11/13/2022 0 Comments Step enb adaptive quality![]() ![]()
![]() #Step enb adaptive quality full#READ FULL TEXT VIEW PDFĭriver assistance services in VANETs usually demand the transmission of multimediaĭata, occurring on a highway, including video clips of an accident or a critical Terms of throughput, playback interruption time, and number of interruptions. Vehicular users, and we show how the different adaptation algorithms perform in Present detailed simulation results highlighting the advantages andĭisadvantages of various adaptation algorithms in delivering video content to Performance of various DASH adaptation algorithms over a vehicular network. Nowadays vehicles are increasingly equipped with mobile communication devices,Īnd in-vehicle multimedia entertainment systems. Standard, but it is an important factor in the resulting playback quality. TheĪlgorithm for determining the next segment in a DASH stream is not partof the #Step enb adaptive quality download#To select the resolution to download based on their own estimations. Streaming over HTTP (DASH) is a widely used standard, that allows the clients Oneįactor that enables video streaming is HTTP Adaptive Streaming (HAS), thatĪllows the users to stream video using a bit rate that closely matches theĪvailable bandwidth from the server to the client. A better message delivery was achieved by considering power profiles of M2M devices.Video streaming currently accounts for the majority of Internet traffic. An improvement in energy efficiency was achieved by increasing the energy efficiency at 60% rate as compared with other techniques, and life time to 45% while keeping the throughput steady and reducing the time and space complexity. The proposed power adaptive technique adjusts the delay time for transmission slots mainly for small sensor devices used in M2M applications such as health care, weather trackers and other delay sensitive M2M applications. Previous Slotted Aloha protocols works well under less traffic but in case of M2M architecture, it may become a bottleneck. To reduce complexity, the paper does not change the architecture but additionally add a simplified approach to gain efficiency. To facilitate the requirements of these networks with a massive number of ubiquitous devices, current version of Slotted Aloha is optimized specifically for M2M architecture. In this paper, an uplink centric simple approach is proposed that aims to improve the energy efficiency of devices of M2M communication. The key feature of emerging and adhoc networks like machine-to-machine communication is a low complexity medium access protocol. To enable connectivity between massive number of devices in Internet of Things (IoT) paradigm, Machine-to- Machine (M2M) communication is implied. ![]() Following this, future directions and open research issues are pointed out. #Step enb adaptive quality mac#Also, these MAC protocols were grouped and compared based on short- and long-range communication standards. For the purpose of achieving efficient MAC protocols for WBAN-enabled IoT technology, this paper investigates some key MAC protocols that could be exploited in WBANs based on their characteristics, service specifications, technical issues such as energy wastage issues, and possible technical solutions were provided to enhance energy efficiency, channel utilization, data transmission rate, and dealy rate. Consequently, the medium access control (MAC) protocol has recently been gaining lots of attention in the area of WBANs due to its ability to manage and coordinate when a shared communication channel can be accessed. ![]() However, in order to guarantee the optimization of the operation of the healthcare applications facilitated by the WBAN-enabled IoT technology, there must be enough support from all the different protocol stack layers so as to satisfy the critical quality-of-service (QoS) requirements of the WBAN systems. For instance, a promising technology in the healthcare sector known as wireless body area network (WBAN) could be integrated with the IoT to enhance its productivity. Because of its diversity, integrating IoT is conceivable in almost all fields, including the healthcare sector. Internet of things (IoT) is a concept that is currently gaining a lot of popularity as a result of its potential to be incorporated into many heterogeneous systems. ![]()
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