IRJET - Neural Network based Leaf Disease Detection and Remedy Recommendation System

International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056
Volume: 07 Issue: 03 | Mar 2020 www.irjet.net p-ISSN: 2395-0072
© 2020, IRJET | Impact Factor value: 7.34 | ISO 9001:2008 Certified Journal | Page 2555
NEURAL NETWORK BASED LEAF DISEASE DETECTION AND REMEDY
RECOMMENDATION SYSTEM
Shahid Afridi.I1, Mohammed Arshad.N2, Vignesh.M3, Senthil Prabhu.S4
1 Student Department of computer Science Dhaanish Ahmed Institute of Technology, Tamil Nadu, India
2 Student, Department of computer Science Dhaanish Ahmed Institute of Technology, Tamil Nadu, India
3 Professor, Department of computer Science Dhaanish Ahmed Institute of Technology, Tamil Nadu, India
4 Professor, Department of computer Science Dhaanish Ahmed Institute of Technology, Tamil Nadu, India
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Abstract - Agriculture is one field which has a high impact
on life and economic status of human beings. Loss in
agricultural products occur due to improper management.
Lack of knowledge about disease by farmers and hence less
production happens. Kisan callcentersareavailablebutdo not
offer service 24*7 and sometimes communication too fail.
Farmers are unable to explain diseaseproperly on call need to
analysis the image of affected area ofdisease. Though, images
and videos of crops provide better viewand agroscientistscan
provide a better solution to resolve the issues related to
healthy crop yet it not been informed to farmers. It is required
to note that if the productivity of the crop is not healthy, it has
high risk of providing good and healthy nutrition. Due to the
improvement and development in technology where devices
are smart enough to recognize and detect plant diseases.
Recognizing illness can prompt faster treatment in order to
lessen the negative impacts on harvest. This paper therefore
focus upon plant disease detection using image processing
approach Thiswork utilizes an open dataset of 5000 pictures
of unhealthy and solid plants, where convolution system and
semi supervised techniques are used to characterize crop
species and detect the sickness status of 4 distinct classes.
Key Words: CNN, leaf disease, Classification, deep
learning, remedies.
1. INTRODUCTION
System analysis is the process of separation of the substance
into parts for study and implementation and detailed Exam-
ination. It must be needed to keep the structured approach,
which can be classified into four stages. The first is the
investigation and understanding of the current physical
system. In this process of planning a new business system of
modules tosatisfy the specific requirements or replacing an
existing system by defining its components. Before the
proper planning, understand the previous system
thoroughly and determine accurately howcomputers canbe
used by best method in order to efficient operation. Thenext
stage is to determine how the current system is physically
implemented. The third step is the required logical system.
Finally the required system can be developed. The system is
performed by analyzing.
1.1 EXISTING SYSTEM
The effectiveness of the system dependsonthewayinwhich
the data is organized. In the existing system, much of the
data is entered manually and it can be very time consuming.
Frequently accessing the records, managing of such type of
records becomes more difficult in analysis. Therefore facing
difficulty will happen organizing data.
1.2 PROPOSED SYSTEM
The proposed model is introduced to overcome all the
disadvantages that arise in the existing system. This system
will increase the accuracy of the disease detection and it will
show the remedy to overcome the disease. It enhances the
deep convolutional neural network will increase the
performance.
2. LITERATURE SURVEY
In the paper “The boostingapproachtomachinelearning:An
overview” in Nonlinear estimation and classification.By
R.E.Scahpire Boosting is a general method for improving the
accuracy of any given learning algorithm. Focusing on the
AdaBoost algorithm by the starting, this paper overviews
about the recent work on techniques in boosting including
analyses of training error in AdaBoost’s and adaptive
generalization for error boosting’s connection for gaming
theory and linear programming; the relationship between
boosting and logistic regression extensions of AdaBoost for
multiclass classification problems; methodsofincorporating
human knowledge into boosting; and experi- mental and
applied work using boosting
In “Support vector clustering” by A. Ben-Hur, D. Horn, H. T.
Siegelmann, V.Vapnik Data points are mapped by means of a
Gaussian kernel to a high dimensional feature space, where
we search for the minimal enclosing sphere. The specified
sphere, when mapped back to the space data, may separate
into several individual components, in which each enclosing
between a separate points of cluster. Toidentifyingthissimple
algorithm for are developed.
