[PDF] Top 20 Throughput Improvement in Cellular Networks

... this ability to receive signals from multiple base stations can be utilized as an opportunity to improve the spectral efficiency of the cellular network and achieve higher data rates for cell edge users. ... See full document

... data throughput results obtained. The results of captured throughput results,4 streams of data during the test for verification (4-way receive diversity) and radio parameters captured during the study are ... See full document

... hoc networks has been investigated, and the network performance has been optimized with optimal UAV ...the throughput of a multi-hop UAV relaying system has been optimized by jointly optimizing the ... See full document

... with an additional emphasis on fairness among users [7]. The focus is moving to increasing the energy efficiency of BSs towards that of mobile terminals. Han et al. [8] compare several schedulers in terms of ... See full document

... protocol needs to be adjusted. In two 802.11-like distributed MAC protocols were proposed to support PNC transmission. The authors proposed the multi-user PNC method for slotted ALOHA network. However, do not provide ... See full document

... Abstract - Optical burst switching is a one-way reservation technique that provides connectionless transmission services. In OBS Data Traffic Discarded at immediate nodes is retransmitted by the sources. In this project ... See full document

... of networks [1] will include novel network paradigms, like smart and flexible relaying ...OFDMA cellular networks like LTE/LTE-A in presence of relays reusing cellular frequen- ... See full document

... With the growing concern on data rates and resource utilization, Device-to-Device (D2D) communication has been raised in 3GPP Long-Term Evolution (LTE) networks. In order to limit severe interference, previous ... See full document

... much improvement in downlink throughput compared with ...enough cellular and WiFi interfaces) is its drawbacks, since it increases the cost of user ... See full document

... over networks without any infrastructure (ad hoc networks) is bound to be infeasible over a large scale ...hoc networks can in principle be achieved ...conventional cellular systems, where BSs ... See full document

... 3G cellular networks and Wireless LANs is in how packet losses are dealt ...3G cellular networks employ selective repeat ARQ (SR-ARQ) which may result in packet-reordering due to local ...TCP ... See full document

... Techniques in both physical and MAC layer are considered to achieve higher communication reliability and system throughput. For bi-directional communication, there must be a downlink channel from transmitter to ... See full document

... the throughput in the FD mode is twice of that in the HD mode, the FD mode can achieve higher en- ergy efficiency than the HD ...the throughput advantage of FD to achieve higher energy efficiency than the ... See full document

... In particular, while sustaining a prescribed packet error rate (PER) P 0, better TCP performance can be achieved in terms of throughput by maximizing the data rate the AMC is able to render. By selecting the ... See full document

... efficiency, throughput and reduces the delay in cellular ...regular cellular users (RCUs) considering the circuit power consumption and the quality-of-service (QoS) requirements for both types of ... See full document

... We consider the downlink in a cellular network with cooperative relaying. A single broadband channel is shared by all users in TDMA manner. The system under consideration consists of a source node, K relay nodes, ... See full document

... increase throughput, which makes high throughput applications ...the improvement for energy and spectrum efficiency is critical in such ...of cellular spectrum resources, outband D2D ... See full document

... b) Opportunistic scheduling: The notion of opportunistic scheduling was introduced by Knopp and Humblet in [4] by proposing the MaxRate scheduler. MaxRate exploits multiuser diversities in wireless channel by scheduling ... See full document

... Chapter V is divided into six sections. The first section defines the warm-up period using a leading base model, then applies the warm-up period and the steady-state length to the subsequent simulation models. The second ... See full document

... In this section, we present the results of our ns-2 [19] simulations of both congestion control algorithms on wireless ad-hoc networks. This wireless simulation also has been run for 200 seconds. The graphs show ... See full document