KIUDA
KIUDA
KIUDA
KIUDA Manager is a solution that provides plant phenotype and internal quality analysis using multispectral, hyperspectral, LiDAR, thermal imaging, and high-definition RGB images.
Using the latest image analysis and automated AI technology, you can perform detailed analysis tailored to the characteristics of crops.
Even non-agricultural experts can use Image analysis to analyze the characteristics and condition of crops and help them make the right decisions.
KIUDA MANAGER
KIUDA Manager is a solution that provides plant phenotype and internal quality analysis using multispectral, hyperspectral, LiDAR, thermal imaging, and high-definition RGB images.
Using the latest image analysis and automated AI technology, you can perform detailed analysis tailored to the characteristics of crops.
Even non-agricultural experts can use Image analysis to analyze the characteristics and condition of crops and help them make the right decisions.
Video shooting and pre-processing
• When it capteured, considering the growing season of crops,
characteristics of expressions, cultivation environment, and etc.
• Shoot using multispectral, hyperspectral, LiDAR, thermal imaging,
and high-definition RGB imaging equipment and control settings
appropriate for the purpose.
• Normalization to minimize differences depending on shooting location
and light source conditions
• Extracting segmentation data using masking based on vegetation index
and removing outliers.
Applying AI model
• Automatic analysis of morphological characteristics
• Automatic analysis of physiological characteristics based on
hyperspectral spectrum
• Automatic analysis of physiological characteristics based on
hyperspectral spectrum
Phenotype analysis
• Acquire phenotyping information using images
• Used in crop growth, stress diagnosis, quality analysis, etc.
• Extrinsic phenotype analysis : Analysis of morphological characteristics
using RGB and LiDAR
• Internal phenotype analysis : Analyzing physiological characteristics
using RGB, thermal imaging, multispectral, hyperspectral,
and chlorophyll fluorescence
• Introducing a shooting-analysis-save process linked to an automatic
analysis program