In the paper “Land cover change assessment using decision
trees support vector machines and maximum likelihood
classification algorithms” by J. R. Otukei, T. Blaschke Land

cover change assessment is one of the main applications of
remote senseddata.Alargenumberofpixelbasedalgorithms
classification has been developed for thepast few years for
the analysis in the remotely sensed data.
3. SOFTWARE DESCRIPTION
3.1 PYTHON
Python is a general-purpose more interactive, interpreted,,
high-level, and object- oriented programming language. It
was discovered by Guido van Rossum during the year 1985-
1990. Like Perl, this Python source code available under the
GNU- General Public License (GPL), which gives proper
understandingonlanguagethePythonprogramming. Python
is a popular programming language. It was created in 1991
by Guido van Rossum. It is used for: • mathematics • web
development (server-side, • System scripting • software
development)
3.2 Anaconda Distribution
With over 6 million users, the open source Anaconda
Distribution is the fastest and best way to make R data
science and Python and machine learning on Mac OS X,
Windows, and Linux. These are the industry standard for
developing, training, and testing on a single machine.
3.3 Spyder
Spyder is an open source cross-platform integrated
development environment (IDE) for scientific programming
in the Python language.
4. FEASIBILITY STUDY
The study by feasibility is carried out forproposedsystem to
test whether it is worth of being implemented.Theproposed
model will be selected based on if it is best enough for
meeting the requirements of proper performance.
4.1 Economic Feasibility
Analysis based on economic is the most frequently used
technique for evaluating performance and effectiveness of
the proposed model. More commonly known as cost benefit
analysis. This procedure determines the benefits and saving
that are expected from the system of the proposed system.
The hardware section in department of system if sufficient
for development of system model.
4.2 Technical Feasibility
This study center aroundthe system’sdepartmenthardware,
software and to what extend it can support the proposed
system department is having the required hardware and
software there is no question of increasing the cost of
implementing the proposed system. The criteria, the
proposed system is technically feasible and the proposed
system can be developed with the existing facility.
5. SYSTEM TESTING
System testing method is the special stage of
implementation, ensuring that system model works more
accurately and efficiently before the commence of live
operation. Executing a program with the intent of finding an
error is known as Testing. Finding an error is a good testing
process that has a high probability. If the answers have yet
undiscovered error then it is a successful test.
5.1 UNIT TESTING:
Unit testing is the technique of testing each given module
and the integration process of the overall systemseparately.
This type of unit testing becomes efforts in verification on
the unit in range of smallest of software design in given
module. This is also called as ‘module testing’.
5.2 INTEGRATION TESTING:
Across an interface data can be lost, thus one module can
have an adverse effect on the sub function on other side,
when combined more, and the desired major function may
not produce. This type of testing by integrated method is
systematic form of testing that is done with sample data. To
find the overall system performance the integrated test is
needed .The need for WHITE BOX TESTING: White Box
testing method is a test case method of design that uses
p r o c e d u r a l design for the control structure to drive
cases. Using the this type of methods usingwhite boxtesting,
a particular case of derivation of test cases that guarantee
about all the individual paths within a module have been
practiced at least once.
5.3 BLACK BOX TESTING:
Black box testing is done to find incorrect or missing
function. Interface error. Errors in external database access.
Performance errors. Initialization and termination errors
5.4 VALIDATION TESTING:
After the culmination of black box testing, software is
completed assembly as a package, errors interfacing has
beencorrected and uncoveredandfinal seriesof validationof
software tests begin with testing for validation which can be
defined as many number, but adescription which is simple
that succeeds in validation when functions of the softwarein
a particular manner which can be reasonably done by
customer expectation.
5.5 USER ACCEPTANCE TESTING:
For the success of the system key factor is the user
acceptance of the system. The system which is under
consideration istested for user acceptance withprospective

system by constantly keeping in touch at the time of
developing changes whenever required.
6. SYSTEM MAINTENANCE
The phase of maintenance of the software cycle is the
particular time in which performance of software having
useful work. After the implementation of system
successfully, maintenances should be done in a proper
manner. In the software development life cycle system
maintenance is an important aspect. The need for system
maintenance is to make adaptable and progress to the
changes in the environment of system environment. There
may be technical, social and otherchangesin environmental,
which affect a system implementation which is being in use.
