers Can Support Adoption7. Agricultural Robots Benefit Farmers and the WorldChapter 2: Successful Robot Adoption Depends on Reliability, Security and Trust8. The Ag Industry Already Loves Technology9. Robot Bashing is an Opportunity10. Farmers, End Consumers Have High Expectations11. Robots Must Be Reliable, Valuable and User-Friendly12. Tech Companies Must Build Trust Through Responsible Practices and Customer Support13. There’s a Lot of Potential and a Lot More Work to DoChapter 3: Farming with No Tractor Driver, is it Possible?14. Civil Liability, Time Machines and the Case for Insurance15. Safety, Security and the Journey to Market16. It's Possible if Farmers Can Rely on the Machines17. It’s Possible if Robot Manufacturers Can Deliver Proper Training18. It's Possible if the Technology is Robust19. It’s Possible if the Driverless Tractors Demonstrate SuccessChapter 4: Safe Positioning and Image Analysis20. The Importance of Accurate Safe Positioning21. The Importance of Signal Reliability22. The Importance of Deep Learning23. The Importance of Improving Computer Vision24. The Importance of Continual ImprovementChapter 5: From Lab to Success Story: What Business Model? 25. The Key Technology Trends in Agricultural Robotics26. What Makes a Successful Robotics Development and Business Model?27. Startups and Investors: How to Partner Effectively27.1. Trust27.2. Communication27.3. Shared Values27.4. A Good Contract27.5. A Shared VisionConclusionsRobot Manufacturers’ Information SheetsAutonomous Sprayer, by Automato RoboticsAutoPicker, by TerraClear Inc.AVO, by ecoRobotixBakus, by VitiBotBIPBIP, presented by CTIFLCEOL, by AgreencultureChickenBoy, by FaromaticsDino, by Naïo TechnologiesERMMI™, by Easton RoboticsFAR, by Tevel Aerobotics TechnologiesFD20, by FarmDroidLa Chèvre, by Nexus Robotics IncLELY Exos, by Lely International NVPhenomobile, by INRAEPlantalyzer, by HortiKeyRoamIO Series, by Korechi Innovations Inc.Robot One, by Pixelfarming RoboticsRobotti 150D, by AgrointelliRomi Rover, by Romi OrganisationSpoutnic, by TIBOT TechnologiesSwarmBot, by SwarmFarm RoboticsThe Digital Farmhand, by AGERRISTitan FT-35, by FarmWiseTom, by Small Robot CompanyTREKTOR, by SITIAVineScout, by Agricultural Robotics LaboratoryWeed Whacker robot, by Odd.Bot 21 00 06 01 https://www.quae.com/produit/1711/9782759233830/agricultural-robotics-part-of-the-new-deal-fira-2020-conclusions 01 00 03 02 https://www.quae.com/system/product_pictures/data/009/997/704/original/02803BDW_AgriRobots.jpg 17 14 20241004T232953+0200 01 P4 Éditions Quae 01 01 P4 Éditions Quae 04 01 00 20210901 19 00 20210901 01 WORLD 27 03 9782759233830 15 9782759233830 27 03 9782759233823 15 9782759233823 WORLD 08 Éditions Quae 04 01 00 20210901 03 01 D1 Quae 21 04 05 25.00 01 5.50 1.30 EUR www.quae.com-R003400 03 01 01 R003400 00 ED E101 02 01 01 Agricultural robotics: part of the new deal? FIRA 2020 conclusions With 27 agricultural robot information sheets 01 eng 22 5498451 17 01 P4 Éditions Quae 01 01 P4 Éditions Quae 02 01 003794 03 9782759233830 15 9782759233830 03 01 D1 Quae 45 03 www.quae.com-003794 03 01 01 003794 03 9782759233830 15 9782759233830 10 EA E101 10 02 CC BY-NC-ND 2.0 FR 02 https://creativecommons.org/licenses/by-nc-nd/2.0/fr/ 01 R003400 ED E101 1 10 01 02 Hors Collection 01 01 Agricultural robotics: part of the new deal? FIRA 2020 conclusions With 27 agricultural robot information sheets 1 A01 01 A2432 Roland Lenain Lenain, Roland Roland Lenain Research director at INRAE. Since 2016, he has been in charge of the Romea team (Robotics and Mobility for the Environment and Agriculture) and leads a number of research projects on the mobility of robots operating in natural and agricultural environments. Roland has been vice-president of the GOFAR association, in charge of scientific contents, since 2019. 