J
Jared Coleman
Researcher at University of Southern California
Publications - 20
Citations - 22
Jared Coleman is an academic researcher from University of Southern California. The author has contributed to research in topics: Computer science & Engineering. The author has an hindex of 1, co-authored 3 publications receiving 3 citations. Previous affiliations of Jared Coleman include California State University, Long Beach.
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Book ChapterDOI
The Pony Express Communication Problem
TL;DR: In this paper, the authors studied the Pony Express problem on the line, where n robots are arbitrarily deployed along a finite segment and the objective is to deliver the message in minimum time.
Measurements of neutrino oscillation parameters from the T2K experiment using $3.6\times10^{21}$ protons on target
T. Abe,Naima Akhlaq,R. Akutsu,A. Ali,S. Alonso Monsalve,C. Alt,C. Andreopoulos,M. Antonova,Shigeru Aoki,T. Arihara,Y. Asada,Y. Ashida,E. V. Atkin,Gareth J. Barker,G.D. Barr,D. Barrow,M. Batkiewicz-Kwasniak,F. Bench,Vincenzo Berardi,L. Berns,S. Bhadra,Adrien Blanchet,A. Blondel,S. Bolognesi,T. Bonus,S. Borroni,S. B. Boyd,A. Bravar,C. Bronner,Stephanie Bron,A. Bubak,M. Buizza Avanzini,Juan A. Carretero,S. V. Cao,Albert J. Carter,S. L. Cartwright,M. G. Catanesi,A. Cervera,J. Chakrani,D. Cherdack,G. Christodoulou,Magda Cicerchia,Jared Coleman,G. Collazuol,L. Cook,A. Cudd,Chrsitine Dalmazzone,Yu.I. Davydov,A. De Roeck,G. De Rosa,T. Dealtry,Cristina Delogu,C. Densham,A. Dergacheva,F. Di Lodovico,S. Dolan,D. Douqa,Thomas A. Doyle,O. Drapier,J. Dumarchez,Pat Dunne,K. Dygnarowicz,A. Eguchi,S. Emery-Schrenk,A. Ershova,M. Feltre,A. J. Finch,G. A. Fiorentini Aguirre,G. Fiorillo,J. M. Patino,M. Friend,Y. Fujii,Y. Fukuda,K. Fusshoeller,Luca Giannessi,C. Giganti,V. V. Glagolev,M. Gonin,Jesús González Rosa,Edith Goodman,A. Gorin,Matías Grassi,M. Guigue,D. R. Hadley,J. T. Haigh,P. Hamacher-Baumann,F. A. Harris,M. Hartz,Takehisa Hasegawa,S. Hassani,N. C. Hastings,Yoshinari Hayato,A. Hiramoto,M. Hogan,J. Holeczek,A. Holin,T. Holvey,N. T. Hong Van,Terubumi Honjo,F. Iacob,A. K. Ichikawa,M. Ikeda,T. Ishida,M. Ishitsuka,Hayley P Israel,K. Iwamoto,A. Izmaylov,N. Izumi,M. Jakkapu,B. Jamieson,S. J. Jenkins,C. Jes'us-Valls,J. Jiang,P. Jonsson,C. K. Jung,P. B. Jurj,M. Kabirnezhad,A. C. Kaboth,T. Kajita,H. Kakuno,J. Kameda,S. P. Kasetti,Y. Kataoka,Y. Katayama,Teppei Katori,M. Kawaue,E. Kearns,M. M. Khabibullin,A. N. Khotjantsev,T. Kikawa,Hiroshi Kikutani,S. King,Jan Kisiel,T. Kobata,T. Kobayashi,L. Koch,A. Konaka,L. L. Kormos,Yusuke Koshio,Andrey Kostin,K. Kowalik,Yu. G. Kudenko,S. Kuribayashi,R.P. Kurjata,T. Kutter,M. Kuze,M. La Commara,L. Labarga,Klaus Lachner,J. Lagoda,S. M. Lakshmi,Michael L. James,M. Lamoureux,A. Langella,D. Last,Ned Latham,Marco Laveder,Luigi Lavitola,M. Lawe,Y Lee,C. Lin,Skc. Lin,R. P. Litchfield,S. L. Liu,A. Longhin,Kr Long,L. Ludovici,X Lu,Thorsten Lux,L. N. Machado,L. Magaletti,Kendall Mahn,M. Malek,Mangani Lal Mandal,S. Manly,A. D. Marino,L. Marti-Magro,D. Martin,M. Martini,T. Maruyama,T. Matsubara,Viktor Matveev,C. Mauger,K. Mavrokoridis,E. Mazzucato,N. McCauley,J. McElwee,K. S. McFarland,Clark E. McGrew,A. Mefodiev,G. D. Megias,L B Mellet,M. Mezzetto,A. Minamino,O. V. Mineev,S. Mine,M. Miura,L. Molina Bueno,Shigetaka Moriyama,Th. A. Mueller,Dillard Munford,L. Munteanu,Kouji