Energy-Efficient Random Access for LTE-Based Stationary IoT Networks

For random access (RA) procedure in LTE-based systems, timing advance (TA) value is included for a device to adjust its uplink timing synchronization. In this letter, we propose a simple prioritized energy-efficient RA (EERA) scheme for stationary Internet of Things networks by utilizing TA value. W...

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Published in:IEEE communications letters 2019-02, Vol.23 (2), p.346-349
Main Authors: Park, Eunhye, Bae, Jimin, Choi, Yonghoon, Han, Youngnam
Format: Article
Language:English
Subjects:
Collision dynamics
Collision probability
Energy consumption
energy efficiency
Indexes
Internet of Things
Long Term Evolution
Mobile communication systems
Performance evaluation
Random access
Synchronism
Synchronization
Uplink
Wireless communications
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description For random access (RA) procedure in LTE-based systems, timing advance (TA) value is included for a device to adjust its uplink timing synchronization. In this letter, we propose a simple prioritized energy-efficient RA (EERA) scheme for stationary Internet of Things networks by utilizing TA value. We analyze the collision probability and average energy consumption to show the effectiveness of the EERA scheme. Performance evaluation shows that the proposed EERA scheme not only has lower collision probability but also consumes less energy than other RA schemes under practical simulation environments.
doi_str_mv 10.1109/LCOMM.2018.2889085
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subjects Collision dynamics
Collision probability
Energy consumption
energy efficiency
Indexes
Internet of Things
Long Term Evolution
Mobile communication systems
Performance evaluation
Random access
Synchronism
Synchronization
Uplink
Wireless communications
title Energy-Efficient Random Access for LTE-Based Stationary IoT Networks
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