KYODO NEWS IMAGELINK

報道写真の購入なら共同通信イメージリンク

お問い合わせ
03-6252-6224
平日9:30-18:00
  • 航空工学者
  • 昭和
  • しま
  • 研究者
  • まさみつ
  • 人間工学
  • 大島正光
  • セルゲイ・コロリョフ
  • ソビエト連邦
  • ロケット

「工学者」の写真・グラフィックス・映像

絞り込み
  • 提供元
  • 日付
  • 種類
  • 向き
  • カテゴリ
並び順
  • 古い順
105
( 1 100 件を表示)
  • 1
  • 2
105
( 1 100 件を表示)
絞り込み
並び順
  • 古い順
  •  Method of deepening a canal.
    -
    Method of deepening a canal.

    Method of deepening a canal. A number of holes are drilled close together on bed and the spoil is put the barge accompanying the drilling rig. If current was not strong enough to level out the bed of the waterway, a scraper or drum was used to do the work. The process could also be carried out by two men (L) before canal was flooded. From ‘Architecture Hydraulique‘ by Bernard Forest de Belidor (Paris, 1737). Engraving.、クレジット:World History Archive/ニューズコム/共同通信イメージズ ※エディトリアル使用のみ。広告、プロモーション、商業目的での利用に関してはお問合せください。 ※ファイルサイズの小さい画像です。

    商品コード: 2019030803539

  •  Rolling mill and forge powered by hot gases from furnace M.
    -
    Rolling mill and forge powered by hot gases from furnace M.

    Rolling mill and forge powered by hot gases from furnace M. Idea proposed by Giovanni Branca in ‘Le Machine‘ Rome 1629. Woodcut.、クレジット:World History Archive/ニューズコム/共同通信イメージズ ※エディトリアル使用のみ。広告、プロモーション、商業目的での利用に関してはお問合せください。

    商品コード: 2019030604116

  •  Nicocolo Fontana Tartaglia  (1499-1557) Italian mathematician and engineer.
    -
    Nicocolo Fontana Tartaglia (1499-1557) Italian mathematician and engineer.

    Nicocolo Fontana Tartaglia (1499-1557) Italian mathematician and engineer. Title page from the first part of his ‘General trattato di numeri et misure‘ (Venice, 1556).、クレジット:World History Archive/ニューズコム/共同通信イメージズ ※エディトリアル使用のみ。広告、プロモーション、商業目的での利用に関してはお問合せください。

    商品コード: 2018111210246

  •  John Smeaton‘s  (1724-1824) English civil engineer
    -
    John Smeaton‘s (1724-1824) English civil engineer

    John Smeaton‘s (1724-1824) English civil engineer, adaptation of Thomas Newcomen‘s (1663-1729) steam engine. Thge receiver D prevents water for condensing steam in the open cylinder, F, from reaching the boiler, right. From ‘The Cyclopaedia: or, Universal Dictionary of Arts, Science and Literature‘ edited by Abraham Rees (London, 1820). Engraving.、クレジット:World History Archive/ニューズコム/共同通信イメージズ ※エディトリアル使用のみ。広告、プロモーション、商業目的での利用に関してはお問合せください。

    商品コード: 2019010700121

  • (はら・りゅうた) 原龍太
    -
    (はら・りゅうた) 原龍太

    土木工学者=撮影年月日不明、場所不明、クレジット:国立国会図書館所蔵画像/共同通信イメージズ

    商品コード: 2017080202301

  • (なかの・はつね) 中野初子
    -
    (なかの・はつね) 中野初子

    電気工学者=撮影年月日不明、場所不明、クレジット:国立国会図書館所蔵画像/共同通信イメージズ

    商品コード: 2017080201940

  •  Railway steam locomotive designed in 1849 by the English engineer Thomas Russell Crampton
    -
    Railway steam locomotive designed in 1849 by the English engineer Thomas Russell Crampton

    Railway steam locomotive designed in 1849 by the English engineer Thomas Russell Crampton (1816-1888). Wood engraving.、クレジット:World History Archive/ニューズコム/共同通信イメージズ ※エディトリアル使用のみ。広告、プロモーション、商業目的での利用に関してはお問合せください。

    商品コード: 2019013001997

  •  Charles Tilston Bright (1832-1888) English electrical engineer
    -
    Charles Tilston Bright (1832-1888) English electrical engineer

    Charles Tilston Bright (1832-1888) English electrical engineer, born at Wanstead, Essex. He oversaw the laying of the first transatlantic telegraph cable. President of the Institution of Electrical Engineers, 1887. Engraving from ‘The Illustrated London News‘ (London, 1888).、クレジット:World History Archive/ニューズコム/共同通信イメージズ ※エディトリアル使用のみ。広告、プロモーション、商業目的での利用に関してはお問合せください。

    商品コード: 2019020410016

  •  John Watkins Brett (1805-1863) English telegraph pioneer who
    -
    John Watkins Brett (1805-1863) English telegraph pioneer who

    John Watkins Brett (1805-1863) English telegraph pioneer who, with his brother Jacob, founded the General Oceanic Electric Telegraph Company (1845). Engraving from ‘Les Merveilles de la Science‘ by Louis Figuier (Paris, c1870).、クレジット:World History Archive/ニューズコム/共同通信イメージズ ※エディトリアル使用のみ。広告、プロモーション、商業目的での利用に関してはお問合せください。

    商品コード: 2018122606547

  •  Pierre Simons (19th century)
    -
    Pierre Simons (19th century)

    Pierre Simons (19th century), involved with early Belgian railways. Engraving from ‘Les Merveilles de la Science‘ (Paris, c1870).、クレジット:World History Archive/ニューズコム/共同通信イメージズ ※エディトリアル使用のみ。広告、プロモーション、商業目的での利用に関してはお問合せください。

    商品コード: 2018122606314

  •  Plough used to deepen navigable rivers and canals.
    -
    Plough used to deepen navigable rivers and canals.

