
		<paper>
			<loc>https://jjcit.org/paper/112</loc>
			<title>IMPROVING RESPONSE TIME OF TASK OFFLOADING BY RANDOM FOREST, EXTRA-TREES AND ADABOOST CLASSIFIERS IN MOBILE FOG COMPUTING</title>
			<doi>10.5455/jjcit.71-1590557276</doi>
			<authors>Elham Darbanian,Dadmehr Rahbari,Roghayeh Ghanizadeh,Mohsen Nickray</authors>
			<keywords>Fog computing,Decision tree classifier,Random forest classifier,Extra-trees classifier,AdaBoost classifier,Offloading,Machine learning</keywords>
			<views>7365</views>
			<downloads>1477</downloads>
			<received_date>27-May-2020</received_date>
			<revised_date>  7-Aug.-2020</revised_date>
			<accepted_date>  26-Aug.-2020</accepted_date>
			<abstract>The application  of computing resources  through  mobile  devices (MDs) is called Mobile  Computing; between 
cloud  datacentres  and  devices, it  is  known  as (Mobile) Fog  Computing  (MFC). We  ran Cloudsim simulator  to 
offload tasks in suitable Fog Devices (FDs), cloud or mobile. We stored the outputs of the simulator as a dataset 
with features and a target class. A target class is a device in which tasks are offloaded and features of tasks are 
authentication,  confidentiality,  integrity,  availability,  capacity,  speed and cost. Decision Tree (DT), Random 
Forest (RF), Extra-trees and AdaBoost classifiers were classified based on attribute values and the plot of trees 
was drawn. According to the plot of these classifiers, we extracted each sequential condition from root to leaves 
and  inserted it into the simulator. What  these  classifiers  do is to improve the  conditions  that  should be  inserted 
in  the  corresponding  section of the simulator. We  improved the response  time of  offloading  by  Random  Forest, 
Extra-trees and AdaBoost over Decision Tree.</abstract>
		</paper>


