講演抄録/キーワード |
講演名 |
2018-10-30 13:30
[ポスター講演]Enhancing 5G Cellular Networks for the Tactile Internet Revolution ○Welikannage Upeksha Miyurangi Welikanna・Attaphongse Taparugssanagorn(AIT) |
抄録 |
(和) |
Future Internet of Things (IoT) frameworks will have enormous societal contact with technologies just if secure communications with ultra-low-latency will turn into a reality. In these advances, it would be exceptionally alluring that the round-trip time to send data from a source to a destination and back encounters latencies below than 5ms. In power distribution grids, very adverse out-of-stage infusions could be effectively maintained a strategic distance from if the sensors convey with the controllers and actuators inside under 2ms. In this investigation, we propose to efficiently attempt the investigation of the most noticeable outline standards for future close to-zero latency IoT frameworks with focus the network level of Fifth Generation (5G) wireless cellular networks.
The main objective of this study is to investigate in 5G wireless cellular communication networks to support low latency by investigating the potential gains of utilizing Massive MIMO for ultra-reliable, low-latency communication which is very important part of the tactile Internet and how to logically isolate low latency applications using network slicing. |
(英) |
Future Internet of Things (IoT) frameworks will have enormous societal contact with technologies just if secure communications with ultra-low-latency will turn into a reality. In these advances, it would be exceptionally alluring that the round-trip time to send data from a source to a destination and back encounters latencies below than 5ms. In power distribution grids, very adverse out-of-stage infusions could be effectively maintained a strategic distance from if the sensors convey with the controllers and actuators inside under 2ms. In this investigation, we propose to efficiently attempt the investigation of the most noticeable outline standards for future close to-zero latency IoT frameworks with focus the network level of Fifth Generation (5G) wireless cellular networks.
The main objective of this study is to investigate in 5G wireless cellular communication networks to support low latency by investigating the potential gains of utilizing Massive MIMO for ultra-reliable, low-latency communication which is very important part of the tactile Internet and how to logically isolate low latency applications using network slicing. |
キーワード |
(和) |
Tactile Internet / 5G / Latency / Network Function Virtualization (NFV) / Software Defined Networks (SDN) / Network Slicing / Reliability / Base Band Unit (BBU) |
(英) |
Tactile Internet / 5G / Latency / Network Function Virtualization (NFV) / Software Defined Networks (SDN) / Network Slicing / Reliability / Base Band Unit (BBU) |
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