    Plough used to deepen navigable rivers and canals. From ‘Architecture Hydraulique‘ by Bernard Forest de Belidor (Paris, 1737). Copperplate engraving.、クレジット:World History Archive/ニューズコム/共同通信イメージズ ※エディトリアル使用のみ。広告、プロモーション、商業目的での利用に関してはお問合せください。 ※ファイルサイズの小さい画像です。

    商品コード: 2019030803424

  • (ふるいち・こうい) 古市公威
    -
    (ふるいち・こうい) 古市公威

    土木工学者、政治家、帝国大学工科大学学長、貴族院議員=撮影年月日不明、場所不明、クレジット:国立国会図書館所蔵画像/共同通信イメージズ

    商品コード: 2017080400327

  •  Charles William Siemens (born Carl Wilhelm von Siemens - 1823-1883)
    -
    Charles William Siemens (born Carl Wilhelm von Siemens - 1823-1883)

    Charles William Siemens (born Carl Wilhelm von Siemens - 1823-1883) German mechanical and electrical engineer born near Hanover. Brother of Werner von Siemens. He took British nationality in 1859. Invented the regenerative (open hearth) furnace which developed into the Siemens-Martin process for the production of large quantities of steel. Cartoon by Edward Linley Sambourne in the Punch‘s Fancy Portraits series from ‘Punch‘ (London, 28 July 1883).、クレジット:World History Archive/ニューズコム/共同通信イメージズ ※エディトリアル使用のみ。広告、プロモーション、商業目的での利用に関してはお問合せください。

    商品コード: 2018122521389

  •  Louis Favre (d1879) Swiss railway engineer awarded the contract for the construction
    -
    Louis Favre (d1879) Swiss railway engineer awarded the contract for the construction

    Louis Favre (d1879) Swiss railway engineer awarded the contract for the construction of a rail tunnel through the Alps under the St Gothard Pass. From ‘La Science Illustree‘ (Paris, 1895). Engraving.、クレジット:World History Archive/ニューズコム/共同通信イメージズ ※エディトリアル使用のみ。広告、プロモーション、商業目的での利用に関してはお問合せください。

    商品コード: 2018122012131

  •  Wilhelm Conrad R√∂ntgen
    -
    Wilhelm Conrad Röntgen

    Wilhelm Conrad R√∂ntgen, 1845 - 1923, a German mechanical engineer and physicist, who, on 8 November 1895, produced and detected electromagnetic radiation in a wavelength range known as X-rays or R√∂ntgen rays, historisch, C:CC5historical, digital improved reproduction of an original from the 19th century / digitale Reproduktion einer Originalvorlage aus dem 19. Jahrhundert, Originaldatum nicht bekannt.、クレジット:Bildagentur-online/Universal Images Group/Universal Images Group/共同通信イメージズ

    商品コード: 2022082905814

  •  Alexander Graham Bell (1847-1922) Scottish-born American inventor; patented telephone 1876.
    -
    Alexander Graham Bell (1847-1922) Scottish-born American inventor; patented telephone 1876.

    Alexander Graham Bell (1847-1922) Scottish-born American inventor; patented telephone 1876. Photograph of Bell as a young man.、クレジット:World History Archive/ニューズコム/共同通信イメージズ

    商品コード: 2019011809177

  •  Alexander Graham Bell (1847-1922) Scottish-born American inventor; patented telephone 1876.
    -
    Alexander Graham Bell (1847-1922) Scottish-born American inventor; patented telephone 1876.

    Alexander Graham Bell (1847-1922) Scottish-born American inventor; patented telephone 1876. Picture published 1907、クレジット:World History Archive/ニューズコム/共同通信イメージズ ※エディトリアル使用のみ。広告、プロモーション、商業目的での利用に関してはお問合せください。

    商品コード: 2019011809180

  •  Roller Bridge or Inclined Plane for raising and lowering canal barges from one level to another.
    -
    Roller Bridge or Inclined Plane for raising and lowering canal barges from one level to another.

    Roller Bridge or Inclined Plane for raising and lowering canal barges from one level to another. In this example power is supplied by a water wheel through gearing. From Bernard Forest de Belidor ‘Architecture Hydraulique‘ Paris, 1737. Engraving、クレジット:World History Archive/ニューズコム/共同通信イメージズ ※エディトリアル使用のみ。広告、プロモーション、商業目的での利用に関してはお問合せください。 ※ファイルサイズの小さい画像です。

    商品コード: 2019030803523

  •  Plough used to deepen navigable rivers and canals.
    -
    Plough used to deepen navigable rivers and canals.

    Plough used to deepen navigable rivers and canals. Man in boat exerted pressure on lever B, in order to keep plough on canal bed. From ‘Architecture Hydraulique‘ Bernard Forest de Belidor (Paris, 1737). Copperplate engraving、クレジット:World History Archive/ニューズコム/共同通信イメージズ ※エディトリアル使用のみ。広告、プロモーション、商業目的での利用に関してはお問合せください。 ※ファイルサイズの小さい画像です。

    商品コード: 2019030803460

  •  Alexander Graham Bell (1847-1922) Scottish-born American inventor.
    1922年08月02日
    Alexander Graham Bell (1847-1922) Scottish-born American inventor.

    Alexander Graham Bell (1847-1922) Scottish-born American inventor. Patented his telephone in 1876. Engraving from ‘A Travers l‘Electricite‘ by Georges Dary (Paris, c1906).、クレジット:World History Archive/ニューズコム/共同通信イメージズ ※エディトリアル使用のみ。広告、プロモーション、商業目的での利用に関してはお問合せください。

    商品コード: 2019012202100

  •  CHERANOVSKY KOROLEV
    1929年09月01日
    CHERANOVSKY KOROLEV

    01.09.1929 Designer Boris Cheranovsky (left) and pilot Sergei Korolev (right) near BICh-8 glider. RIA Novosti / Sputnik、クレジット:Sputnik/共同通信イメージズ

    商品コード: 2019110600197

  •  小川芳樹(おがわ・よしき)
    1949年11月04日
    小川芳樹(おがわ・よしき)

    小川芳樹・東京大学工学部教授(金属工学者、湯川秀樹の実兄)=1949(昭和24)年11月4日(24年内地7407)

    商品コード: 2013111100286

  •  KOROLEV
    1950年04月01日
    KOROLEV

    01.04.1950 Designer Sergei Korolev relaxing in Kislovodsk. RIA Novosti / Sputnik、クレジット:Sputnik/共同通信イメージズ

    商品コード: 2019110600178

  •  八木秀次
    1950年12月07日
    八木秀次

    電気工学者の八木秀次博士(八木アンテナ)=1950(昭和25)年12月7日(25年内地番号なし)