2 A01 01 A2433 Julie Peyrache Peyrache, Julie Julie Peyrache Julie Peyrache is an investment director and agricultural engineer. She participated in the creation of the Capagro Capital Venture, the first CV dedicated to AgTech and FoodTech in France. She assists several European start-ups in the field of agri-food. Julie has been treasurer of GOFAR since 2020. 3 A01 01 A2434 Alain Savary Savary, Alain Alain Savary With an agricultural engineering degree and an MBA from ESSEC in 1982, he began his career as an auditor in agricultural cooperatives in France. He has been General Manager of AXEMA since 2010, the professional union that brings together the 250 French Agroequipment manufacturers. Alain has been the secretary of GOFAR since 2019. 4 A01 01 A2435 Gaëtan Séverac Séverac, Gaëtan Gaëtan Séverac With a bachelor’s degree in technology and computer science, followed by a master’s degree in engineering -robotics major- and a PhD at ONERA, a French space research center, he set up Naïo Technologies with Aymeric Barthes, a company that develops and markets agricultural robots. Gaëtan has been president of GOFAR since 2019. 01 eng 08 80 03 02 24 Izibook:Subject Agriculture et productions végétales 24 Izibook:Subject Impression à la demande 24 Izibook:SubjectAndCategoryAndTags |Agriculture et productions végétales|Agronomie et systèmes de culture;Ingénierie et technologie 24 Izibook:SubjectAndCategoryAndTags |Impression à la demande| 23 Izibook:Tags Agronomie et systèmes de culture;Ingénierie et technologie 23 Izibook:NewTags Agriculture et productions végétales|Agronomie et systèmes de culture;Ingénierie et technologie 20 agriculteur;agriculture;production animale;production végétale;analyse d’image;environnement;matériel agricole;équipement;système de culture;expertise;exploitation agricole;technologie 10 2011 TEC003080 29 3070 01 338.1 01 338.16 03 00 This Print On Demand book will be sent within 3 weeks (metropolitan France) and in a separate package if you order another paperback book.Cet ouvrage en impression à la demande sera envoyé sous 3 semaines environ (France métropolitaine) et dans un colis séparé en cas de commande avec un autre livre papier.Throughout the fifth edition of the International Forum of Agricultural Robots (FIRA) in December 2020, more than 1,500 farmers, manufacturers, advanced technology suppliers, innovators, investors, journalists and experts from 71 countries around the world gathered to ask questions, share stories and exchange ideas about agricultural robots. This book is a journey into the state of the art of this industry in 2020, and includes 27 agricultural robot information sheets. It is designed to provide a nuanced look at the industry’s most pressing topics, from the overarching impact of the global food crisis to the everyday influence of semi-autonomous tractors on a family-owned farm in France. The book achieves this goal by taking a deep dive into the perspectives shared by FIRA 2020 presenters and panelists. This Print On Demand book will be sent within 3 weeks (metropolitan France) and in a separate package if you order another paperback book.Throughout the fifth edition of the International Forum of Agricultural Robots (FIRA) in December 2020, more than 1,500 farmers, manufacturers, advanced technology suppliers, innovators, investors, journalists and experts from 71 countries around the world gathered to ask questions, share stories and exchange ideas about agricultural robots. This book is a journey into the state of the art of this industry in 2020, and includes 27 agricultural robot information sheets. It is designed to provide a nuanced look at the industry’s most pressing topics, from the overarching impact of the global food crisis to the everyday influence of semi-autonomous tractors on a family-owned farm in France. The book achieves this goal by taking a deep dive into the perspectives shared by FIRA 2020 presenters and panelists. 