Nagai,Y. Nagai,T. Nakadaira,K. Nakagiri,Masayuki Nakahata,Y. Nakajima,H. Nakamura,K. Nakamura,Yuuki Nakano,S. Nakayama,Tsuyoshi Nakaya,K. Nakayoshi,C. E. R. Naseby,Tran Van Ngoc,Vu Q. Nguyen,K. Niewczas,Y. Nishimura,Kohei Nishizaki,F. Nova,J. C. Nugent,H. M. O'Keeffe,L. O'Sullivan,T. Odagawa,T. Ogawa,Ryo Okada,Ko Okumura,T. Okusawa,Rebecca A. Owen,Y. Oyama,V. Palladino,V. Paolone,Michelangelo Pari,J. Parlone,S. Parsa,Jaroslaw Pasternak,M. Pavin,D. Payne,G. C. Penn,D. Pershey,L. Pickering,C. Pidcott,G. Pintaudi,C. Pistillo,B. A. Popov,K. Porwit,M. Posiadala-Zezula,Yogeendra Prabhu,F. Pupilli,B. Quilain,T. Radermacher,E. Radicioni,B. Radics,P. N. Ratoff,Moritz Reh,C. Riccio,E. Rondio,S. Roth,André Rubbia,Alan Cosimo Ruggeri,C. Ruggles,A. Rychter,K. Sakashita,F. S'anchez,G. Santucci,C. M. Schloesser,Kate Scholberg,Mark Scott,Y. Seiya,T. Sekiguchi,Hiroyuki Sekiya,D. Sgalaberna,A. Shaikhiev,A. Shaykina,Masato Shiozawa,W. Shorrock,A. Shvartsman,Khairunnisa Abdul Ghaffar Nirmal Marasini Ashwini Kumar Giddam Mariusz Skwarczynski,D. Smyczek,M. B. Smy,Jan T. Sobczyk,H. W. Sobel,F. J. P. Soler,Y. Sonoda,A. Speers,R. Spina,I. Suslov,S. Suvorov,A. Suzuki,S. Suzuki,Y. Suzuki,A. A. Sztuc,M. Tada,S. Tairafune,Suganuma Takayasu,Atsushi Takeda,Y. Takeuchi,Katsuya Takifuji,H.A. Tanaka,Yoshisuke Tanihara,Mitsunori Tani,A. M. Teklu,V. Tereshchenko,N. Teshima,Nick Thamm,L. F. Thompson,W. H. Toki,C. Touramanis,T. Towstego,Ka Ming Tsui,T. Tsukamoto,M. Tzanov,Y. Uchida,Mark R. Vagins,D. Vargas,G. Vasseur,C. Vilela,Emma Villa,W. G. S. Vinning,U. Virginet,T. Vladisavljevic,T. Wachala,J. G. Walsh,Yi Wang,L. Wan,D. L. Wark,M. O. Wascko,Abigail Weber,R. A. Wendell,M. J. Wilking,C. Wilkinson,K. Wood,C. Wret,J. Xia,Yh H. Xu,Kiyotaka Yamamoto,C. Yanagisawa,G. A. Yang,T. Yano,K. Yasutome,N. Yershov,U. Yevarouskaya,Masashi Yokoyama,Yoshiharu Yoshimoto,Myung Hi Yu,Refaat Zaki,A. Zalewska,J. Zalipska,K. Zaremba,G. Zarnecki,X. Zhao,Toby Zhu,M. Ziembicki,E. D. Zimmerman,M. Zito,S. Zsoldos +356 more
TL;DR: In this article , the T2K experiment presented new measurements of neutrino oscillation parameters using $19.7(16.3)-times10^{20}$ protons on target (POT) in (anti-)neutrino mode at the far detector (FD).
Proceedings ArticleDOI
Graph Convolutional Network-based Scheduler for Distributing Computation in the Internet of Robotic Things
TL;DR: In this article , the authors demonstrate how recent advancements in machine learning (in particular, in graph convolutional neural networks) can be leveraged to solve the task scheduling problem with decent performance and in much less time than traditional algorithms.
Proceedings ArticleDOI
Line Search for an Oblivious Moving Target
TL;DR: In this paper , the authors considered the case where the target is moving away from the origin and the robot is moving toward the origin, and the resulting competitive ratios were shown to be optimal when the target was moving towards the origin as well as when it was known and the target's initial distance was known.
Proceedings ArticleDOI
Delivery to Safety with Two Cooperating Robots
TL;DR: Online algorithms are provided which consider robots’ level of agreement on orientation as per OneAxis and NoAxis models, and knowledge of the boundary as per Visible, Discoverable, and Invisible and lower bounds for the competitive ratios of the online problems are provided.