    商品コード: 2014022400711

  •  KOROLEV DOG LAUNCH SPACE
    1960年08月05日
    KOROLEV DOG LAUNCH SPACE

    05.08.1960 Sergei Korolev with dog before putting it in orbit. RIA Novosti / Sputnik、クレジット:Sputnik/共同通信イメージズ

    商品コード: 2019110600096

  •  KOROLEV GAGARIN LEONOV
    1961年05月05日
    KOROLEV GAGARIN LEONOV

    05.05.1961 Designer Sergei Korolev (right) and cosmonaut Yuri Gagarin (second left) with friends looking at portraits of the world‘s first cosmonaut. Alexei Leonov is 2nd from right, next to Korolev. RIA Novosti / Sputnik、クレジット:Sputnik/共同通信イメージズ

    商品コード: 2019110600094

  •  Academician Kulebakin
    1962年10月18日
    Academician Kulebakin

    18.10.1962 Academician Viktor Kulebakin, member of the USSR Academy of Sciences, electro-technology scientist, engineering and automatics. Alexander / Sputnik、クレジット:Sputnik/共同通信イメージズ

    商品コード: 2022082306696

  • (こまがた・さくじ) 駒形作次
    1963年06月20日
    (こまがた・さくじ) 駒形作次

    電気工学者、学術会議会員、日本原子力研究所副理事長、原子力委員=1963(昭和38)年5月29日撮影

    商品コード: 2007011600069

  • 本画像はログイン後にご覧いただけます
    1967年08月03日
    (おおやま・よしとし) 大山義年

    東京工大学長、環境庁国立公害研究所初代所長、日本化学会長、原子力学会長、化学工学者=1967(昭和42)年6月13日撮影

    商品コード: 1967080300002

  • (おおしま・まさみつ) 大島正光
    1969年08月29日
    (おおしま・まさみつ) 大島正光

    生理学者、人間工学者、医療用システム開発センター理事長、日本宇宙航空環境医学会理事長=1969(昭和44)年8月29日撮影

    商品コード: 2007080700188

  • (おおしま・まさみつ) 大島正光
    1969年09月18日
    (おおしま・まさみつ) 大島正光

    生理学者、人間工学者、医療用システム開発センター理事長、日本宇宙航空環境医学会理事長=1969(昭和44)年8月28日撮影

    商品コード: 2005122700030

  • (おおしま・けいいち) 大島恵一
    1970年04月11日
    (おおしま・けいいち) 大島恵一

    原子力工学者、東大名誉教授、ローマクラブ会員、OECD科学局長=1970(昭和45)年4月11日撮影

    商品コード: 2007080600079

  •  Our Fatherland in Photos exhibition
    1970年07月09日
    Our Fatherland in Photos exhibition

    09.07.1970 Our Fatherland in Photos exhibition. The Manege Central Exhibition Hall. Replica of the photo, Yuri Gagarin and Sergei Korolev, by I. Snegirev. Aleksei / Sputnik、クレジット:Sputnik/共同通信イメージズ

    商品コード: 2018081401168

  • (おおしま・けいいち) 大島恵一
    1970年09月24日
    (おおしま・けいいち) 大島恵一

    原子力工学者、東大名誉教授、ローマクラブ会員、OECD科学局長=1970(昭和45)年4月10日撮影

    商品コード: 2005111000074

  • (おおしま・けいいち) 大島恵一
    1974年01月31日
    (おおしま・けいいち) 大島恵一

    原子力工学者、東大名誉教授、ローマクラブ会員、OECD科学局長=1974(昭和49)年1月17日撮影

    商品コード: 2005042700119

  • (おおしま・けいいち) 大島恵一
    1974年02月15日
    (おおしま・けいいち) 大島恵一

    原子力工学者、東大名誉教授、ローマクラブ会員、OECD科学局長=1974(昭和49)年1月17日撮影

    商品コード: 1974021500004

  • (おおしま・まさみつ) 大島正光
    1974年04月11日
    (おおしま・まさみつ) 大島正光

    生理学者、人間工学者、医療用システム開発センター理事長、日本宇宙航空環境医学会理事長=1973(昭和48)年12月11日撮影

    商品コード: 2005051000058

  • (おおやま・よしとし) 大山義年
    1977年07月14日
    (おおやま・よしとし) 大山義年

    化学工学者、東京工大教授、東京工大学長、環境庁国立公害研究所初代所長、化学工学協会長、日本化学会長、原子力学会長=1977(昭和52)年5月20日撮影

    商品コード: 2005011100016

  •  大島正光
    1978年12月06日
    大島正光

    大島正光、学者・研究者、文化、おおしま・まさみつ、死去・2010年5月1日、医学者、人間工学者、東大教授、医療情報システム開発センター理事長、日本宇宙航空環境医学会理事長、日本健康科学学会会長=1978(昭和53)年12月6日

    商品コード: 1978120600001

  • (おおしま・まさみつ) 大島正光
    1979年01月12日
    (おおしま・まさみつ) 大島正光

    生理学者、人間工学者、医療用システム開発センター理事長、日本宇宙航空環境医学会理事長=1978(昭和53)年12月6日撮影

    商品コード: 2004091400112

  •  近藤次郎
    1980年02月01日
    近藤次郎

    近藤次郎、学者・研究者、こんどう・じろう、死去・2015年3月29日、航空工学者、東大教授・名誉教授、国立公害研究所所長、日本学術会議会長、中央公害対策審議会会長、中央環境審議会会長、紫綬褒章受章、文化功労者、文化勲章受章、勲一等瑞宝章受章=1980(昭和55)年2月1日

    商品コード: 1980031500013

  • 本画像はログイン後にご覧いただけます
    1980年10月25日
    岡田實

    岡田實、学者・研究者、おかだ・みのる、岡田実、同名異人あり、死去・1997年6月15日、工学者、大阪大学教授・学長、日本学術会議会員、航空事故調査委員会委員長、大阪府教委委員長、勲一等瑞宝章受章=1980(昭和55)年10月25日

    商品コード: 1980111500006

  •  大山彰
    1981年11月16日
    大山彰

    大山彰、経済、学者・研究者、おおやま・あきら、死去・2009年11月4日、原子力工学者、東大名誉教授、原子力安全委員会委員、原子力委員会委員長代理、動力炉・核燃料開発事業団理事、勲二等旭日重光章受章=1981(昭和56)年11月16日