Enhancements in software productmayincludeinproviding
new capabilities in functional procedures, improving
displays of user and mode of interaction, upgrading the
characteristics of the system performance. So only using of
proper maintenance of system procedures, thus the system
can be more adapted and thereby to cope up with the
changes that it face by adaptation. More than “finding
mistakes” maintenance of software is of course, major work.
7. CORRECTIVE MAINTENANCE
The maintenance is the first activity which occurs due toitis
unreasonable for assumption which in a large software
system the software testing will uncover all latent errors.
During the use of any big program, probably errors will
occur in some range and can be reported to the concerned
developer. The process which includes the diagnosis and
proper correction of one or more errors is known as
Corrective Maintenance.
8. ADAPTIVE MAINTENANCE
The second most activity that is the contribution to a
definition of maintenance occurrence because of the final
rapid change which is encountered in every aspect of
computation. Therefore maintenance by Adaptive method
termed as an activity which modifies software to interfere
properly with a environment changingisboth commonplace
and necessary.
9. SYSTEM DEVELOPMENT
After the system designed physically in detail, the stage is to
transfer the individual system into a one which is working.
During which the design of a system is tested
implementation is the stage of a project, then it is debugged
and made it operational. So this is the most crucial stage
which in achieving a successful new system and the users in
giving confidence that the system which is new will work
and be more effective.
9.1 Modules:
9.1.1 DATA SELECTION AND LOADING: The image can be
selected first and upload in the page. In this project, the leaf
disease dataset is used for detectingthedisease.Thisdataset
contain the image of disease leaf and no disease image leaf.
The dataset contain all type of leaf
9.2.2 DATAPREPROCESSING: This step is to verify theimage
that uploads in the process. In this verify image, the image
can be verified by image color, image path of directory and
image size. So this process can verify that the image is
normal or blur .The clarity of image can be verified here.
9.2.3 FEATURE EXTRACTION: Feature scaling technique.
Feature scaling technique is a method to standardize the
range of independent of variables or data features. In
processing of data, it is also called as data normalizationand
properly performed generally during the steps of data pre-
processing. Feature Scaling method or Standardization
technique: It is a Data Pre Processing step of which isapplied
to variables that are independent or features of data.It helps
basically to data normalizing within a particular range.
Sometimes, thismethodalso helps inincreasingorspeeding
up the all calculations in an algorithm simply.
9.1.4 ANALYSE THE IMAGE USING CNN ALGORITHM: In
mostly neural networks, Convolutional neural network
(ConvNets or CNNs) is one of the important categories to do
recognition of images and classifications of images. CNN
image classifications will take an input image, and process it
and do classification under certain main categories.
Convolution process is the first Layer to extract main
features from an image at input. The relationship between
pixels preserves by convolution by features using small
squares of input data for learning image. It isa mathematical
analysis operation that takes twobasicinputs such as image
in matrix and a filter or kernel form.
9.1.5 PREDICT THE DISEASE:It’sa processofpredictingthe
disease that what attack in a leaf .This project will
effectively predict the data from dataset by enhancing the
performance of the overall prediction results.
9.1.6 REMEDY FOR THE DISEASE: In thisprocesstheremedy
is generated for the disease and it is show to the user. Then
the result is shown that is healthy or not what disease occur
and remedy is shown in that page. Then a percentage graph
is shown for the image. In this process the remedy is
generated for the disease and it is show to the user. Thenthe
result is shown that is healthy or not what disease occur and
remedy is shown in that page. Then a percentage graph is
shown for the image.
10. SYSTEM IMPLEMENTATION
Implementation of software refers to the installation at
final stage of packaging in its real environment, for the
satisfaction of theusers intended and the proper operation

of the system. The people do not sure about whether the
software is meant to make the job easier. Benefits of using
the system should be known to the active user and must be
aware of the system. Developing of confidence in the
software will increase. Proper guidance is needed to the
each user so that they will be morecomfortableinusingthe
application. Before viewing and going ahead of thesystem,
the user must be aware that for viewingtheaccurateresult,
which theserver program mustberunningintheparticular
server. If the object of server is not running on the server,
the actual processes will be delayed or not take place.
