Flashcards on IoT Based Pesticide Dispensing Robot
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What is an IoT based pesticide dispensing robot?
An IoT based pesticide dispensing robot is a smart robot that can be used in precision agriculture in various farms to spray pesticide precisely as per the requirement.
What is the advantage of using an IoT based pesticide dispensing robot?
The advantage of using an IoT based pesticide dispensing robot is it sprays pesticide precisely as per requirement, it reduces human labour, time and cost as well as results in less pesticide residue on crops.
How does an IoT based pesticide dispensing robot work?
An IoT based pesticide dispensing robot works with the help of sensors which detect the presence of pests on crops, then it uses a motor to spray pesticide on the affected area of the crop.
What is the name of a well-known company who has developed an IoT based pesticide dispensing robot?
Saga Robotics is a well-known company who has developed an IoT based pesticide dispensing robot named 'Thorvald'.
What is the role of the Internet of Things in an IoT based pesticide dispensing robot?
The role of the Internet of Things in an IoT based pesticide dispensing robot is to connect sensors, actuators and mobile devices to the cloud for better decision-making and control.
What are the benefits of using precision agriculture?
The benefits of using precision agriculture are reduced use of pesticides, improved crop health, increased efficiency and yield.
What are the components of an IoT based pesticide dispensing robot?
The components of an IoT based pesticide dispensing robot are sensors, actuators, motor, microcontroller and mobile device.
What is the future scope of IoT based pesticide dispensing robot technology?
The future scope of IoT based pesticide dispensing robot technology is to integrate machine learning algorithms for better performance and to reduce environmental pollution.
What are the applications of IoT based pesticide dispensing robot?
The applications of IoT based pesticide dispensing robot are in precision agriculture, smart farming, automated greenhouses and industrial agriculture.
What is the aim of using IoT based pesticide dispensing robot in precision agriculture?
The aim of using IoT based pesticide dispensing robot in precision agriculture is to reduce human intervention, to increase crop yield, as well as to monitor crop health and plant growth.
What are the challenges of using IoT based pesticide dispensing robot?
The challenges of using IoT based pesticide dispensing robot are high initial cost, untrained workforce, technical issues, and cybersecurity threats.
What sensor technology is used in IoT based pesticide dispensing robot?
In IoT based pesticide dispensing robot, a variety of sensor technology can be used such as ultrasonic, infrared, and camera-based sensors.
What is the difference between traditional and IoT based pesticide dispensing methods?
The difference between traditional and IoT based pesticide dispensing methods is that traditional methods are labour-intensive and do not ensure precise delivery of pesticides whereas IoT based methods reduce labour and guarantee precise delivery of pesticides.
Which countries are leading in the research and development of IoT based pesticide dispensing robot?
Currently, countries like Japan, Norway, and Israel are leading in the research and development of IoT based pesticide dispensing robot.
What is the estimated market size of IoT based pesticide dispensing robot in the next 5 years?
The estimated market size of IoT based pesticide dispensing robot is expected to grow to 3.72 billion USD by 2025.
What is an IoT based pesticide dispensing robot?
An IoT based pesticide dispensing robot is a smart robot that can be used in precision agriculture in various farms to spray pesticide precisely as per the requirement.
What is the advantage of using an IoT based pesticide dispensing robot?
The advantage of using an IoT based pesticide dispensing robot is it sprays pesticide precisely as per requirement, it reduces human labour, time and cost as well as results in less pesticide residue on crops.
How does an IoT based pesticide dispensing robot work?
An IoT based pesticide dispensing robot works with the help of sensors which detect the presence of pests on crops, then it uses a motor to spray pesticide on the affected area of the crop.
What is the name of a well-known company who has developed an IoT based pesticide dispensing robot?
Saga Robotics is a well-known company who has developed an IoT based pesticide dispensing robot named 'Thorvald'.
What is the role of the Internet of Things in an IoT based pesticide dispensing robot?
The role of the Internet of Things in an IoT based pesticide dispensing robot is to connect sensors, actuators and mobile devices to the cloud for better decision-making and control.
What are the benefits of using precision agriculture?
The benefits of using precision agriculture are reduced use of pesticides, improved crop health, increased efficiency and yield.
What are the components of an IoT based pesticide dispensing robot?
The components of an IoT based pesticide dispensing robot are sensors, actuators, motor, microcontroller and mobile device.
What is the future scope of IoT based pesticide dispensing robot technology?
The future scope of IoT based pesticide dispensing robot technology is to integrate machine learning algorithms for better performance and to reduce environmental pollution.
What are the applications of IoT based pesticide dispensing robot?
The applications of IoT based pesticide dispensing robot are in precision agriculture, smart farming, automated greenhouses and industrial agriculture.
What is the aim of using IoT based pesticide dispensing robot in precision agriculture?
The aim of using IoT based pesticide dispensing robot in precision agriculture is to reduce human intervention, to increase crop yield, as well as to monitor crop health and plant growth.
What are the challenges of using IoT based pesticide dispensing robot?
The challenges of using IoT based pesticide dispensing robot are high initial cost, untrained workforce, technical issues, and cybersecurity threats.
What sensor technology is used in IoT based pesticide dispensing robot?
In IoT based pesticide dispensing robot, a variety of sensor technology can be used such as ultrasonic, infrared, and camera-based sensors.
What is the difference between traditional and IoT based pesticide dispensing methods?
The difference between traditional and IoT based pesticide dispensing methods is that traditional methods are labour-intensive and do not ensure precise delivery of pesticides whereas IoT based methods reduce labour and guarantee precise delivery of pesticides.
Which countries are leading in the research and development of IoT based pesticide dispensing robot?
Currently, countries like Japan, Norway, and Israel are leading in the research and development of IoT based pesticide dispensing robot.
What is the estimated market size of IoT based pesticide dispensing robot in the next 5 years?
The estimated market size of IoT based pesticide dispensing robot is expected to grow to 3.72 billion USD by 2025.