    商品コード: 1982012000008

  • (おおしま・けいいち) 大島恵一
    1983年02月04日
    (おおしま・けいいち) 大島恵一

    原子力工学者、東大名誉教授、工業開発研究所副理事長、テクノバ会長、ローマクラブ会員、OECD科学局長、国際リニア学会設立=1982(昭和57)年10月8日撮影

    商品コード: 2004040100046

  •  吉識雅夫
    1983年08月13日
    吉識雅夫

    吉識雅夫、官庁・学者・研究者、よしき・まさお、死去・1993年6月27日、船舶工学者、東大教授・工学部長・名誉教授、東京理科大学長、日本学術会議副会長、日本学術振興会理事長、学術審議会会長、日本学士院会員、日本学士院賞受賞、紫綬褒章受章、文化勲章受章、文化功労者、勲一等瑞宝章受章=1982(昭和57)年8月13日

    商品コード: 1983022000032

  • (おおしま・まさみつ) 大島正光
    1983年10月28日
    (おおしま・まさみつ) 大島正光

    生理学者、人間工学者、医療用システム開発センター理事長、日本宇宙航空環境医学会理事長=1983(昭和58)年9月30日撮影

    商品コード: 2004050600024

  •  西沢潤一
    1983年11月04日
    西沢潤一

    西沢潤一、学者・研究者、にしざわ・じゅんいち、西澤潤一、工学者、東北大電気通信研究所教授・所長、東北大名誉教授・総長、日本学士院賞受賞、文化功労者、岩手県立大学長・名誉学長、首都大学東京学長、ジャック・A・モートン賞受賞、日本学士院会員、文化勲章受賞、勲一等瑞宝章受章=1983(昭和58)年11月4日

    商品コード: 1983112000027

  •  木村秀政
    1985年05月07日
    木村秀政

    木村秀政、学者・研究者、きむら・ひでまさ、死去・1986年10月10日、航空機設計者、工学者、東京帝大教授、日大教授・理事・副総長・名誉教授、航空政策研究会会長、国産輸送機関開発技術委員長、日本学術会議会員、航空科学振興財団理事長、藍綬褒章受章、紫綬褒章受章、勲二等旭日重光章受章=1985(昭和60)年5月7日

    商品コード: 1985092000012

  •  近藤次郎
    1985年07月22日
    近藤次郎

    近藤次郎、学者、研究者、こんどう・じろう、同名異人あり、航空工学者、システム工学者、東大教授・名誉教授、国立公害研究所所長、日本学術会議会長、中央公害対策審議会会長、中央環境審議会会長、環境テクノロジーセンター会長、紫綬褒章受章、文化勲章受章、文化功労者、勲一等瑞宝章受章=1985(昭和60)年7月22日

    商品コード: 1985082000013

  • (おおしま・まさみつ) 大島正光
    1986年05月22日
    (おおしま・まさみつ) 大島正光

    生理学者、人間工学者、防衛庁航空医学実験隊長、東大医学部医用電子研究施設部門の初代教授・施設長、日本ME学会長、医療用システム開発センター理事長、日本宇宙航空環境医学会理事長=19895年10月12日撮影

    商品コード: 2003122200010

  • 胸像の除幕式 小樽開港100年で除幕式
    1999年08月04日
    胸像の除幕式 小樽開港100年で除幕式

    北海道・小樽港の開港100周年を記念して行われた、港湾整備に尽力した工学者、広井勇の胸像の除幕式=4日午後、北海道小樽市の運河公園

    商品コード: 1999080400066

  •  Chewing robot
    2001年03月26日
    Chewing robot

    Chewing robot. Roboticist Dr Hideaki Takanobu adjusting a mastication (chewing) robot during dentistry research. The robot is composed of a human skull attached to electronic circuitry, levers and pulleys, which simulate the human facial muscles that make the jaw bite down. Sensors measure the position and velocity of the biting jaws and the force of mastication. The robot was developed to help dental scientists to learn more about the processes of biting and chewing. Photographed in the Department of Mechanical Engineering, Waseda University, Tokyo, Japan.、クレジット:Science Photo Library/共同通信イメージズ

    商品コード: 2022082308065

  • 2005年06月06日

    人物通信 9478 ◎糸川英夫、いとかわ・ひでお、宇宙工学者、組織工学研究所所長、1972年11月17日撮影

    商品コード: 2005060600024

  •  SERGEI KOROLEV ENERGIA COMPANY MUSEUM
    2007年02月16日
    SERGEI KOROLEV ENERGIA COMPANY MUSEUM

    16.02.2007 A portrait of prominent Soviet spacecraft designer Valentin Glushko in the Sergei Korolev space effort museum, Moscow. Sergey Pyatakov / Sputnik、クレジット:Sputnik/共同通信イメージズ

    商品コード: 2019061100155

  • いとかわ・ひでお 糸川英夫
    2008年10月20日
    いとかわ・ひでお 糸川英夫

    宇宙工学者、組織工学コンサルタント、昭和42年5月15日撮影

    商品コード: 2008102000058

  • (たかはし・ゆたか) 高橋裕
    2017年09月14日
    (たかはし・ゆたか) 高橋裕

    東大名誉教授。工学者、河川工学の世界的権威。2017年9月13日撮影、東京都世田谷区の自宅で撮影。

    商品コード: 2017091400413

  •  人命救助ロボットを未来に
    2017年11月01日
    人命救助ロボットを未来に

    松野文俊・京都大教授

    商品コード: 2017110100425

  •  人命救助ロボットを未来に
    2017年11月01日
    人命救助ロボットを未来に

    大きなアームが特徴の救助用ロボットと松野文俊・京都大教授=京都市西京区

    商品コード: 2017110100427

  • (Frances Arnold) フランシス・アーノルド
    2018年10月12日
    (Frances Arnold) フランシス・アーノルド

    アメリカ、生化学者、生物工学者、2018年ノーベル化学賞受賞、2018年10月3日撮影(ロイター=共同)

    商品コード: 2018100921065

  • 宮村忠名誉教授 危機直面「初の光景」
    2020年10月07日
    宮村忠名誉教授 危機直面「初の光景」

    河川工学者で関東学院大名誉教授の宮村忠氏=9月、東京都江東区

    商品コード: 2020100706616

  • (くになか・ひとし) 国中均
    2020年12月04日
    (くになか・ひとし) 国中均

    キーワード:国中均、くになかひとし、JAXA宇宙科学研究所長、宇宙航空研究開発機構、航空宇宙工学者=2020(令和2)年12月4日、神奈川県相模原市のJAXA相模原キャンパス、クレジット:日刊工業新聞/共同通信イメージズ

