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file_name
stringclasses
5 values
quality
stringclasses
1 value
species_name
stringclasses
4 values
flower_color
stringclasses
4 values
blooming_stage
stringclasses
5 values
plant_health
stringclasses
1 value
leaf_count
stringclasses
5 values
stem_height
stringclasses
5 values
leaf_color
stringclasses
1 value
background_complexity
stringclasses
3 values
image_clarity
stringclasses
1 value
lighting_condition
stringclasses
2 values
05851fd5f8ccdadeebc30505541528bc.jpg
1280*1706
Amaryllis
Red
Full Bloom
Healthy
Abundant
About 30cm
Green
Simple
Clear
Natural Light
721224ca2228fc13c6cdd1304e407130.jpg
1280*1706
Unknown
No flowers visible currently
No flowers visible currently
Healthy
Many leaves, specific number unknown
Unable to determine
Green
Complex
Clear
Natural light
bc954282cf20f4e0f6b63e31b19fa764.jpg
1280*1706
Hippeastrum
Red and white
Blooming
Healthy
Unknown
Unknown
Green
Complex
Clear
Natural light
d80bb29c74ca7726dc8636119f4dca93.jpg
1280*1706
Unspecified
Red and white
Full bloom
Healthy
About 20 leaves
About 50 cm
Green
Complex
Clear
Natural light
d97dada8f63ca00b86e65c0ed5df3e0b.jpg
1280*1706
Unknown
Difficult to determine
No flowers observed
Healthy
About 15 leaves
About 60 cm
Green
Moderately complex
Clear
Natural light

Amaryllis Image Recognition Dataset

Currently, with the rapid development of the horticulture industry, the diversification and increase in the number of flower varieties pose challenges to flower management. Current solutions such as manual recognition and recording are inefficient and prone to errors. The establishment of the Amaryllis Image Recognition Dataset aims to leverage advanced image recognition technology to achieve fast and accurate flower classification, optimizing garden management processes. Data collection is conducted using high-definition cameras under natural light to ensure the capture of complete plant features. Data quality is ensured through multiple rounds of annotation and consistency checks, performed by a team of experts in the field of botany, comprising more than 10 members. After annotation, the data undergo image enhancement and denoising processing and are finally stored in JPG format, organized in a categorized directory for easy access and model training.

Technical Specifications

Field Type Description
file_name string File name
quality string Resolution
species_name string The name of the Hippeastrum species or variety.
flower_color string The color of the Hippeastrum flower.
blooming_stage string The blooming stage of the Hippeastrum, such as early bloom, full bloom, or wilting.
plant_health string The health status of the Hippeastrum plant, such as healthy, pest-infected, or wilted.
leaf_count int The total number of leaves on the Hippeastrum plant.
stem_height float The height of the Hippeastrum stem, measured in centimeters.
leaf_color string The color of the Hippeastrum leaves.
background_complexity string The complexity of the image background, such as simple or complex.
image_clarity string The clarity of the image.
lighting_condition string The lighting condition during the capture of the Hippeastrum image, such as natural light, shadow, or artificial light.

Compliance Statement

Authorization Type CC-BY-NC-SA 4.0 (Attribution–NonCommercial–ShareAlike)
Commercial Use Requires exclusive subscription or authorization contract (monthly or per-invocation charging)
Privacy and Anonymization No PII, no real company names, simulated scenarios follow industry standards
Compliance System Compliant with China's Data Security Law / EU GDPR / supports enterprise data access logs

Source & Contact

If you need more dataset details, please visit Mobiusi. or contact us via contact@mobiusi.com

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