FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4205819848> ?p ?o ?g. }

• W4205819848 endingPage "2243" @default.
• W4205819848 startingPage "2214" @default.
• W4205819848 abstract "This Tutorial will discuss the motivation, benefits, and challenges of photonic switching in data centers and cover prospects of future data centers involving emerging new technologies and cross-layer solutions. The primary motivation for considering photonic switching in data centers rises from the need for energy-efficient and scalable intra-data center networks to meet rapid increases in data traffic driven by emerging applications, including machine learning. The data traffic inside the data centers (East-West traffic) is typically significantly greater than that of the traffic coming in and out of the data centers (North-South traffic) (Benson <i>et al.</i> 2010). To accommodate such traffic, today&#x0027;s large-scale data centers employ cascaded stages of many power-hungry electronic packet switches interconnected across the data center network in fixed hierarchical communication topologies. These electronic switches add significant latency and energy consumption while limiting the communication bandwidth. On the other hand, photonic switches can, in principle, support interconnections at very high data rates on many parallel wavelengths while keeping their energy consumption nearly independent of the switch port bandwidth. Numerous research papers have predicted significant benefits in scalability, throughput, and power efficiency from deploying photonic switches in data centers. However, photonic switching is not yet widely deployed in commercial warehouse-scale data centers at the time of writing this Tutorial due to significant challenges. They are related to 1) cross-layer issues involving control and management planes together with data integrity during switching, 2) scalability to >5000 racks (>a quarter-million servers), 3) performance monitoring required for reliable operation, 4) currently existing standards allowing limited power margin (3 dB), and 5) other practical (technology-dependent) issues relating to polarization sensitivity, temperature sensitivity, cost, etc. In telecom, commercial deployments of reconfigurable optical add-drop multiplexers (ROADMs) (Lightwave, 2003)&#x2013;(Perrin, 2015) also had faced similar challenges and took place nearly ten years after the first research network testbed demonstrations in 1997 (Garrett, 2015) with fully implemented network control and management planes. In data centers, the challenges are far more significant due to the scale of the network and the dynamicity of the traffic. We will discuss possible solutions for future data centers involving cross-layer methods, new topologies, and innovative photonic switching technologies. In particular, the Tutorial broadly surveys state-of-the-art photonic switching technologies, architectures, and experimental results, and further covers the details of arrayed-waveguide-grating-router-based switch fabrics offering hybrid switching methods with distributed control planes towards scalable data center networking." @default.
• W4205819848 created "2022-01-25" @default.
• W4205819848 creator A5063555231 @default.
• W4205819848 date "2022-04-15" @default.
• W4205819848 modified "2023-10-01" @default.
• W4205819848 title "Prospects and Challenges of Photonic Switching in Data Centers and Computing Systems" @default.
• W4205819848 cites W1498550108 @default.
• W4205819848 cites W1577767012 @default.
• W4205819848 cites W1582702375 @default.
• W4205819848 cites W1896525111 @default.
• W4205819848 cites W1970492460 @default.
• W4205819848 cites W1974458967 @default.
• W4205819848 cites W1977618709 @default.
• W4205819848 cites W1982955832 @default.
• W4205819848 cites W1987905242 @default.
• W4205819848 cites W1988294273 @default.
• W4205819848 cites W1989361652 @default.
• W4205819848 cites W1989432164 @default.
• W4205819848 cites W1993878212 @default.
• W4205819848 cites W1994926493 @default.
• W4205819848 cites W1995754652 @default.
• W4205819848 cites W2002227246 @default.
• W4205819848 cites W2002347265 @default.
• W4205819848 cites W2004187911 @default.
• W4205819848 cites W2007939266 @default.
• W4205819848 cites W2009953612 @default.
• W4205819848 cites W2019250072 @default.
• W4205819848 cites W2033850973 @default.
• W4205819848 cites W2038272168 @default.
• W4205819848 cites W2042793787 @default.
• W4205819848 cites W2052126813 @default.
• W4205819848 cites W2053517791 @default.
• W4205819848 cites W2062193700 @default.
• W4205819848 cites W2068447210 @default.
• W4205819848 cites W2071454930 @default.
• W4205819848 cites W2074061822 @default.
• W4205819848 cites W2077714917 @default.
• W4205819848 cites W2081416708 @default.
• W4205819848 cites W2082323278 @default.
• W4205819848 cites W2084027123 @default.
• W4205819848 cites W2087211034 @default.
• W4205819848 cites W2088068353 @default.
• W4205819848 cites W2095959842 @default.
• W4205819848 cites W2100829884 @default.
• W4205819848 cites W2101457183 @default.
• W4205819848 cites W2104861161 @default.
• W4205819848 cites W2108507316 @default.
• W4205819848 cites W2109103540 @default.
• W4205819848 cites W2110292857 @default.
• W4205819848 cites W2113733616 @default.
• W4205819848 cites W2115874523 @default.
• W4205819848 cites W2116150950 @default.
• W4205819848 cites W2117117749 @default.
• W4205819848 cites W2117760875 @default.
• W4205819848 cites W2121126645 @default.
• W4205819848 cites W2128151657 @default.
• W4205819848 cites W2128435171 @default.
• W4205819848 cites W2130894953 @default.
• W4205819848 cites W2133027790 @default.
• W4205819848 cites W2133304845 @default.
• W4205819848 cites W2133532824 @default.
• W4205819848 cites W2133880904 @default.
• W4205819848 cites W2137971049 @default.
• W4205819848 cites W2141810662 @default.
• W4205819848 cites W2145817137 @default.
• W4205819848 cites W2146773578 @default.
• W4205819848 cites W2148565692 @default.
• W4205819848 cites W2149206108 @default.
• W4205819848 cites W2154085356 @default.
• W4205819848 cites W2154559785 @default.
• W4205819848 cites W2160199218 @default.
• W4205819848 cites W2161044879 @default.
• W4205819848 cites W2161111878 @default.
• W4205819848 cites W2161498226 @default.
• W4205819848 cites W2162610063 @default.
• W4205819848 cites W2162699555 @default.
• W4205819848 cites W2162818071 @default.
• W4205819848 cites W2164788389 @default.
• W4205819848 cites W2166732668 @default.
• W4205819848 cites W2166770290 @default.
• W4205819848 cites W2168595508 @default.
• W4205819848 cites W2171074396 @default.
• W4205819848 cites W2171177197 @default.
• W4205819848 cites W2196003857 @default.
• W4205819848 cites W2260723393 @default.
• W4205819848 cites W2284351912 @default.
• W4205819848 cites W2322176964 @default.
• W4205819848 cites W2323785888 @default.
• W4205819848 cites W2345268951 @default.
• W4205819848 cites W2415052175 @default.
• W4205819848 cites W2473873232 @default.
• W4205819848 cites W2510712757 @default.
• W4205819848 cites W2533424012 @default.
• W4205819848 cites W2547390301 @default.
• W4205819848 cites W2563970295 @default.
• W4205819848 cites W2587610600 @default.
• W4205819848 cites W2731566121 @default.
• W4205819848 cites W2743429249 @default.

• next