    商品コード: 2020121901455

  •  U.S. Air Force Unmanned Boeing MQ-9 Reaper Drone
    2021年09月01日
    U.S. Air Force Unmanned Boeing MQ-9 Reaper Drone

    STYLELOCATIONA U.S. Air Force MQ-9 Reaper drone assigned to the 432nd Wing, takes off from the flight-line at Creech Air Force Base September 1, 2021 in Indian Springs, Nevada. (Credit Image: © Tsgt. Emerson Nunez/Us Air/Planet Pix via ZUMA Press Wire)、クレジット:©Tsgt. Emerson Nunez/Us Air/Planet Pix via ZUMA Press Wire/共同通信イメージズ

    商品コード: 2021090305935

  •  U.S. Air Force Unmanned Boeing MQ-9 Reaper Drone
    2021年09月01日
    U.S. Air Force Unmanned Boeing MQ-9 Reaper Drone

    STYLELOCATIONA U.S. Air Force MQ-9 Reaper drone assigned to the 432nd Wing, takes off from the flight-line at Creech Air Force Base September 1, 2021 in Indian Springs, Nevada. (Credit Image: © Tsgt. Emerson Nunez/Us Air/Planet Pix via ZUMA Press Wire)、クレジット:©Tsgt. Emerson Nunez/Us Air/Planet Pix via ZUMA Press Wire/共同通信イメージズ

    商品コード: 2021090305925

  •  U.S. Air Force Unmanned Boeing MQ-9 Reaper Drone
    2021年09月01日
    U.S. Air Force Unmanned Boeing MQ-9 Reaper Drone

    STYLELOCATIONA U.S. Air Force MQ-9 Reaper drone assigned to the 432nd Wing, takes off from the flight-line at Creech Air Force Base September 1, 2021 in Indian Springs, Nevada. (Credit Image: © Tsgt. Emerson Nunez/Us Air/Planet Pix via ZUMA Press Wire)、クレジット:©Tsgt. Emerson Nunez/Us Air/Planet Pix via ZUMA Press Wire/共同通信イメージズ

    商品コード: 2021090306018

  •  U.S. Air Force Unmanned Boeing MQ-9 Reaper Drone
    2021年09月01日
    U.S. Air Force Unmanned Boeing MQ-9 Reaper Drone

    STYLELOCATIONA U.S. Air Force MQ-9 Reaper drone assigned to the 432nd Wing, takes off from the flight-line at Creech Air Force Base September 1, 2021 in Indian Springs, Nevada. (Credit Image: © Tsgt. Emerson Nunez/Us Air/Planet Pix via ZUMA Press Wire)、クレジット:©Tsgt. Emerson Nunez/Us Air/Planet Pix via ZUMA Press Wire/共同通信イメージズ

    商品コード: 2021090305985

  •  U.S. Air Force Unmanned Boeing MQ-9 Reaper Drone
    2021年09月01日
    U.S. Air Force Unmanned Boeing MQ-9 Reaper Drone

    STYLELOCATIONA U.S. Air Force MQ-9 Reaper drone assigned to the 432nd Wing, takes off from the flight-line at Creech Air Force Base September 1, 2021 in Indian Springs, Nevada. (Credit Image: © Tsgt. Emerson Nunez/Us Air/Planet Pix via ZUMA Press Wire)、クレジット:©Tsgt. Emerson Nunez/Us Air/Planet Pix via ZUMA Press Wire/共同通信イメージズ

    商品コード: 2021090306037

  •  U.S. Air Force Unmanned Boeing MQ-9 Reaper Drone
    2021年09月01日
    U.S. Air Force Unmanned Boeing MQ-9 Reaper Drone

    STYLELOCATIONA U.S. Air Force MQ-9 Reaper drone assigned to the 432nd Wing, takes off from the flight-line at Creech Air Force Base September 1, 2021 in Indian Springs, Nevada. (Credit Image: © Tsgt. Emerson Nunez/Us Air/Planet Pix via ZUMA Press Wire)、クレジット:©Tsgt. Emerson Nunez/Us Air/Planet Pix via ZUMA Press Wire/共同通信イメージズ

    商品コード: 2021090305968

  •  U.S. Air Force Unmanned Boeing MQ-9 Reaper Drone
    2021年09月01日
    U.S. Air Force Unmanned Boeing MQ-9 Reaper Drone

    STYLELOCATIONA U.S. Air Force MQ-9 Reaper drone assigned to the 432nd Wing, takes off from the flight-line at Creech Air Force Base September 1, 2021 in Indian Springs, Nevada. (Credit Image: © Tsgt. Emerson Nunez/Us Air/Planet Pix via ZUMA Press Wire)、クレジット:©Tsgt. Emerson Nunez/Us Air/Planet Pix via ZUMA Press Wire/共同通信イメージズ

    商品コード: 2021090305955

  •  U.S. Air Force Unmanned Boeing MQ-9 Reaper Drone
    2021年09月01日
    U.S. Air Force Unmanned Boeing MQ-9 Reaper Drone

    STYLELOCATIONA U.S. Air Force MQ-9 Reaper drone assigned to the 432nd Wing, takes off from the flight-line at Creech Air Force Base September 1, 2021 in Indian Springs, Nevada. (Credit Image: © Tsgt. Emerson Nunez/Us Air/Planet Pix via ZUMA Press Wire)、クレジット:©Tsgt. Emerson Nunez/Us Air/Planet Pix via ZUMA Press Wire/共同通信イメージズ

    商品コード: 2021090305974

  •  U.S. Air Force Unmanned Boeing MQ-9 Reaper Drone
    2021年09月01日
    U.S. Air Force Unmanned Boeing MQ-9 Reaper Drone

    STYLELOCATIONA U.S. Air Force MQ-9 Reaper drone assigned to the 432nd Wing, takes off from the flight-line at Creech Air Force Base September 1, 2021 in Indian Springs, Nevada. (Credit Image: © Tsgt. Emerson Nunez/Us Air/Planet Pix via ZUMA Press Wire)、クレジット:©Tsgt. Emerson Nunez/Us Air/Planet Pix via ZUMA Press Wire/共同通信イメージズ

    商品コード: 2021090306044

  • (おがさわら・ひろし) 小笠原浩
    2022年01月31日
    (おがさわら・ひろし) 小笠原浩

    キーワード:安川電機代表取締役社長、安川電機社長、日本ロボット工業会会長、工学者、実業家=2022(令和4)年1月31日、東京都港区、クレジット:日刊工業新聞/共同通信イメージズ