02 00 The farming and agricultural robotics industries are inextricably linked. This connection is reinforced every year at the FIRA International Forum of Agricultural Robots, where, inevitably, there are new players and new problems, bigger goals and better solutions. This book is a journey into the state of the art of the industry in 2020, followed by 27 agricultural robot information sheets. 04 00 IntroductionPreface Chapter 1: Agricultural Robots Help Farmers Feed the World1. Farm Machinery Must Support Sustainable Agriculture2. The Impacts of the Global Food Crisis3. Holistic Solutions are the Product of Innovation and Education4. Global Problems Require a Collaborative Approach5. The Path to Adoption for Agricultural Robotics6. Advancing Technology Suppliers Can Support Adoption7. Agricultural Robots Benefit Farmers and the World Chapter 2: Successful Robot Adoption Depends on Reliability, Security and Trust8. The Ag Industry Already Loves Technology9. Robot Bashing is an Opportunity10. Farmers, End Consumers Have High Expectations11. Robots Must Be Reliable, Valuable and User-Friendly12. Tech Companies Must Build Trust Through Responsible Practices and Customer Support13. There’s a Lot of Potential and a Lot More Work to Do Chapter 3: Farming with No Tractor Driver, is it Possible?14. Civil Liability, Time Machines and the Case for Insurance15. Safety, Security and the Journey to Market16. It's Possible if Farmers Can Rely on the Machines17. It’s Possible if Robot Manufacturers Can Deliver Proper Training18. It's Possible if the Technology is Robust19. It’s Possible if the Driverless Tractors Demonstrate Success Chapter 4: Safe Positioning and Image Analysis20. The Importance of Accurate Safe Positioning21. The Importance of Signal Reliability22. The Importance of Deep Learning23. The Importance of Improving Computer Vision24. The Importance of Continual Improvement Chapter 5: From Lab to Success Story: What Business Model? 25. The Key Technology Trends in Agricultural Robotics26. What Makes a Successful Robotics Development and Business Model?27. Startups and Investors: How to Partner Effectively27.1. Trust27.2. Communication27.3. Shared Values27.4. A Good Contract27.5. A Shared VisionConclusions Robot Manufacturers’ Information SheetsAutonomous Sprayer, by Automato RoboticsAutoPicker, by TerraClear Inc.AVO, by ecoRobotixBakus, by VitiBotBIPBIP, presented by CTIFLCEOL, by AgreencultureChickenBoy, by FaromaticsDino, by Naïo TechnologiesERMMI™, by Easton RoboticsFAR, by Tevel Aerobotics TechnologiesFD20, by FarmDroidLa Chèvre, by Nexus Robotics IncLELY Exos, by Lely International NVPhenomobile, by INRAEPlantalyzer, by HortiKeyRoamIO Series, by Korechi Innovations Inc.Robot One, by Pixelfarming RoboticsRobotti 150D, by AgrointelliRomi Rover, by Romi OrganisationSpoutnic, by TIBOT TechnologiesSwarmBot, by SwarmFarm RoboticsThe Digital Farmhand, by AGERRISTitan FT-35, by FarmWiseTom, by Small Robot CompanyTREKTOR, by SITIAVineScout, by Agricultural Robotics LaboratoryWeed Whacker robot, by Odd.Bot IntroductionPrefaceChapter 1: Agricultural Robots Help Farmers Feed the World1. Farm Machinery Must Support Sustainable Agriculture2. The