[Retracted] Mitigation Impact of Energy and Time Delay for Computation Offloading in an Industrial IoT Environment Using Levenshtein Distance Algorithm

Algorithm 1

Modified delay mitigation Levenshtein distance (MDML).

	for iter = 1 to Total Ite
	initialize random bitstream M
	if all bits are 0s
	go to step 2
	end if
	if all bits are 1s
	go to step 2
	end if
	for k = 1 to k = N
	Insert correct bitstream in the table
	if cell K in table is not visited before
	Calculate self-energy according to equation (2)
	Calculate time according to equation (3)
	Calculate total energy
	Calculate total time
	Update the visited table for that cell K
	Save energy for every tasks E (k) = E(i, j)
	Save time for every tasks T (k) = T(i, j)
	else if this cell K in table is visited before
	Compare the new total time duration and energy of this cell with previous one
	if value of new energy cell is less than the existing value
	Energy of cell K = new calculated energy;
	Time of cell K = new calculated time;
	end if
	Calculate total energy
	Calculate total time
	end if
	if Total Energy is less than or equal to min energy and time less than or equal to time constraint and meet the Levenshtein distance
	return Total Energy
	return Total time
	end if
	end for
	end for