    商品コード: 2022022504327

  • (いしかわ・まさとし) 石川正俊
    2022年02月02日
    (いしかわ・まさとし) 石川正俊

    キーワード:東京理科大学学長、工学者、工学博士=2022(令和4)年2月2日、東京都新宿区、クレジット:日刊工業新聞/共同通信イメージズ

    商品コード: 2022022504316

  •  Robot Dog Learns To Walk From Scratch In An Hour
    2022年07月18日
    Robot Dog Learns To Walk From Scratch In An Hour

    July 18, 2022, Stuttgart, Germany: VIDEO AVAILABLE: CONTACT INFO@COVERMG.COM TO RECEIVE**..Scientists in Germany have designed a robot dog that can learn to walk from scratch in under an hour...Taking their inspiration from baby animals, researchers at the Max Planck Institute for Intelligent Systems (MPI-IS) in Stuttgart, built Morti, a four legged robot, to help them figure out the process behind how four-legged animals learn to walk..‘‘As engineers and roboticists, we sought the answer by building a robot that features reflexes just like an animal and learns from mistakes,‘‘ says Felix Ruppert, a former doctoral student in the Dynamic Locomotion research group at MPI-IS. ‘‘If an animal stumbles, is that a mistake? Not if it happens once. But if it stumbles frequently, it gives us a measure of how well the robot walks.‘‘. . .Despite its learning to walk in just one hour, Ruppert‘s robot didnââ¬â¢t know anything of its leg structure or mechanics before it began the learning process. A Bayesian optimizati...

    商品コード: 2022072714602

  •  Robot Dog Learns To Walk From Scratch In An Hour
    2022年07月18日
    Robot Dog Learns To Walk From Scratch In An Hour

    July 18, 2022, Stuttgart, Germany: VIDEO AVAILABLE: CONTACT INFO@COVERMG.COM TO RECEIVE**..Scientists in Germany have designed a robot dog that can learn to walk from scratch in under an hour...Taking their inspiration from baby animals, researchers at the Max Planck Institute for Intelligent Systems (MPI-IS) in Stuttgart, built Morti, a four legged robot, to help them figure out the process behind how four-legged animals learn to walk..‘‘As engineers and roboticists, we sought the answer by building a robot that features reflexes just like an animal and learns from mistakes,‘‘ says Felix Ruppert, a former doctoral student in the Dynamic Locomotion research group at MPI-IS. ‘‘If an animal stumbles, is that a mistake? Not if it happens once. But if it stumbles frequently, it gives us a measure of how well the robot walks.‘‘. . .Despite its learning to walk in just one hour, Ruppert‘s robot didnââ¬â¢t know anything of its leg structure or mechanics before it began the learning process. A Bayesian optimizati...

    商品コード: 2022072714535

  •  Robot Dog Learns To Walk From Scratch In An Hour
    2022年07月18日
    Robot Dog Learns To Walk From Scratch In An Hour

    July 18, 2022, Stuttgart, Germany: VIDEO AVAILABLE: CONTACT INFO@COVERMG.COM TO RECEIVE**..Scientists in Germany have designed a robot dog that can learn to walk from scratch in under an hour...Taking their inspiration from baby animals, researchers at the Max Planck Institute for Intelligent Systems (MPI-IS) in Stuttgart, built Morti, a four legged robot, to help them figure out the process behind how four-legged animals learn to walk..‘‘As engineers and roboticists, we sought the answer by building a robot that features reflexes just like an animal and learns from mistakes,‘‘ says Felix Ruppert, a former doctoral student in the Dynamic Locomotion research group at MPI-IS. ‘‘If an animal stumbles, is that a mistake? Not if it happens once. But if it stumbles frequently, it gives us a measure of how well the robot walks.‘‘. . .Despite its learning to walk in just one hour, Ruppert‘s robot didnââ¬â¢t know anything of its leg structure or mechanics before it began the learning process. A Bayesian optimizati...

    商品コード: 2022072714539

  •  Robot Dog Learns To Walk From Scratch In An Hour
    2022年07月18日
    Robot Dog Learns To Walk From Scratch In An Hour

    July 18, 2022, Stuttgart, Germany: VIDEO AVAILABLE: CONTACT INFO@COVERMG.COM TO RECEIVE**..Scientists in Germany have designed a robot dog that can learn to walk from scratch in under an hour...Taking their inspiration from baby animals, researchers at the Max Planck Institute for Intelligent Systems (MPI-IS) in Stuttgart, built Morti, a four legged robot, to help them figure out the process behind how four-legged animals learn to walk..‘‘As engineers and roboticists, we sought the answer by building a robot that features reflexes just like an animal and learns from mistakes,‘‘ says Felix Ruppert, a former doctoral student in the Dynamic Locomotion research group at MPI-IS. ‘‘If an animal stumbles, is that a mistake? Not if it happens once. But if it stumbles frequently, it gives us a measure of how well the robot walks.‘‘. . .Despite its learning to walk in just one hour, Ruppert‘s robot didnââ¬â¢t know anything of its leg structure or mechanics before it began the learning process. A Bayesian optimizati...

    商品コード: 2022072714404

  •  Robot Dog Learns To Walk From Scratch In An Hour
    2022年07月18日
    Robot Dog Learns To Walk From Scratch In An Hour

    July 18, 2022, Stuttgart, Germany: VIDEO AVAILABLE: CONTACT INFO@COVERMG.COM TO RECEIVE**..Scientists in Germany have designed a robot dog that can learn to walk from scratch in under an hour...Taking their inspiration from baby animals, researchers at the Max Planck Institute for Intelligent Systems (MPI-IS) in Stuttgart, built Morti, a four legged robot, to help them figure out the process behind how four-legged animals learn to walk..‘‘As engineers and roboticists, we sought the answer by building a robot that features reflexes just like an animal and learns from mistakes,‘‘ says Felix Ruppert, a former doctoral student in the Dynamic Locomotion research group at MPI-IS. ‘‘If an animal stumbles, is that a mistake? Not if it happens once. But if it stumbles frequently, it gives us a measure of how well the robot walks.‘‘. . .Despite its learning to walk in just one hour, Ruppert‘s robot didnââ¬â¢t know anything of its leg structure or mechanics before it began the learning process. A Bayesian optimizati...

