Nov 9, 2016 · Abstract page for arXiv paper 1611.02920: Energy Efficient Barring Factor Enabled Extended Access Barring for IoT Devices in LTE-Advanced.
Mar 7, 2018 · Abstract: The random access channel (RACH) congestion due to competing IoT devices in LTE-A is regarded as a priority problem by the 3GPP.
Energy Efficient Barring Factor Enabled Extended. Access Barring for IoT Devices in LTE-Advanced. Prashant K.Wali and Debabrata Das, Senior Member, IEEE.
Synchronized Random Access Channel (RACH) attempts by Internet of Things (IoT) devices could result in Radio Access Network (RAN) overload in LTE-A. 3GPP ...
In this regard, 3GPP chose the extended access barring (EAB) mechanism, which throttles the short-term congestion of the RACHs by barring channel access from ...
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Aug 16, 2018 · Abstract—The random access channel (RACH) congestion due to competing IoT devices in LTE-A is regarded as a priority problem by the 3GPP.
The optimal ACB factor depends on the number of preambles and the number of backlogged devices. With fewer devices, the ACB factor will be higher resulting in ...
Energy Efficient Barring Factor Enabled Extended Access Barring for IoT Devices in LTE-Advanced · Prashant K. WaliD. Das. Computer Science, Engineering. arXiv ...
Optimization of barring factor enabled extended access barring for energy efficiency in LTE-advanced base station. PK Wali, D Das. IEEE Transactions on Green ...
This paper focuses on proposing a new access barring scheme for internet of things (IoT) devices in long term evolution advanced (LTE/LTE-A) and 5G networks.