Impacts of the Global Food Crisis3. Holistic Solutions are the Product of Innovation and Education4. Global Problems Require a Collaborative Approach5. The Path to Adoption for Agricultural Robotics6. Advancing Technology Suppliers Can Support Adoption7. Agricultural Robots Benefit Farmers and the WorldChapter 2: Successful Robot Adoption Depends on Reliability, Security and Trust8. The Ag Industry Already Loves Technology9. Robot Bashing is an Opportunity10. Farmers, End Consumers Have High Expectations11. Robots Must Be Reliable, Valuable and User-Friendly12. Tech Companies Must Build Trust Through Responsible Practices and Customer Support13. There’s a Lot of Potential and a Lot More Work to DoChapter 3: Farming with No Tractor Driver, is it Possible?14. Civil Liability, Time Machines and the Case for Insurance15. Safety, Security and the Journey to Market16. It's Possible if Farmers Can Rely on the Machines17. It’s Possible if Robot Manufacturers Can Deliver Proper Training18. It's Possible if the Technology is Robust19. It’s Possible if the Driverless Tractors Demonstrate SuccessChapter 4: Safe Positioning and Image Analysis20. The Importance of Accurate Safe Positioning21. The Importance of Signal Reliability22. The Importance of Deep Learning23. The Importance of Improving Computer Vision24. The Importance of Continual ImprovementChapter 5: From Lab to Success Story: What Business Model? 25. The Key Technology Trends in Agricultural Robotics26. What Makes a Successful Robotics Development and Business Model?27. Startups and Investors: How to Partner Effectively27.1. Trust27.2. Communication27.3. Shared Values27.4. A Good Contract27.5. A Shared VisionConclusionsRobot Manufacturers’ Information SheetsAutonomous Sprayer, by Automato RoboticsAutoPicker, by TerraClear Inc.AVO, by ecoRobotixBakus, by VitiBotBIPBIP, presented by CTIFLCEOL, by AgreencultureChickenBoy, by FaromaticsDino, by Naïo TechnologiesERMMI™, by Easton RoboticsFAR, by Tevel Aerobotics TechnologiesFD20, by FarmDroidLa Chèvre, by Nexus Robotics IncLELY Exos, by Lely International NVPhenomobile, by INRAEPlantalyzer, by HortiKeyRoamIO Series, by Korechi Innovations Inc.Robot One, by Pixelfarming RoboticsRobotti 150D, by AgrointelliRomi Rover, by Romi OrganisationSpoutnic, by TIBOT TechnologiesSwarmBot, by SwarmFarm RoboticsThe Digital Farmhand, by AGERRISTitan FT-35, by FarmWiseTom, by Small Robot CompanyTREKTOR, by SITIAVineScout, by Agricultural Robotics LaboratoryWeed Whacker robot, by Odd.Bot 21 00 06 01 https://www.quae.com/produit/1711/9782759233830/agricultural-robotics-part-of-the-new-deal-fira-2020-conclusions 01 00 03 02 https://www.quae.com/system/product_pictures/data/009/997/704/original/02803BDW_AgriRobots.jpg 17 14 20241004T232953+0200 01 P4 Éditions Quae 01 01 P4 Éditions Quae 04 01 00 20210901 19 00 20210901 01 WORLD 13 03 9782759233816 15 9782759233816 06 03 9782759233823 15 9782759233823 WORLD 08 Éditions Quae 04 01 00 20210901 03 01 D1 Quae 20 04 05 01 EUR www.quae.com-R003401 03 01 01 R003401 00 ED E107 02 01 01 Agricultural robotics: part of the new deal? FIRA 2020 conclusions With 27 agricultural robot information sheets 01 eng 08 83 03 22 10919783 17 01 P4 Éditions Quae 01 01 P4 Éditions Quae 02 01 003795 03 9782759233823 15 9782759233823 03 01 D1 Quae 45 03 www.quae.com-003795 03 01 01 003795 03 9782759233823 15 9782759233823 06 10.35690/978-2-7592-3382-3 10 EA E107 10 02 CC BY-NC-ND 2.0 FR 02 https://creativecommons.org/licenses/by-nc-nd/2.0/fr/ 01 R003401 ED E107 1 10 01 02 Hors Collection 01 01 Agricultural robotics: part of the new deal? FIRA 2020 conclusions With 27 agricultural robot information sheets 1 A01 01 A2432 Roland Lenain Lenain, Roland Roland Lenain Research director at INRAE. Since 2016, he has been in charge of the Romea team (Robotics and Mobility for the Environment and Agriculture) and leads a number of research projects on the mobility of robots operating in natural and agricultural environments. Roland has been vice-president of the GOFAR association, in charge of scientific contents, since 2019. 