Research Article

[Retracted] Intelligent Offloading Decision and Resource Allocations Schemes Based on RNN/DQN for Reliability Assurance in Software-Defined Massive Machine-Type Communications

Table 1

The summary of utilized notations and descriptions.

NotationDefinition

The MT requests to MTG/MEC at and interfaces
The resource of MTG/MEC at and interfaces
The computation time interval of the input task of MTG/MEC at and interfaces
The computation overhead and can be represented by the loading metric of MTG/MEC at and interfaces
Offloading decision of the SDN controller
Local computation overhead (current MTG loading)
Total computation overhead on the networks
The bandwidth of the wired between -th and k interfaces
The mean waiting time in the queue of MTG/MEC
The mean number of requests waiting in each MTG/MEC at time slot
The probability of number of the task remaining in each MTG/MEC
, and are the transmission rate from first MTG/MEC to MTG/MEC and the transmission rate current MTG, respectively
The optimal policy that performs maximum Q-value in paired state and action
The reward function at each time slot
The target network parameter
The main network parameter
Observation state at each time slot ,
The action tacking at the and MTG/MEC interfaces,
The maximum Q-value in paired state and action