Scope/Objective


FUZZY LOGIC BASED AUTOMATED SEED SOWING ROBOT
ANUSHA K, PRAJWAL KUMAR J, ACHUTH KUMAR V, SAHANA BR
Under the Guidance of:
Dr. Vijayashree R Budyal
HOD, dept. of EEE
COLLEGE: SRI VENKATESHWARA COLLEGE OF ENGINEERING BENGALURU.



Scope / Objectives of the project:
Farmers being the backbone of country face many problems while sowing the seeds like, scarcity of people for ploughing and sowing the seeds, selection of seed and distance between two seeds while sowing, spraying fertilizers etc., Currently agriculture methods adopted are traditional and it consumes time and sometimes people select wrong seed to sow. This project "Fuzzy Logic Based Automated Seed Sowing Robot" helps in overcoming some of the above problems.
     The main objectives of the project are as follows:
  •     To design and develop the fuzzy model to select the particular seed to be sown depending on the soil parameters.
  •         To design and develop the distance of automated seed sowing robot by programming for selected seed.
  •  To design and develop automatic robot to sow the selected seed at a particular distance between the seed.


Comments

Post a Comment

Popular posts from this blog

Outcomes and Applications

Image
FUZZY LOGIC BASED AUTOMATED SEED SOWING ROBOT ANUSHA K, PRAJWAL KUMAR J, ACHUTH KUMAR V, SAHANA BR Under the Guidance of: Dr. Vijayashree R Budyal HOD, dept. of EEE COLLEGE: SRI VENKATESHWARA COLLEGE OF ENGINEERING BENGALURU. EXPECTED OUTCOME OF THE PROJECT: •         Better selection of seed by applying the fuzzy logic for selecting the seed depending on the soil parameters. As soil parameters are uncertain, fuzzy logic concept is applied to select the seed. •         Good crop yield by sowing the seed at proper distance between the seeds for the corresponding seed selected. •         NPK level of the soil is increased by fertilizers spraying.                         Seed growth is enhanced by spraying of fertilizers and pesticides Figure Representing the single seed operation mechanism Image indicating the hopper and sprayer utilization Final project outlook APPLICATION OF THE PROJECT:    This project mainly finds its appli
Read more

Detailed Methodology

Image
SRI  VENKATESHWARA COLLEGE OF ENGINEERING Vidyanagar, Bengaluru - 562157  Department of Electrical and Electronics Engineering FUZZY LOGIC BASED AUTOMATED SEED SOWING ROBOT PRESENTED BY:                                                              GUIDE:                ANUSHA K                                                     Dr. Vijayashree R Budyal          ACHUTH KUMAR V                             HOD Dept of EEE SVCE Bengalur         PRAJWAL KUMAR J SAHANA BR To select a seed based on Fuzzy Logic Step 1 : Checking for the temperature and pH value of the soil using sensors Step 2 : Fuzzy logic approach of selection of seed §     The crisp inputs temperature, season and pH value of the soil are considered and the membership functions are assigned for each input value considering the triangular type of membership function and mamdani model as shown in Figure 1 Figure 1: Mamdani Mod
Read more

OUTCOMES AND APPLICATIONS

Image
SRI  VENKATESHWARA COLLEGE OF ENGINEERING Vidyanagar, Bengaluru - 562157  Department of Electrical and Electronics Engineering FUZZY LOGIC BASED AUTOMATED SEED SOWING ROBOT PRESENTED BY:                                                              GUIDE:                ANUSHA K                                                     Dr. Vijayashree R Budyal          ACHUTH KUMAR V                             HOD Dept of EEE SVCE Bengalur         PRAJWAL KUMAR J SAHANA BR        Results  ·          Better selection of seed by applying the fuzzy logic for selecting the seed depending on the soil parameters. As soil parameters are uncertain, fuzzy logic concept is applied to select the seed. ·          Good crop yield by sowing the seed at proper distance between the seeds for the corresponding seed selected. ·          NPK level of the soil is increased by fertilizers spraying. ·          Seed growth is enhanced by spraying of fertilizers and pestici
Read more