2 A01 01 A2433 Julie Peyrache Peyrache, Julie Julie Peyrache Julie Peyrache is an investment director and agricultural engineer. She participated in the creation of the Capagro Capital Venture, the first CV dedicated to AgTech and FoodTech in France. She assists several European start-ups in the field of agri-food. Julie has been treasurer of GOFAR since 2020. 3 A01 01 A2434 Alain Savary Savary, Alain Alain Savary With an agricultural engineering degree and an MBA from ESSEC in 1982, he began his career as an auditor in agricultural cooperatives in France. He has been General Manager of AXEMA since 2010, the professional union that brings together the 250 French Agroequipment manufacturers. Alain has been the secretary of GOFAR since 2019. 4 A01 01 A2435 Gaëtan Séverac Séverac, Gaëtan Gaëtan Séverac With a bachelor’s degree in technology and computer science, followed by a master’s degree in engineering -robotics major- and a PhD at ONERA, a French space research center, he set up Naïo Technologies with Aymeric Barthes, a company that develops and markets agricultural robots. Gaëtan has been president of GOFAR since 2019. 01 eng 08 80 03 02 24 Izibook:Subject Agriculture et productions végétales 24 Izibook:Subject Impression à la demande 24 Izibook:SubjectAndCategoryAndTags |Agriculture et productions végétales|Agronomie et systèmes de culture;Ingénierie et technologie 24 Izibook:SubjectAndCategoryAndTags |Impression à la demande| 23 Izibook:Tags Agronomie et systèmes de culture;Ingénierie et technologie 23 Izibook:NewTags Agriculture et productions végétales|Agronomie et systèmes de culture;Ingénierie et technologie 20 agriculteur;agriculture;production animale;production végétale;analyse d’image;environnement;matériel agricole;équipement;système de culture;expertise;exploitation agricole;technologie 10 2011 TEC003080 29 3070 01 338.1 01 338.16 03 00 This Print On Demand book will be sent within 3 weeks (metropolitan France) and in a separate package if you order another paperback book.Cet ouvrage en impression à la demande sera envoyé sous 3 semaines environ (France métropolitaine) et dans un colis séparé en cas de commande avec un autre livre papier.Throughout the fifth edition of the International Forum of Agricultural Robots (FIRA) in December 2020, more than 1,500 farmers, manufacturers, advanced technology suppliers, innovators, investors, journalists and experts from 71 countries around the world gathered to ask questions, share stories and exchange ideas about agricultural robots. This book is a journey into the state of the art of this industry in 2020, and includes 27 agricultural robot information sheets. It is designed to provide a nuanced look at the industry’s most pressing topics, from the overarching impact of the global food crisis to the everyday influence of semi-autonomous tractors on a family-owned farm in France. The book achieves this goal by taking a deep dive into the perspectives shared by FIRA 2020 presenters and panelists. This Print On Demand book will be sent within 3 weeks (metropolitan France) and in a separate package if you order another paperback book.Throughout the fifth edition of the International Forum of Agricultural Robots (FIRA) in