FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2988652013> ?p ?o ?g. }

• W2988652013 endingPage "157986" @default.
• W2988652013 startingPage "157972" @default.
• W2988652013 abstract "For years, relay communications have been witnessed to extend the network coverage and improve the throughput and reliability of wireless systems. In this paper, we focus on throughput maximization for the two-way buffer-aided relay network with finite data buffers and limited energy battery, wherein relays have no fixed power supply and they replenish energy from the Radio Frequency (RF) signal radiated by source nodes. Specifically, by jointing the time switching and energy splitting for RF energy harvesting, we introduce a three time-subslot transmission model to balance the energy storage and the energy consumption for communication. On top of this transmission model, we formulate an optimization problem for throughput maximization of relay network. We purposely convert the non-convex optimization problem into a convex one by carefully decoupling and relaxing. Further, we theoretically derive the maximum throughput and apply an iterative algorithm to achieve the suboptimal solution based on relay selection and power allocation. In addition to solving the no-delay limited throughput maximization problem, we put forward the solution of the delay limited transmission in the two-way buffer-aided multi-relay networks. Extensive simulations have been conducted to demonstrate that our proposed strategy is able to significantly improve the sum-throughput under transmission energy and delay constraints." @default.
• W2988652013 created "2019-11-22" @default.
• W2988652013 creator A5001435169 @default.
• W2988652013 creator A5008381768 @default.
• W2988652013 creator A5041110233 @default.
• W2988652013 creator A5042768667 @default.
• W2988652013 creator A5061448582 @default.
• W2988652013 creator A5074448271 @default.
• W2988652013 creator A5085655988 @default.
• W2988652013 date "2019-01-01" @default.
• W2988652013 modified "2023-10-15" @default.
• W2988652013 title "Throughput Maximization for Two-Way Buffer-Aided and Energy-Harvesting Enabled Multi-Relay Networks" @default.
• W2988652013 cites W1479712397 @default.
• W2988652013 cites W1962826818 @default.
• W2988652013 cites W1966000877 @default.
• W2988652013 cites W1971038035 @default.
• W2988652013 cites W1987158354 @default.
• W2988652013 cites W1989542827 @default.
• W2988652013 cites W2018198726 @default.
• W2988652013 cites W2036848052 @default.
• W2988652013 cites W2091131578 @default.
• W2988652013 cites W2099028871 @default.
• W2988652013 cites W2099383230 @default.
• W2988652013 cites W2105259861 @default.
• W2988652013 cites W2111505049 @default.
• W2988652013 cites W2132176174 @default.
• W2988652013 cites W2136412816 @default.
• W2988652013 cites W2143365251 @default.
• W2988652013 cites W2161272050 @default.
• W2988652013 cites W2165064084 @default.
• W2988652013 cites W2323597986 @default.
• W2988652013 cites W2327190532 @default.
• W2988652013 cites W2333920599 @default.
• W2988652013 cites W2343030573 @default.
• W2988652013 cites W2343523109 @default.
• W2988652013 cites W2476858356 @default.
• W2988652013 cites W2484634279 @default.
• W2988652013 cites W2493725592 @default.
• W2988652013 cites W2519258722 @default.
• W2988652013 cites W2537899796 @default.
• W2988652013 cites W2580114011 @default.
• W2988652013 cites W2585197878 @default.
• W2988652013 cites W2588404663 @default.
• W2988652013 cites W2593025552 @default.
• W2988652013 cites W2597214994 @default.
• W2988652013 cites W2601956795 @default.
• W2988652013 cites W2619866209 @default.
• W2988652013 cites W2729077542 @default.
• W2988652013 cites W2737277704 @default.
• W2988652013 cites W2739505620 @default.
• W2988652013 cites W2769232098 @default.
• W2988652013 cites W2776370065 @default.
• W2988652013 cites W2776422970 @default.
• W2988652013 cites W2781812141 @default.
• W2988652013 cites W2791285730 @default.
• W2988652013 cites W2794313215 @default.
• W2988652013 cites W2804025894 @default.
• W2988652013 cites W2806369288 @default.
• W2988652013 cites W2884817747 @default.
• W2988652013 cites W2898160352 @default.
• W2988652013 cites W2903449856 @default.
• W2988652013 cites W2964245437 @default.
• W2988652013 cites W2964604249 @default.
• W2988652013 cites W3100216588 @default.
• W2988652013 cites W3101496806 @default.
• W2988652013 cites W3102156141 @default.
• W2988652013 cites W3104354556 @default.
• W2988652013 cites W3104499134 @default.
• W2988652013 cites W3106450647 @default.
• W2988652013 cites W4250589301 @default.
• W2988652013 cites W804418798 @default.
• W2988652013 doi "https://doi.org/10.1109/access.2019.2950070" @default.
• W2988652013 hasPublicationYear "2019" @default.
• W2988652013 type Work @default.
• W2988652013 sameAs 2988652013 @default.
• W2988652013 citedByCount "5" @default.
• W2988652013 countsByYear W29886520132020 @default.
• W2988652013 countsByYear W29886520132021 @default.
• W2988652013 crossrefType "journal-article" @default.
• W2988652013 hasAuthorship W2988652013A5001435169 @default.
• W2988652013 hasAuthorship W2988652013A5008381768 @default.
• W2988652013 hasAuthorship W2988652013A5041110233 @default.
• W2988652013 hasAuthorship W2988652013A5042768667 @default.
• W2988652013 hasAuthorship W2988652013A5061448582 @default.
• W2988652013 hasAuthorship W2988652013A5074448271 @default.
• W2988652013 hasAuthorship W2988652013A5085655988 @default.
• W2988652013 hasBestOaLocation W29886520131 @default.
• W2988652013 hasConcept C101518730 @default.
• W2988652013 hasConcept C105795698 @default.
• W2988652013 hasConcept C112680207 @default.
• W2988652013 hasConcept C11413529 @default.
• W2988652013 hasConcept C119599485 @default.
• W2988652013 hasConcept C121332964 @default.
• W2988652013 hasConcept C126255220 @default.
• W2988652013 hasConcept C127413603 @default.
• W2988652013 hasConcept C137836250 @default.
• W2988652013 hasConcept C157764524 @default.
• W2988652013 hasConcept C157972887 @default.

• next