International audienceReducing mobile network and device energy consumption is one of the main objectives of the fifth and future sixth-generation (5G and 6G) cellular networks. This paper studies the Base Station (BS) and User Equipment (UE) energy consumption in scenarios where many users demand the same content and broadcast transmission might be used. We present analytical models to calculate the energy consumption in unicast, Multicast Broadcast Single Frequency Network (MBSFN), and Single-Cell Point-to-Multipoint (SC-PTM). Furthermore, we calculate the number of users per cell from which SC-PTM or MBSFN help to reduce BS and UE energy consumption compared to unicast
International audienceMission Critical Communication (MCC) Services are currently provided through s...
Optimizing cell locations of cellular networks is one of the most fundamental problems of network de...
International audienceIn this paper, we propose an analytical solution for the joint optimization of...
International audienceReducing mobile network and device energy consumption is one of the main objec...
International audienceReducing mobile network and device energy consumption is one of the main objec...
International audienceReducing mobile network and device energy consumption is one of the main objec...
Part 1: Mobility and LTE NetworksInternational audienceLong Term Evolution (LTE) systems allow the t...
Data traffic on mobile networks increases every year, especially video content. However, spectrum is...
Over time, cellular communication technology developed significantly from year to year. This is due ...
Multimedia Broadcast Multicast Services (MBMS) was introduced in Third Generation Partnership Projec...
The demand on communication networks has increased over the past years and is predicted to continue ...
The demand on communication networks has increased over the past years and is predicted to continue ...
International audienceLong Term Evolution (LTE), designed by 3rd Generation Partnership Project (3GP...
International audienceMission Critical Communication (MCC) Services are currently provided through s...
International audienceMission Critical Communication (MCC) Services are currently provided through s...
International audienceMission Critical Communication (MCC) Services are currently provided through s...
Optimizing cell locations of cellular networks is one of the most fundamental problems of network de...
International audienceIn this paper, we propose an analytical solution for the joint optimization of...
International audienceReducing mobile network and device energy consumption is one of the main objec...
International audienceReducing mobile network and device energy consumption is one of the main objec...
International audienceReducing mobile network and device energy consumption is one of the main objec...
Part 1: Mobility and LTE NetworksInternational audienceLong Term Evolution (LTE) systems allow the t...
Data traffic on mobile networks increases every year, especially video content. However, spectrum is...
Over time, cellular communication technology developed significantly from year to year. This is due ...
Multimedia Broadcast Multicast Services (MBMS) was introduced in Third Generation Partnership Projec...
The demand on communication networks has increased over the past years and is predicted to continue ...
The demand on communication networks has increased over the past years and is predicted to continue ...
International audienceLong Term Evolution (LTE), designed by 3rd Generation Partnership Project (3GP...
International audienceMission Critical Communication (MCC) Services are currently provided through s...
International audienceMission Critical Communication (MCC) Services are currently provided through s...
International audienceMission Critical Communication (MCC) Services are currently provided through s...
Optimizing cell locations of cellular networks is one of the most fundamental problems of network de...
International audienceIn this paper, we propose an analytical solution for the joint optimization of...