11. SAMPLE IMAGE AND FLOW DIAGRAM
11.1 AFFECTED LEAF
Bacteria are microscopic, single celled organisms that
reproduce rapidly and cause a variety of plant diseases
including leaf spots, stem root rots, galls, wilt, blight and
cankers.They survive in infected plants,debrisfrominfected
plants, on or in seed, and in a few cases, infested soil. Plant
pathogenic bacteria cause many different kinds of
symptoms that include galls and overgrowths, wilts, leaf
spot. Inside host cells In contrast to viruses that are, walled
bacteria will grow in the spaces in between cells and do not
fully invade them.
Fig-1. Figure caption of affected leaf.
11.2 FLOW DIAGRAM
A data-flow diagram (DFD) is a way special of representing
data flow of a system (which is usually a system providing
information) or a varying process. This categoryof data-flow
diagram has no flow control, there are no loops and no
decision rules. A data-flow diagram also provides various
information about the inputs and outputs of the process and
each entity of itself. Specific and individual operations based
on the data can be represented by a flowchart.
Fig.-2. Figure caption of Flow chart
12. CONCLUSION
Convolution neural network is used to detect and classify
plant diseases. The Network is trained using the images
taken in the natural environment and achieved99.32Image
classification, Image Categories, Feature Extraction, and
Training Data is carried out. The whole development of
algorithm is done in Python tool. Using several toolboxes
like Statistics and Machine Learning toolbox, Neural
Network Toolbox and Image Processing Toolbox the
outputs as of now are the training data in form of image
categories, image classification using K-Means clustering
and moisturecontentalongwithpredictingofwithstanding.
REFERENCES
[1] Suma V, R Amog Shetty, Rishab F Tated, Sunku Rohan,
Triveni S Pujar “CNN based Leaf Disease Identification
and Remedy Recommendation System,” Third
International Conference on Electronics
Communication and Aerospace Technology [ICECA
2019] IEEE Conference Record # 45616; IEEE Xplore
ISBN: 978-1-7281-0167-5.
[2] Saradhambal, G., Dhivya, R., Latha, S., Rajesh, R., ‘Plant
Disease Detection and its Solution using Image
Classification’, International Journal of Pure and
Applied Mathematics, Volume 119, Issue 14, pp. 879-
884, 2018
[3] Singh, J., Kaur, H., ‘A Review on: Various Techniques of
Plant Leaf Disease Detection’, Proceedings of the
Second International Conference on InventiveSystems
and Control, Volume 6, pp. 232-238, 2018

[4] Gavhale, K.R., Gawande, U., ‘An Overview of the
Research on Plant Leaves Disease Detection using
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[5] Mukhopadhyay S.C. (2012) Smart Sensing Technology
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[6] Mukhopadhyay S.C. (2012) Smart Sensing Technology
for Agriculture and Environmental Monitoring. Vol.
146, Springer Berlin Heidelberg
[7] J. R. Otukei, T. Blaschke, "Land cover change
assessment using decision trees support vector
machines and maximum likelihood classification
algorithms", International Journal of Applied Earth
Observation and Geoinformation, vol. 12, pp. S27- S31,
2010.
[8] J. R. Otukei, T. Blaschke, ”Land cover change
assessment using decision trees support vector
machines and maximum likelihood classification
algorithms”, International Journal of Applied Earth
Observation and Geoinformation, vol. 12, pp. S27S31,
2010
[9] Jun Wu, Anastasiya Olesnikova, Chi-Hwa Song, Won
Don Lee (2009). The Development and Application of
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[10] R.E. Schapire, ”The boosting approach to
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estimation and classification, New York:Springer, pp.
149-171, 2003.
[11] Ben-Hur, D. Horn, H. T. Siegelmann,V.Vapnik,”Support
vector clustering”, Journal of machine learning
research, vol. 2, pp. 125-137, Dec 2001.
[12] R.E. Schapire, "The boosting approach to machine
learning: An overview" in Nonlinear estimation and
classification, New York:Springer, pp. 149-171, 2003.
[13] M. Young, The Technical Writer’s Handbook. Mill
Valley, CA: University Science, 1989.
[14] R. Nicole, “Title of paper with only first word
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IRJET - Neural Network based Leaf Disease Detection and Remedy Recommendation System