December 2020, more than 1,500 farmers, manufacturers, advanced technology suppliers, innovators, investors, journalists and experts from 71 countries around the world gathered to ask questions, share stories and exchange ideas about agricultural robots. This book is a journey into the state of the art of this industry in 2020, and includes 27 agricultural robot information sheets. It is designed to provide a nuanced look at the industry’s most pressing topics, from the overarching impact of the global food crisis to the everyday influence of semi-autonomous tractors on a family-owned farm in France. The book achieves this goal by taking a deep dive into the perspectives shared by FIRA 2020 presenters and panelists. 02 00 The farming and agricultural robotics industries are inextricably linked. This connection is reinforced every year at the FIRA International Forum of Agricultural Robots, where, inevitably, there are new players and new problems, bigger goals and better solutions. This book is a journey into the state of the art of the industry in 2020, followed by 27 agricultural robot information sheets. 04 00 IntroductionPreface Chapter 1: Agricultural Robots Help Farmers Feed the World1. Farm Machinery Must Support Sustainable Agriculture2. The Impacts of the Global Food Crisis3. Holistic Solutions are the Product of Innovation and Education4. Global Problems Require a Collaborative Approach5. The Path to Adoption for Agricultural Robotics6. Advancing Technology Suppliers Can Support Adoption7. Agricultural Robots Benefit Farmers and the World Chapter 2: Successful Robot Adoption Depends on Reliability, Security and Trust8. The Ag Industry Already Loves Technology9. Robot Bashing is an Opportunity10. Farmers, End Consumers Have High Expectations11. Robots Must Be Reliable, Valuable and User-Friendly12. Tech Companies Must Build Trust Through Responsible Practices and Customer Support13. There’s a Lot of Potential and a Lot More Work to Do Chapter 3: Farming with No Tractor Driver, is it Possible?14. Civil Liability, Time Machines and the Case for Insurance15. Safety, Security and the Journey to Market16. It's Possible if Farmers Can Rely on the Machines17. It’s Possible if Robot Manufacturers Can Deliver Proper Training18. It's Possible if the Technology is Robust19. It’s Possible if the Driverless Tractors Demonstrate Success Chapter 4: Safe Positioning and Image Analysis20. The Importance of Accurate Safe Positioning21. The Importance of Signal Reliability22. The Importance of Deep Learning23. The Importance of Improving Computer Vision24. The Importance of Continual Improvement Chapter 5: From Lab to Success Story: What Business Model? 25. The Key Technology Trends in Agricultural Robotics26. What Makes a Successful Robotics Development and Business Model?27. Startups and Investors: How to Partner Effectively27.1. Trust27.2. Communication27.3. Shared Values27.4. A Good Contract27.5. A Shared VisionConclusions Robot Manufacturers’ Information SheetsAutonomous Sprayer, by Automato RoboticsAutoPicker, by TerraClear Inc.AVO, by ecoRobotixBakus, by VitiBotBIPBIP, presented by CTIFLCEOL, by AgreencultureChickenBoy, by FaromaticsDino, by Naïo TechnologiesERMMI™, by Easton RoboticsFAR, by Tevel Aerobotics TechnologiesFD20, by FarmDroidLa Chèvre, by Nexus Robotics IncLELY Exos, by Lely International NVPhenomobile, by INRAEPlantalyzer, by HortiKeyRoamIO Series, by Korechi Innovations Inc.Robot One, by Pixelfarming RoboticsRobotti 150D, by AgrointelliRomi Rover, by Romi OrganisationSpoutnic, by TIBOT TechnologiesSwarmBot, by SwarmFarm RoboticsThe Digital Farmhand, by AGERRISTitan FT-35, by