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ROBOT PERCEPTION FOR AGRICULTURE
SUBMITED BY-RUDRA PRATAP SINGH &
RICHA TIWARI
MAHARISHI SCHOOL OF ENGINEERING
Presentation of
WELCOME
OUTLINES
Introduction
Needs of robotic agriculture
How Robots works in agriculture
Future farm
Advantages of Robots in agriculture
Disadvantage of Robots in agriculture
Challenges in Adopting Robotics
Applications of Agriculture’s Robots
Conclusion
Reference
Introduction
The word robot was derived from the Czech word robota.
A robot is a mechanical, artificial agent and is usually an
electromechanical system.
The robot is able to autonomously, according to the program, or
under the control of a man running, most dangerous,difficult
and laborious, and persevering and precise tasks.
Agricultural Robotics is the logical proliferation of
automation technology into biosystems such as agriculture,
forestry, green house, horticulture etc.
In agriculture, the opportunities for robot-enhanced
productivity are immense - and the robots are appearing on
farms in various guises and in increasing numbers.
Needs of Robot in Agriculture
As the global demand for food continues to rise,
innovative solutions are emerging to help optimize
operations in agriculture.
These versatile machines can handle a wide range of
tasks, from planting and irrigation to pest control
and soil analysis.
These versatile machines can handle a wide range of
tasks, from planting and irrigation to pest control
and soil analysis.
How Robots works in agriculture
Autonomous Tractors and Equipment.
Harvesting Robots
Weeding Robots
Drones and UAVs (Unmanned Aerial
Vehicles)
Precision Agriculture
Monitoring and Data
Collection
Robotic Milking and Herding
Smart Greenhouses
Sorting and Packing Robots
Future Farm
Swarm Robotics
AI and Machine Learning Integration
Robotics for Specialty Crops
Autonomous Crop Monitoring and
Management
Soft Robotics
Energy Autonomy
Robotic Pollination
Drone Technology Advancements
Collaborative Farming Systems
Data-Driven Decision Support
Advantages of Robots in Agriculture
Increased Efficiency
Precision Farming
24/7 Operation
Labor Shortage Mitigation
Data-Driven Decision Making
Reduced Environmental Impact
Improved Safety
Consistent Performance
Optimized Resource Utilization
Flexibility and Adaptability
Disadvantages of Robots in Agriculture
High Initial Costs
Technical Complexity
Dependency on Technology
Limited Adaptability to Diverse
Environments
Job Displacement
Energy Requirements
Complexity of Integration
Limited Affordability for Small Farmers
Ethical Considerations
Vulnerability to Cybersecurity Threats
Challenges in Adopting Robotics
High Initial Costs
Technical Complexity
Job Displacement
Limited Adaptability
Energy Requirements
Applications of Agricultural Robots
Precision Farming
Crop Monitoring and Management
Harvesting and Sorting
Livestock Management
Pest Control
Data-Driven Decision Making
Conclusion
Many regions face challenges in securing an
adequate labor force for agricultural tasks.
Many regions face challenges in securing an
adequate labor force for agricultural tasks.
Robotics enables precision agriculture through the
use of advanced sensors and technology.
Robots reduce the reliance on manual labor, leading
to decreased labor costs, and can optimize resource
use, reducing expenses on inputs.
The increased efficiency and precision provided by
robots in tasks like planting, harvesting, and
resource management contribute to higher
productivity and reduced operational costs.
Precision agriculture, enabled by advanced sensors
and robotics, allows for targeted application of
resources, minimizing waste and environmental
impact. This not only benefits individual farmers
but also plays a crucial role in addressing global
challenges such as food security.
References
aiforgood.itu.int
chat.openai.com
robotnik.eu
en.wikipedia.org
https://agriculture.up.gov.in
www.worldwildlife.org
ROBOT PERCEPTION FOR AGRICULTURE AND GOOD PRODUCTION1.1.pdf

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ROBOT PERCEPTION FOR AGRICULTURE AND GOOD PRODUCTION1.1.pdf

  • 1. ROBOT PERCEPTION FOR AGRICULTURE SUBMITED BY-RUDRA PRATAP SINGH & RICHA TIWARI MAHARISHI SCHOOL OF ENGINEERING Presentation of
  • 3. OUTLINES Introduction Needs of robotic agriculture How Robots works in agriculture Future farm Advantages of Robots in agriculture Disadvantage of Robots in agriculture Challenges in Adopting Robotics Applications of Agriculture’s Robots Conclusion Reference
  • 4. Introduction The word robot was derived from the Czech word robota. A robot is a mechanical, artificial agent and is usually an electromechanical system. The robot is able to autonomously, according to the program, or under the control of a man running, most dangerous,difficult and laborious, and persevering and precise tasks.
  • 5. Agricultural Robotics is the logical proliferation of automation technology into biosystems such as agriculture, forestry, green house, horticulture etc. In agriculture, the opportunities for robot-enhanced productivity are immense - and the robots are appearing on farms in various guises and in increasing numbers.
  • 6. Needs of Robot in Agriculture
  • 7. As the global demand for food continues to rise, innovative solutions are emerging to help optimize operations in agriculture. These versatile machines can handle a wide range of tasks, from planting and irrigation to pest control and soil analysis. These versatile machines can handle a wide range of tasks, from planting and irrigation to pest control and soil analysis.
  • 8. How Robots works in agriculture Autonomous Tractors and Equipment. Harvesting Robots Weeding Robots Drones and UAVs (Unmanned Aerial Vehicles) Precision Agriculture
  • 9. Monitoring and Data Collection Robotic Milking and Herding Smart Greenhouses Sorting and Packing Robots
  • 10. Future Farm Swarm Robotics AI and Machine Learning Integration Robotics for Specialty Crops Autonomous Crop Monitoring and Management Soft Robotics
  • 11. Energy Autonomy Robotic Pollination Drone Technology Advancements Collaborative Farming Systems Data-Driven Decision Support
  • 12. Advantages of Robots in Agriculture Increased Efficiency Precision Farming 24/7 Operation Labor Shortage Mitigation Data-Driven Decision Making
  • 13. Reduced Environmental Impact Improved Safety Consistent Performance Optimized Resource Utilization Flexibility and Adaptability
  • 14. Disadvantages of Robots in Agriculture High Initial Costs Technical Complexity Dependency on Technology Limited Adaptability to Diverse Environments Job Displacement
  • 15. Energy Requirements Complexity of Integration Limited Affordability for Small Farmers Ethical Considerations Vulnerability to Cybersecurity Threats
  • 16. Challenges in Adopting Robotics High Initial Costs Technical Complexity Job Displacement Limited Adaptability Energy Requirements
  • 17. Applications of Agricultural Robots Precision Farming Crop Monitoring and Management Harvesting and Sorting Livestock Management Pest Control Data-Driven Decision Making
  • 18. Conclusion Many regions face challenges in securing an adequate labor force for agricultural tasks. Many regions face challenges in securing an adequate labor force for agricultural tasks. Robotics enables precision agriculture through the use of advanced sensors and technology. Robots reduce the reliance on manual labor, leading to decreased labor costs, and can optimize resource use, reducing expenses on inputs.
  • 19. The increased efficiency and precision provided by robots in tasks like planting, harvesting, and resource management contribute to higher productivity and reduced operational costs. Precision agriculture, enabled by advanced sensors and robotics, allows for targeted application of resources, minimizing waste and environmental impact. This not only benefits individual farmers but also plays a crucial role in addressing global challenges such as food security.