Desktop Robotic Crop Management

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Desktop Robotic Crop Management by Mind Map: Desktop Robotic Crop Management

1. Management

1.1. AI

1.2. Timers

1.3. Computer Vision

1.4. Programming

1.5. Processing

1.5.1. Raspberry Pi

1.5.2. Arduino

2. Usability

2.1. Affordability

2.2. Easy-to-use

2.3. Easy to set-up

2.4. Cloud Communication with User

2.4.1. App

2.4.2. Website

2.4.3. Email

2.4.4. Text

2.5. Automation

2.6. Outdoor

2.6.1. Protection Against the Elements

2.6.1.1. Water Proofing

2.6.1.2. UV Protection

2.7. Indoor

2.7.1. Aesthetic

2.7.2. Quiet

2.7.3. Compact

3. Monitoring

3.1. Moisture Sensor

3.1.1. Watering/Irrigation

3.2. pH Sensor

3.2.1. Nutrients

3.3. Light Sensor

3.3.1. Photosynthesis

3.4. Temperature Sensor

3.4.1. Plant Health

3.5. Oxygen Sensor

3.5.1. Plant Health

3.6. Camera Monitoring

3.6.1. Harvesting

3.6.2. Photo Updates to User

3.6.3. Plant Health

4. Maintenance

4.1. Planting/Seeding

4.2. Crop Science

4.3. Data Collection for System Analysis and External evaluation

4.4. Pruning

4.5. Harvesting

5. Kit Assembly

5.1. 3D Printing

5.2. Materials

5.2.1. Wood

5.2.2. Aluminium

5.3. Motors

5.4. Electronic Circuitry

5.4.1. Water Proofing

5.5. Code Integration

5.6. Hack/Manipulate Existing Technology

6. Growing Systems

6.1. Soil

6.1.1. Potting Mix

6.2. Hydroponics

6.2.1. Clay Substrate

6.2.2. Aeroponics