This paper proposes a prioritization-based distributed storage of big data processing application in Internet of Vehicle (IoV) system. Designing a scalable, high-performance big data distributed storage system for IoV, an advanced data-processing system for car services. The novel contribution focused on developing vehicular multi-channel control protocol that control the prioritization of services, according to bit rate, transmit power, speed, inter-vehicle distance. The proposed scheme can achieve higher performance in IoV storage system.

This paper elaborates the recent enhancements on IoT capabilities and efficiencies. From power, coverage, cost, complexity, device density, core network protocol, spectrum efficiency perspectives, it describes a comprehensive blueprint for driving IoT optimizations. For better mobile broadband experience, enabling Gigabit-class throughput with advanced 5G network techniques, millimeter wave, massive MIMO, carrier aggregation, and LAA benefit massive IoT improvements. Supporting Gigabit-class data rates for high-performance IoT requires high power efficiency. eMTC (enhanced machine-type communication) optimizes for the broadest range of IoT applications with VoLTE and mobility. NB-IoT (narrowband IoT) provides optimizations for high throughput and low delay LPWAN IoT use cases.

5 G reaps the benefits of the increased maximum throughput. Wireless communication technologies have constructed foundations as significant anchors for IoT due to its ubiquitous capability. The lasting growth technology improvements and innovations in 5G systems are expected to be the main efficient access strategies to accelerate IoT applications. This paper elaborates the recent advances on 5G key technologies and applications for IoT.