Purpose of a cluster data of a Bug-a-Salt Gun

        The purpose of the lab is to analyze the clustering data of a Bug-a-Salt Gun. Aluminum foil is used for the analysis of cluster also find the effective range or distance that is used from the salt gun to kill the bug.

 Problem of a cluster data of a Bug-a-Salt Gun

The problem in this lab experiment is that we have to analyze the data when we shot the aluminum foil and calculate the effective range.

Scope of a cluster data of a Bug-a-Salt Gun

The basic scope of this lab is that accuracy of cluster analysis is high, fast execution as well as fast convergence. This report is based on the Analysis of cluster of a salt gun when we shot it on the Aluminum foil.

Background of a cluster data of a Bug-a-Salt Gun

Theory of a cluster data of a Bug-a-Salt Gun

            Bug-A-Salt is also known as a plastic gun that is used to spray table salt just likes a shotgun but it spread in a conical pattern. Without creating a mess, at a distance kill the houseflies through this gun and it is invented by the Lorenzo Maggiore. By September 2012 for over US$577,000 Maggiore sold 21400 guns on Indiegogo. As according to the University of California Michael Dickinson says that tiny salt particles flies cannot dodge by their arthropod exoskeleton they will be protected as well as only be amazed. Moreover, the inventor of this gun said that because of the salt flies are indeed penetrated because of this reason flies are dehydrated and ultimately die. The easy method to use the bug-a-salt is to load the gun firstly with table salts and fire the flies this gun work like shotgun toward flies. As you can see the figure of bug-a-salt gun in 5the below: according to the figure this gun can hold the 80 shots of enough salt after reloading. The range of this gun is approximately 3 feet.

We have to do the cluster analysis for this there are three methods for cluster Analysis;

Poisson clamming

Distance Sampling

DBSCAN clustering

            For the shot of the bug-a-salt gun Aluminum foil is used, this is reason we can determine the effective range or distance. For calculating the distance of flies such as aluminum foil the distance sampling is used. By the various method of clustering cluster is generated poisson clumping produced the biological relevance. DBSCAN (Density-based spatial clustering of application with noise) this is a density based clustering.

Research of a cluster data of a Bug-a-Salt Gun

        In this lab experiment, cluster analysis research the multivariate of the data mining methods the objective of this experiment is based through the set and the characteristics is selected by the user is shown in the figure

Cluster Analysis is referred as;

Construction of Topology

Q analysis

Numerical taxonomy

Analysis classification

            The cluster Analysis is meaningful and also useful the cluster analysis is divided into the group. For the accuracy of the killer Bug-A-Salt is used and has the bright red laser beam in night and day that is easily visible.

Test & Evaluation of a cluster data of a Bug-a-Salt Gun
Apparatus of a cluster data of a Bug-a-Salt Gun

Aluminum Foil

Computer system

Bud-A-Salt gun

Procedure of a cluster data of a Bug-a-Salt Gun

            In this lab report we have to find the effective distance to kill the bug. First of all put the salt in the gun and it can hold the 80 shots before the reloading the gun for the aluminum foil data. Then you can aim the flies and shoot them and it’s approximately away through the aluminum foil. Push forward and pull back to handle the pump. The gun pop up side is indicated that the gun is locked and loaded. After that through pushing the orange lever down release it for the auto safety from where the gun is ready to fire the bug or flies. The best distance is 24 inch.

Findings of a cluster data of a Bug-a-Salt Gun
Data of a Bug-a-Salt Gun

Interpretation of a cluster data of a Bug-a-Salt Gun

In this lab report according to the given question that is given to the engineering supervisor for the Salt gun testing. The effective range of killing the bug is almost nine inch. For the salt spray pattern where the accuracy by the shooting through the aluminum foil. We analyzed the analysis by the cluster analysis. 

Conclusion on a cluster data of a Bug-a-Salt Gun
Assessment of a cluster data of a Bug-a-Salt Gun

It is concluded that the whole experiment gave me a lot of experience because I have learnt many unique techniques how to perform cluster analysis. This analysis will help compare any type of data regarding any field. The aluminum foil acts as the main subject for collection of data.

Recommendations of a cluster data of a Bug-a-Salt Gun

There are the following recommendations that we used during this experiment.

Wear the goggles

In cocked position never leave the gun

Every equipment should be connected properly