@tprstly I sure wish someone would have written like an academic paper on this a decade ago. Ok not a decade but whatever: https://t.co/pK09FcCJPO
@PeterThorup @UIIeB @twhjerne Ifølge det her studie er det den langsommeste model at lade dem, der sidder bagerst komme ind først. Den hurtigste model ville være at lade de langsommeste komme til først! https://t.co/3TvY33Gyp0 https://t.co/oD768FY3rx
@NotMelissaBell @SouthwestAir Thank you for coming to my TED talk, https://t.co/7PN8bYqqPT
@PhuzzieSlippers I thought so too! Until I read this. https://t.co/tf7l8rHqGM
@KeithCarson Back to front boarding is not the fastest way to load an airplane. https://t.co/XTnNdgdz3N
@diannaeanderson Or is it? https://t.co/r7H12vW7Ci
@wgcorrea there's a new study about that 🤔 https://t.co/6gfe5YvEBo
飛行機搭乗の際はもたもたする人ほど早く搭乗させた方がいい。つまり俺は早めに搭乗手続きやっといた方がいいというわけか https://t.co/gDuEAcVAPF
As someone who spends lots of time in airports and on planes, always welcome Lorentzian-geometry-based research on who should board first to speed up boarding. https://t.co/UDaXN9FLa6 https://t.co/j7gX0cunDd
So charge for overhead bin space and then allow those using overhead bin space to randomly board first?
Segregation. The appropriate kind. But, how to sort passengers prior to knowing fast/slow label?
Boarding: Phys. Rev. E 100, 062313 (2019) - Lorentzian-geometry based analysis of #airplane boarding policies highlights slow #passengers first'' as better #airline @DTWeetin #passengers #boarding #transit https://t.co/hCSPdpGVV7
S. Erland, et al., Lorentzian-geometry-based analysis of airplane boarding policies highlights “slow passengers first” as better, Phys. Rev. E 100, 062313 (2019) https://t.co/qWPB6fY8FK
And now you know, road warriors: Lorentzian-geometry-based analysis of airplane boarding policies highlights ``slow passengers first'' as better https://t.co/nE7eCsbuKt | 😁
搭乗に限らず、他のスケジューリング問題でもそうなのかもしれない。時間のかかるタスクから取り掛かれば、全体の時間が短縮できる、とか。
This is why Physicists ought to rule the world (and I say so as an engineer). Phys. Rev. E 100, 062313 (2019) - Lorentzian-geometry-based analysis of airplane boarding policies highlights ``slow passengers first'' as better https://t.co/SVaCZkd1HH
RT @vxel: Lorentzian-geometry-based analysis of airplane boarding policies highlights ``slow passengers first'' as better https://t.co/Rzvq…
Lorentzian-geometry-based analysis of airplane boarding policies highlights ``slow passengers first'' as better https://t.co/RzvqVbqyUT
RT @real_ringoya: 力の差がある複数メンバーでパーティ組んで山に登るときは、遅い人は後ろから付いて来させるのではなく、先頭から2番めに付けていくのが普通ですね。先頭はサブ・リーダーなど、リーダーは一番うしろから全体を把握。これがいちばん効率よく安全に全員を目的地…
RT @hayano: Phys. Rev. E 100, 062313 (2019) - Lorentzian-geometry-based analysis of airplane boarding policies highlights ``slow passengers…
RT @hayano: Phys. Rev. E 100, 062313 (2019) - Lorentzian-geometry-based analysis of airplane boarding policies highlights ``slow passengers…
RT @hayano: Phys. Rev. E 100, 062313 (2019) - Lorentzian-geometry-based analysis of airplane boarding policies highlights ``slow passengers…
RT @hayano: Phys. Rev. E 100, 062313 (2019) - Lorentzian-geometry-based analysis of airplane boarding policies highlights ``slow passengers…
RT @hayano: Phys. Rev. E 100, 062313 (2019) - Lorentzian-geometry-based analysis of airplane boarding policies highlights ``slow passengers…
RT @hayano: Phys. Rev. E 100, 062313 (2019) - Lorentzian-geometry-based analysis of airplane boarding policies highlights ``slow passengers…
