Simplified Framework for Benchmarking Standard Downlink Scheduler over Long Term Evolution
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"Simplified Framework for Benchmarki..." refers methods in this paper
...Due to the use of the frequency and time division duplexing, MIMO, and OFDM [3]....
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...In the OFDM, the time-frequency grids are divided into the number of the resource blocks (RB) symbols, and a scheduler operation assigns or allocates the RBs to the users....
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...TABLE I. LTE STANDARD PROVISIONS THE SPECIFICATIONS Downlink peak data rate 300 Mbps Uplink peak data rate 75Mbps Latency ≥ 5ms Bandwidth Range 1.4 MHz to 20 MHz MIMO + OFDM Improves throughput and optimal spectrum sensing 296 | P a g e www.ijacsa.thesai.org II....
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...1 illustrates a basic architectural building block of an LTE system, where the evolved E-UTRAN collaborates many numbers of eNodeB and evolved packet core (EPC) supported with OFDM, MMS, FDD, and TDD....
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...The typical LTE standard provisions the specifications, as mentioned in Table I. Due to the use of the frequency and time division duplexing, MIMO, and OFDM [3]....
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32 citations
"Simplified Framework for Benchmarki..." refers background or methods in this paper
...(2016)[12] relay-enhanced LTE-A networks Performance proportional fair (PF) and round-robin (RR statistical throughput evaluation model indicates not a suitable approach...
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...[12] evaluates proportional fair (PF) and round-robin (RR) using statistical throughput evaluation model for the context of relay-enhanced LTEA and suggest they are not appropriate methods as both the relay nodes and the backhaul link quality influences the choice of the Scheduler....
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32 citations
27 citations