Along with higher data rates and application-enriched user terminals, LTE has even higher
requirements to conserve the battery power in mobile devices compared to the WCDMA …

The fastest growing of multimedia services over future wireless communication systems
demands more network resources, efficient delivery of multimedia service with high user …

Recently, discontinuous reception mechanisms (DRX) and wake-up schemes (WuS) have
been proposed to enhance the energy efficiency of 5G mobile devices and prolong the …

As mobile devices proliferate and their applications become diversified, energy consumption
has become an important issue. Long-term evolution (LTE) and its advanced version have …

In long-term evolution-advanced (LTE-A) network, the third-generation partnership project
has proposed machine-type communications (MTC) as a new paradigm where devices …

Discontinuous reception (DRX) saves battery power of user equipment (UE) usually at the
expense of potential increase in latency in the Long Term Evolution (LTE) networks …

Currently the 3rd generation partnership project (3GPP) is studying how user equipment
power saving can be improved for the fifth generation New Radio technology. To accomplish …

Only two types of sleep cycles with two fixed sleep periods are defined in the standard of the
discontinuous reception (DRX) mechanism in LTE/LTE-A. Explicitly, such a DRX mechanism …

Long Term Evolution (LTE) is being widely deployed to support real-time applications, such
as voice over IP and video games. These power consuming applications require low latency …

Beyond 3G mobile networks will be data service centric. It is anticipated that UE will stay in
the Connected State relatively long while supporting data services, so efficient power saving …