This article presents the potential of using Multipath Transmission Control Protocol for limiting the energy consumption in 5G network. The number of errors occurring during packet transmissions and in effect the number of retransmissions affect the consumption of energy by the devices in the network. The paper analyzes the potential energy savings from implementing an algorithm for detecting problems and predicting the future retransmissions. Although this is the main object of the paper, it must be emphasized that the proposed method also allows increasing the speed of transmission and improving the security of the data and it is easy to implement in 5G networks
With the increasing use of smart phones and other portable communications devices the role of WLAN i...
The launch of the 5th Generation (5G) mobile network allows for wireless communication at increased ...
It is highly expected that soon there will be environmental and economic negative implications from ...
The increasing power consumption and related environmental implications currently generated by large...
The increasing power consumption and related environmental implications currently generated by large...
With the growth of technological devices, gadgets and utility products in routine life, there is nee...
The growing importance of energy efficient networks with high data rate requirements is a major conc...
This study focuses on 5G network, which deploys small cells to form multi-hop topologies using high ...
We present a transport protocol whose goal is to reduce power consumption without compromising deliv...
This paper proposes an energy-efficient multi-level sleep mode control for periodic transmission (MS...
In the near future, a vast number of IoT devices are expected to join the Internet. Many of these de...
Energy is a scarce resource in ad hoc mobile networks, making power control a crucial technique. For...
Today, many wireless devices are mobile and battery powered. Based on the fact that battery capacity...
The evolution of the Internet of things and information communication services introduces new demand...
The importance of energy efficiency has grown alongside awareness of climate change due to the rapid...
With the increasing use of smart phones and other portable communications devices the role of WLAN i...
The launch of the 5th Generation (5G) mobile network allows for wireless communication at increased ...
It is highly expected that soon there will be environmental and economic negative implications from ...
The increasing power consumption and related environmental implications currently generated by large...
The increasing power consumption and related environmental implications currently generated by large...
With the growth of technological devices, gadgets and utility products in routine life, there is nee...
The growing importance of energy efficient networks with high data rate requirements is a major conc...
This study focuses on 5G network, which deploys small cells to form multi-hop topologies using high ...
We present a transport protocol whose goal is to reduce power consumption without compromising deliv...
This paper proposes an energy-efficient multi-level sleep mode control for periodic transmission (MS...
In the near future, a vast number of IoT devices are expected to join the Internet. Many of these de...
Energy is a scarce resource in ad hoc mobile networks, making power control a crucial technique. For...
Today, many wireless devices are mobile and battery powered. Based on the fact that battery capacity...
The evolution of the Internet of things and information communication services introduces new demand...
The importance of energy efficiency has grown alongside awareness of climate change due to the rapid...
With the increasing use of smart phones and other portable communications devices the role of WLAN i...
The launch of the 5th Generation (5G) mobile network allows for wireless communication at increased ...
It is highly expected that soon there will be environmental and economic negative implications from ...