Uplink Small Packet Transmission Performance Improvements in Fourth-Generation Cellular Networks
Keywords:
Machine-to-machine, Delay, Internet of thingsAbstract
This article presented a concept of machine-to-machine data transmission in the fourth-generation cellular networks. The purpose was to achieve performance in terms of high reliability, high channel utilization, and low delay for uplink small packet transmission. The system model assumed a fixed blocklength communication in conjunction with a hybrid automatic repeat request over a complex single input and single output (SISO) additive white Gaussian noise channel. In addition, the system applied a nonasymptotic maximum coding rate metric for short packets integrated with slotted-Aloha random access communication protocol. The results of the study showed that the nonasymptotic maximum code rate metric allowed the uplink small packet transmission to achieve high reliability, and more efficient utilization of communication channels, but it resulted in a slightly higher delay compared to a capacity measurement metric.
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