    商品コード: 2022072714517

  •  ANA AVATAR XPRIZE Robot Competition
    2022年11月05日
    ANA AVATAR XPRIZE Robot Competition

    November 05, 2022 - Long Beach, California, USA - Team I-Botics of Soesterburg, the Netherlands, competes with their robot against 16 other international teams of roboticists from 10 countries in the ANA AVATAR XPRIZE finals at the Long Beach Convention Center. The competition, the culmination of a four-year process which began of March of 2018, challenges teams to develop physical, human-operated robotic avatar systems that can execute tasks and replicate a human‘s senses, actions and presence to a remote location in real time. THe teams attempt to push the limits of telepresence technology- robotics combined with artificial intelligence, sensors, virtual reality, haptics and more by testing their avatar creations on a series of complex tasks across a custom-built task course.(Credit Image: © Brian Cahn/ZUMA Press Wire)、クレジット:©Brian Cahn/ZUMA Press Wire/共同通信イメージズ

    商品コード: 2022110804782

  •  ANA AVATAR XPRIZE Robot Competition
    2022年11月05日
    ANA AVATAR XPRIZE Robot Competition

    November 05, 2022 - Long Beach, California, USA - The robot built by Team UNIST in Ulsan, South Korea competes against 16 other international teams of roboticists from 10 countries in the finals of the ANA AVATAR XPRIZE at the Long Beach Convention Center. The competition, the culmination of a four-year process which began of March of 2018, challenges teams to develop physical, human-operated robotic avatar systems that can execute tasks and replicate a human‘s senses, actions and presence to a remote location in real time. THe teams attempt to push the limits of telepresence technology- robotics combined with artificial intelligence, sensors, virtual reality, haptics and more by testing their avatar creations on a series of complex tasks across a custom-built task course.(Credit Image: © Brian Cahn/ZUMA Press Wire)、クレジット:©Brian Cahn/ZUMA Press Wire/共同通信イメージズ

    商品コード: 2022110805223

  •  ANA AVATAR XPRIZE Robot Competition
    2022年11月05日
    ANA AVATAR XPRIZE Robot Competition

    November 05, 2022 - Long Beach, California, USA - The robot built by Team UNIST in Ulsan, South Korea competes against 16 other international teams of roboticists from 10 countries in the finals of the ANA AVATAR XPRIZE at the Long Beach Convention Center. The competition, the culmination of a four-year process which began of March of 2018, challenges teams to develop physical, human-operated robotic avatar systems that can execute tasks and replicate a human‘s senses, actions and presence to a remote location in real time. THe teams attempt to push the limits of telepresence technology- robotics combined with artificial intelligence, sensors, virtual reality, haptics and more by testing their avatar creations on a series of complex tasks across a custom-built task course.(Credit Image: © Brian Cahn/ZUMA Press Wire)、クレジット:©Brian Cahn/ZUMA Press Wire/共同通信イメージズ

    商品コード: 2022110805247

  •  ANA AVATAR XPRIZE Robot Competition
    2022年11月05日
    ANA AVATAR XPRIZE Robot Competition

    November 05, 2022 - Long Beach, California, USA - The robot built by AlterEgo in Genoa, Italy competes against 16 other international teams of roboticists from 10 countries in the finals of the ANA AVATAR XPRIZE at the Long Beach Convention Center. The competition, the culmination of a four-year process which began of March of 2018, challenges teams to develop physical, human-operated robotic avatar systems that can execute tasks and replicate a human‘s senses, actions and presence to a remote location in real time. THe teams attempt to push the limits of telepresence technology- robotics combined with artificial intelligence, sensors, virtual reality, haptics and more by testing their avatar creations on a series of complex tasks across a custom-built task course.(Credit Image: © Brian Cahn/ZUMA Press Wire)、クレジット:©Brian Cahn/ZUMA Press Wire/共同通信イメージズ

    商品コード: 2022110804955

  •  ANA AVATAR XPRIZE Robot Competition
    2022年11月05日
    ANA AVATAR XPRIZE Robot Competition

    November 05, 2022 - Long Beach, California, USA - The robot built by Team SNU in Seoul, South Korea competes against 16 other international teams of roboticists from 10 countries in the finals of the ANA AVATAR XPRIZE at the Long Beach Convention Center. The competition, the culmination of a four-year process which began of March of 2018, challenges teams to develop physical, human-operated robotic avatar systems that can execute tasks and replicate a human‘s senses, actions and presence to a remote location in real time. THe teams attempt to push the limits of telepresence technology- robotics combined with artificial intelligence, sensors, virtual reality, haptics and more by testing their avatar creations on a series of complex tasks across a custom-built task course.(Credit Image: © Brian Cahn/ZUMA Press Wire)、クレジット:©Brian Cahn/ZUMA Press Wire/共同通信イメージズ

    商品コード: 2022110805795

  •  ANA AVATAR XPRIZE Robot Competition
    2022年11月05日
    ANA AVATAR XPRIZE Robot Competition

    November 05, 2022 - Long Beach, California, USA - The robot built by AlterEgo in Genoa, Italy competes against 16 other international teams of roboticists from 10 countries in the finals of the ANA AVATAR XPRIZE at the Long Beach Convention Center. The competition, the culmination of a four-year process which began of March of 2018, challenges teams to develop physical, human-operated robotic avatar systems that can execute tasks and replicate a human‘s senses, actions and presence to a remote location in real time. THe teams attempt to push the limits of telepresence technology- robotics combined with artificial intelligence, sensors, virtual reality, haptics and more by testing their avatar creations on a series of complex tasks across a custom-built task course.(Credit Image: © Brian Cahn/ZUMA Press Wire)、クレジット:©Brian Cahn/ZUMA Press Wire/共同通信イメージズ

    商品コード: 2022110804815

  •  ANA AVATAR XPRIZE Robot Competition
    2022年11月05日
    ANA AVATAR XPRIZE Robot Competition

    November 05, 2022 - Long Beach, California, USA - The robot from Team Northeastern in Boston wins third place and a prize of $1 million after competing against 16 other international teams of roboticists from 10 countries in the finals of the ANA AVATAR XPRIZE at the Long Beach Convention Center. The competition, the culmination of a four-year process which began of March of 2018, challenges teams to develop physical, human-operated robotic avatar systems that can execute tasks and replicate a human‘s senses, actions and presence to a remote location in real time. THe teams attempt to push the limits of telepresence technology- robotics combined with artificial intelligence, sensors, virtual reality, haptics and more by testing their avatar creations on a series of complex tasks across a custom-built task course.(Credit Image: © Brian Cahn/ZUMA Press Wire)、クレジット:©Brian Cahn/ZUMA Press Wire/共同通信イメージズ

