Research Article

Dynamic Q-Learning-Based Optimized Load Balancing Technique in Cloud

Table 1

Comparison techniques of different framework algorithms.

AuthorTechniqueMetricExperiment environmentFocusComparison techniqueCon

Ullah [1]BAT algorithmEnergy consumptionData centreVM, T, MABCContributes to bottlenecks, because it needs larger operation coordination
Panda et al., [2]Hungarian algorithmLayover timeWindows machineT, time, scheduleFCFS, HA-LT, HA-CLTThere is still a limited possibility of having the wrong responses
Rjoub et al., [3]BigTrustSchedulingMonetary cost, makespan, costHadoop, VMVMSJF, RR, PSOIf all remote procedures are overrun, all procedures would be manually assigned
Ko and Cho [4]Auto distributed speed scaling + load balancing algorithm + G/G/1/PS queueSpeed, priceServer basedResponse time, workloadM/M/1 queueThe tasks are planned slowly because it does not determine the node’s current execution period
Xu et al., [5]Resource scheduling + NSGA-IIAverage service latency, average stabilityWindows machineAverage service latency, average stabilityFIRMM, RSS-INComplexity high, homogenous resources
Gawali and Shinde [6]MAHP + BATS + BAR + LEPT + DaCBandwidth and memory utilizationData centreTurnaround time, response timeBATS, IDEA, heuristic approachCompletion and run time of node tasks are not considered in MAHP. That is why it takes a lot of time to complete the tasks
Gopinath and Vasudevan [7]Min-min algorithm and max-min algorithm LBATime make spanCloud simTask, resourcesMCT, METLeads to starvation
Armstrong et al., [10]Energy efficient architectureComponent performanceData centreTime, powerDVFS, RAPLSuffers from starvation
Asghari et al. [11]Mobile-edge computing (MEC)Reduce global latencyCloud simResponse timeDeep Q-network (DQN) and markov game (MG)There is still a limited in quality of services
Asghari and Sohrabi [12]Energy efficient architectureProcessors’ energy consumptionCloud simReducing the voltage and frequency of processorsDVFS techniqueThere is still a limited in quality of services