力の差がある複数メンバーでパーティ組んで山に登るときは、遅い人は後ろから付いて来させるのではなく、先頭から2番めに付けていくのが普通ですね。先頭はサブ・リーダーなど、リーダーは一番うしろから全体を把握。これがいちばん効率よく安全に全員を目的地に着かせるスタイル。
RT @hayano: Phys. Rev. E 100, 062313 (2019) - Lorentzian-geometry-based analysis of airplane boarding policies highlights ``slow passengers…
RT @hayano: Phys. Rev. E 100, 062313 (2019) - Lorentzian-geometry-based analysis of airplane boarding policies highlights ``slow passengers…
RT @hayano: Phys. Rev. E 100, 062313 (2019) - Lorentzian-geometry-based analysis of airplane boarding policies highlights ``slow passengers…
RT @hayano: Phys. Rev. E 100, 062313 (2019) - Lorentzian-geometry-based analysis of airplane boarding policies highlights ``slow passengers…
RT @hayano: Phys. Rev. E 100, 062313 (2019) - Lorentzian-geometry-based analysis of airplane boarding policies highlights ``slow passengers…
RT @hayano: Phys. Rev. E 100, 062313 (2019) - Lorentzian-geometry-based analysis of airplane boarding policies highlights ``slow passengers…
RT @hayano: Phys. Rev. E 100, 062313 (2019) - Lorentzian-geometry-based analysis of airplane boarding policies highlights ``slow passengers…
RT @hayano: Phys. Rev. E 100, 062313 (2019) - Lorentzian-geometry-based analysis of airplane boarding policies highlights ``slow passengers…
RT @hayano: Phys. Rev. E 100, 062313 (2019) - Lorentzian-geometry-based analysis of airplane boarding policies highlights ``slow passengers…
Phys. Rev. E 100, 062313 (2019) - Lorentzian-geometry-based analysis of airplane boarding policies highlights ``slow passengers first'' as better https://t.co/cF661OluIF 論文.飛行機の搭乗総時間を短くするには,搭乗に時間がかかる人を先にすべし
RT @APSphysics: What's the best way to board an airplane? Research suggests seating slower passengers first reduces overall boarding time @…
✈️ Lorentzian-geometry-based analysis of faster boarding process: Let slower passengers board first! https://t.co/UPlekKVSwn
What's the best way to board an airplane? Research suggests seating slower passengers first reduces overall boarding time @PhysRevE: https://t.co/DChouuk7uR @MailOnline: https://t.co/htjP8kroUP
@Icewalker1974 Wär das was für Euch? https://t.co/sIRvQ3FXDC
@heyitsnoah @WhyInteresting Original paper: https://t.co/9MFerRpfbT
@Ryanair @vueling @viajaVolaris @VivaAerobus @easyJet
Editors' Suggestion: Lorentzian-geometry-based analysis of airplane boarding policies highlights “slow passengers first” as better, Sveinung Erland, Jevgenijs Kaupužs, Vidar Frette, Rami Pugatch, and Eitan Bachmat #complexsystems #planeboarding https://t.c
Solving the airplane boarding problem using the math of special relativity https://t.co/baUR6WWpGp
Editors' Suggestion: Lorentzian-geometry-based analysis of airplane boarding policies highlights “slow passengers first” as better, Sveinung Erland, Jevgenijs Kaupužs, Vidar Frette, Rami Pugatch, and Eitan Bachmat #complexsystems #planeboarding https://t.c
Lorentzian-geometry-based analysis of airplane boarding policies highlights “slow passengers first” as better https://t.co/xo1F0D5bsm https://t.co/lQrEQIKPmO
Lorentzian geometry based analysis of airplane boarding policies highlights slow passengers first as better https://t.co/cDkDBEsXlH
Lorentzian geometry based analysis of airplane boarding policies highlights slow passengers first as better. (arXiv:1906.05018v1 [physics.soc-ph]) https://t.co/7pBo76nEXC #sociophysics