Research Article
Learning-Based QoS Control Algorithms for Next Generation Internet of Things
Table 1
System parameters used in the simulation experiments.
| Traffic class | Message application | Bandwidth requirement | Connection duration average/sec |
| I | Delay-critical emergency applications | 32 Kbps | 30 sec (0.5 min) | II | Event-related applications | 32 Kbps | 120 sec (2 min) | 64 Kbps | 180 sec (3 min) | III | General applications | 128 Kbps | 120 sec (2 min) | 256 Kbps | 180 sec (3 min) | IV | Multimedia applications | 384 Kbps | 300 sec (5 min) | 512 Kbps | 120 sec (2 min) |
| Parameter | Value | Description |
| | 1.2 | The player’s willingness to pay for his perceived service worth | | −0.2 | The control parameter between throughput and delay | | 1.1 | The estimation parameters of the cost function | | 0.3 | A probability that the user keeps staying at the selected strategy | | 1 | Predefined minimum bound for stable status | | 1 | The price for resource unit in the cost function | m | 3 | The number of strategies for QoS schedulers | | 1 | A parameter to control the learning size | | 0.8 | A discount factor for the respective probability distribution | | 1 | A control parameter on the Boltzmann distribution |
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