Research Article
Automated Plant Recognition System with Geographical Position Selection for Medicinal Plants
Algorithm 3
Image processing-based nearest plant detection.
| Step 1: Images of the leaf are taken with a high-resolution camera. | | Step 2: The images are converted to jpeg format to process them to extract information. | | Step 3: Android Studio is used as a platform to design the application. MATLAB has to be installed in the system. | | Step 4: The image is first cropped to a specific size as that of the size of our dataset. | | Step 5: It is then converted to grayscale. | | Step 6: A comparison is made with all the leaves from the dataset using the SVM or nntools algorithm. | | Step 7: The image data is uploaded to the database with other information and the importance of the plant. | | Step 8: For each plant species, the geographical locations in the form of latitude and longitude are to be stored in a database. | | Step 9: Google API is used to fetch the nearest location of the species during a search using minimum distance algorithms. |
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