The bulk of SMS that the Quick Response Team and Rescue Agencies received during disasters made it hard for them to categorize responses based on priorities. This paper provides a method that classifies SMS received by the agency as Spam, Invalid, Alert 1 Alert 2, and Alert 3. This method allows proper response to be extended to those asking for it based on prevailing needs. This also provides a chance to ignore insignificant messages and save precious time that may be incurred by merely dealing with unimportant messages. The existing system implementation of Naïve Bayes Algorithm, a self-learning algorithm, and together with Natural Language Processing was utilized in this research. Extension of the method is however devised in order to cover the irregularity of the data to process. In the proposed system we are using SVM and Logistic Regression. Test results of the classification method showed success in its implementation and since it is a self-learning process, the method gets better and became more accurate through time.
NOTE: Without the concern of our team, please don't submit to the college. This Abstract varies based on student requirements.

H/W System Configuration:
S/W System Configuration:
• Operating System : Windows 10
• Front End : HTML, CSS, BOOTSRAP
• Scripts : JavaScript, Jquery.
• Server side Script: Python
• Framework : Django, Flask
· Scope of Real Time Application Scenarios
· Objective of the project
· How Internet Works
· What is a search engine and how browser can work?
· What type of technology versions are used?
· Use of HTML,and CSS on UI Designs
· Data Parsing Front-End to Back-End
· Working Procedure
· Introduction to basic technologies used for
· How project works.
· Input and Output modules
· Practical exposure to
o Hardware and software tools.
o Solution providing for real time problems
o Working with team/ individual
o Work on Creative ideas
· Frame work use
· Datasets properties
· Data preprocessing techniques
· How association rule works
· How FP growth algorithm works