FarmWiseTom, by Small Robot CompanyTREKTOR, by SITIAVineScout, by Agricultural Robotics LaboratoryWeed Whacker robot, by Odd.Bot IntroductionPrefaceChapter 1: Agricultural Robots Help Farmers Feed the World1. Farm Machinery Must Support Sustainable Agriculture2. The Impacts of the Global Food Crisis3. Holistic Solutions are the Product of Innovation and Education4. Global Problems Require a Collaborative Approach5. The Path to Adoption for Agricultural Robotics6. Advancing Technology Suppliers Can Support Adoption7. Agricultural Robots Benefit Farmers and the WorldChapter 2: Successful Robot Adoption Depends on Reliability, Security and Trust8. The Ag Industry Already Loves Technology9. Robot Bashing is an Opportunity10. Farmers, End Consumers Have High Expectations11. Robots Must Be Reliable, Valuable and User-Friendly12. Tech Companies Must Build Trust Through Responsible Practices and Customer Support13. There’s a Lot of Potential and a Lot More Work to DoChapter 3: Farming with No Tractor Driver, is it Possible?14. Civil Liability, Time Machines and the Case for Insurance15. Safety, Security and the Journey to Market16. It's Possible if Farmers Can Rely on the Machines17. It’s Possible if Robot Manufacturers Can Deliver Proper Training18. It's Possible if the Technology is Robust19. It’s Possible if the Driverless Tractors Demonstrate SuccessChapter 4: Safe Positioning and Image Analysis20. The Importance of Accurate Safe Positioning21. The Importance of Signal Reliability22. The Importance of Deep Learning23. The Importance of Improving Computer Vision24. The Importance of Continual ImprovementChapter 5: From Lab to Success Story: What Business Model? 25. The Key Technology Trends in Agricultural Robotics26. What Makes a Successful Robotics Development and Business Model?27. Startups and Investors: How to Partner Effectively27.1. Trust27.2. Communication27.3. Shared Values27.4. A Good Contract27.5. A Shared VisionConclusionsRobot Manufacturers’ Information SheetsAutonomous Sprayer, by Automato RoboticsAutoPicker, by TerraClear Inc.AVO, by ecoRobotixBakus, by VitiBotBIPBIP, presented by CTIFLCEOL, by AgreencultureChickenBoy, by FaromaticsDino, by Naïo TechnologiesERMMI™, by Easton RoboticsFAR, by Tevel Aerobotics TechnologiesFD20, by FarmDroidLa Chèvre, by Nexus Robotics IncLELY Exos, by Lely International NVPhenomobile, by INRAEPlantalyzer, by HortiKeyRoamIO Series, by Korechi Innovations Inc.Robot One, by Pixelfarming RoboticsRobotti 150D, by AgrointelliRomi Rover, by Romi OrganisationSpoutnic, by TIBOT TechnologiesSwarmBot, by SwarmFarm RoboticsThe Digital Farmhand, by AGERRISTitan FT-35, by FarmWiseTom, by Small Robot CompanyTREKTOR, by SITIAVineScout, by Agricultural Robotics LaboratoryWeed Whacker robot, by Odd.Bot 21 00 06 01 https://www.quae.com/produit/1711/9782759233830/agricultural-robotics-part-of-the-new-deal-fira-2020-conclusions 01 00 03 02 https://www.quae.com/system/product_pictures/data/009/997/704/original/02803BDW_AgriRobots.jpg 17 14 20241004T232953+0200 15 00 04 02 01 E107 04 extrait-agricultural-robotics-part-of-the-new-deal-fira-2020-conclusions-9782759233823.pdf 05 0.69 06 fef8b153d9bc69f7ef9c047cab1b72f8 https://www.quae.com/extract/3402?filename=extrait-agricultural-robotics-part-of-the-new-deal-fira-2020-conclusions-9782759233823.pdf&md5sum=fef8b153d9bc69f7ef9c047cab1b72f8&size=721913&title=Extrait+au+format+PDF 17 14 20210609T111824+0200 01 P4 Éditions Quae 01 01 P4 Éditions Quae 04 01 00 20210901 19 00 20210901 01 WORLD 13 03 9782759233816 15 9782759233816 06 03 9782759233830 15 9782759233830 WORLD 08 Éditions Quae 04 01 00 20210901 03 01 D1 Quae 20 04 05 01 EUR