Page 33 - PRODUCT INNOVATION POSTER

page 33 of 62 pages

POLITEKNIK TUANKU SULTANAH BAHIYAH INVENTORS:

Dr Md Razak Bin Daud
PRODUCT ID : ICrIPE23-MP-45 Wan Nor Shela Ezwane Binti Wan Jusoh
PLANT HEALTH SCREENING MECHANISM FOR ZEA MAYS Shukri Bin Zakaria
FERTIGATION SYSTEM Ts. Mohd Iqbal Syazwan Bin Azizan

PROJECT OVERVIEW
PROBLEM STATEMENTS:
This mobile automation image processing
project is very helpful towards producing
optimal healthy corn planting products. The first symptoms on corn plants appear on the lower leaves.
The purpose of this innovation is to Spots that occur later, caused by spores distributed by the wind, are
acquire data such as the level of shown on the upper leaves. Also, Several insects (a,b,c) damage
corn stalk in such a way that suggests a “budworm” or insect caused
defoliation on the entire corn plant based the harm crops. Only by pulling up the plant and examining it
on the amount of fertilizer given, carefully can the proper diagnosis be made. Therefore, with
exposure to sunlight and the amount of periodic control (image monitoring), immediate prevention can be
water received. This innovation product given to problem plants.
in agriculture and very helpful to monitor
the growth of zea mays , especially the
cultivation of the fertigation method. 1

OBJECTIVES :

• To design image detection system for monocotyledonous
plants (ZEA MAYS ) based on optimization sweet corn
features.

• To develop a method for tracking the health of zea mays INNOVATION HIGHLIGHT:
using IoT-control mobile robot.
Produce a new mobile image processing system using the IoT
• To analyze system usage image monitoring on corn system for the main use of crop farmers in fertigation, especially
plants using Bioleaf software Zea mays crops. Reg No : LY2022O05057

COMMERCIAL VALUE: 1 DIAGRAM :

Target market – Farmers, gardeners and researchers
and interested individuals.

Make it easy for users to monitor the growth and
health of their plants (Zea Mays)

CONCLUSION:

This project demonstrates the potential of Internet of
Things (IoT)-based agricultural device as well as the
challenges associated with integrating these technologies
into traditional farming.
Overall, Agriculture has mostly transformed into smart
agriculture because of the continuous development in
Internet-based technology. The agricultural industry has
changed as a result of this transformation, which has also
brought new opportunities and challenges to the modern
farmer entrepreneur.