Tactile Internet (TI) enables the omnipresence and exchange of tactile experiences across the global via the ultra-reliable and ultra-responsive connectivity. This article argues for coordinated multi-point (CoMP) enabled radio access network (RAN) slicing as an efficient solution that satisfies the stringent reliable and responsive connectivity requirements for supporting tactile applications. This article presents the emerging challenges when accommodating CoMP-enabled RAN slicing in the TI ecosystem and expounds the functional split of CoMP-enabled RAN. Besides, this article elaborates on the implementation prototype of CoMP-enabled RAN slicing for TI with the coexistence of diverse vertical applications. Finally, this article studies a use case of enabling TI-included application multiplexing as an example of CoMP-enabled RAN slicing for TI.
翻译：触觉互联网(TI)使得通过超可靠和超响应性能的连通性,全球无处不在并交流触觉经验; 本条主张协调多点(COMP)使无线电接入网络断裂是一个有效的解决方案,满足支持触觉应用的严格、可靠和反应灵敏的连通性要求; 本条介绍了在适应由ComMP带动的在TI生态系统中断裂的RAN时新出现的挑战,并阐述了由CMP带动的RAN的功能分割。 此外,本条详细阐述了由 CoMP带动的TRAN切除技术的原型与各种纵向应用共存。 最后,本条研究了一个使TI包含多种应用的利用案例,作为由 CoMP带动的RAN切除技术的范例。
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