    商品コード: 2022110809026

  •  ANA AVATAR XPRIZE Robot Competition
    2022年11月05日
    ANA AVATAR XPRIZE Robot Competition

    November 05, 2022 - Long Beach, California, USA - The robot built by the Inbiodroid team in Irapuato, Mexico competes against 16 other international teams of roboticists from 10 countries in the finals of the ANA AVATAR XPRIZE at the Long Beach Convention Center. The competition, the culmination of a four-year process which began of March of 2018, challenges teams to develop physical, human-operated robotic avatar systems that can execute tasks and replicate a human‘s senses, actions and presence to a remote location in real time. THe teams attempt to push the limits of telepresence technology- robotics combined with artificial intelligence, sensors, virtual reality, haptics and more by testing their avatar creations on a series of complex tasks across a custom-built task course.(Credit Image: © Brian Cahn/ZUMA Press Wire)、クレジット:©Brian Cahn/ZUMA Press Wire/共同通信イメージズ

    商品コード: 2022110810734

  •  ANA AVATAR XPRIZE Robot Competition
    2022年11月05日
    ANA AVATAR XPRIZE Robot Competition

    November 05, 2022 - Long Beach, California, USA - The I-Botics robot is prepared by its team from Soesterburg, The Netherlands, during the finals against 16 other international teams of roboticists from 10 countries in the finals of the ANA AVATAR XPRIZE at the Long Beach Convention Center. The competition, the culmination of a four-year process which began of March of 2018, challenges teams to develop physical, human-operated robotic avatar systems that can execute tasks and replicate a human‘s senses, actions and presence to a remote location in real time. THe teams attempt to push the limits of telepresence technology- robotics combined with artificial intelligence, sensors, virtual reality, haptics and more by testing their avatar creations on a series of complex tasks across a custom-built task course.(Credit Image: © Brian Cahn/ZUMA Press Wire)、クレジット:©Brian Cahn/ZUMA Press Wire/共同通信イメージズ

    商品コード: 2022110811550

  •  ANA AVATAR XPRIZE Robot Competition
    2022年11月05日
    ANA AVATAR XPRIZE Robot Competition

    November 05, 2022 - Long Beach, California, USA - The robot built by AlterEgo in Genoa, Italy competes against 16 other international teams of roboticists from 10 countries in the finals of the ANA AVATAR XPRIZE at the Long Beach Convention Center. The competition, the culmination of a four-year process which began of March of 2018, challenges teams to develop physical, human-operated robotic avatar systems that can execute tasks and replicate a human‘s senses, actions and presence to a remote location in real time. THe teams attempt to push the limits of telepresence technology- robotics combined with artificial intelligence, sensors, virtual reality, haptics and more by testing their avatar creations on a series of complex tasks across a custom-built task course.(Credit Image: © Brian Cahn/ZUMA Press Wire)、クレジット:©Brian Cahn/ZUMA Press Wire/共同通信イメージズ

    商品コード: 2022110804753

  •  ANA AVATAR XPRIZE Robot Competition
    2022年11月05日
    ANA AVATAR XPRIZE Robot Competition

    November 05, 2022 - Long Beach, California, USA - The robot built by AlterEgo in Genoa, Italy competes against 16 other international teams of roboticists from 10 countries in the finals of the ANA AVATAR XPRIZE at the Long Beach Convention Center. The competition, the culmination of a four-year process which began of March of 2018, challenges teams to develop physical, human-operated robotic avatar systems that can execute tasks and replicate a human‘s senses, actions and presence to a remote location in real time. THe teams attempt to push the limits of telepresence technology- robotics combined with artificial intelligence, sensors, virtual reality, haptics and more by testing their avatar creations on a series of complex tasks across a custom-built task course.(Credit Image: © Brian Cahn/ZUMA Press Wire)、クレジット:©Brian Cahn/ZUMA Press Wire/共同通信イメージズ

    商品コード: 2022110805616

  •  ANA AVATAR XPRIZE Robot Competition
    2022年11月05日
    ANA AVATAR XPRIZE Robot Competition

    November 05, 2022 - Long Beach, California, USA - The robot built by Team UNIST in Ulsan, South Korea competes against 16 other international teams of roboticists from 10 countries in the finals of the ANA AVATAR XPRIZE at the Long Beach Convention Center. The competition, the culmination of a four-year process which began of March of 2018, challenges teams to develop physical, human-operated robotic avatar systems that can execute tasks and replicate a human‘s senses, actions and presence to a remote location in real time. THe teams attempt to push the limits of telepresence technology- robotics combined with artificial intelligence, sensors, virtual reality, haptics and more by testing their avatar creations on a series of complex tasks across a custom-built task course.(Credit Image: © Brian Cahn/ZUMA Press Wire)、クレジット:©Brian Cahn/ZUMA Press Wire/共同通信イメージズ

    商品コード: 2022110805204

  •  ANA AVATAR XPRIZE Robot Competition
    2022年11月05日
    ANA AVATAR XPRIZE Robot Competition

    November 05, 2022 - Long Beach, California, USA - The I-Botics robot is prepared by its team from Soesterburg, The Netherlands, during the finals against 16 other international teams of roboticists from 10 countries in the finals of the ANA AVATAR XPRIZE at the Long Beach Convention Center. The competition, the culmination of a four-year process which began of March of 2018, challenges teams to develop physical, human-operated robotic avatar systems that can execute tasks and replicate a human‘s senses, actions and presence to a remote location in real time. THe teams attempt to push the limits of telepresence technology- robotics combined with artificial intelligence, sensors, virtual reality, haptics and more by testing their avatar creations on a series of complex tasks across a custom-built task course.(Credit Image: © Brian Cahn/ZUMA Press Wire)、クレジット:©Brian Cahn/ZUMA Press Wire/共同通信イメージズ

    商品コード: 2022110810488

  •  ANA AVATAR XPRIZE Robot Competition
    2022年11月05日
    ANA AVATAR XPRIZE Robot Competition

    November 05, 2022 - Long Beach, California, USA - The robot built by Team SNU in Seoul, South Korea competes against 16 other international teams of roboticists from 10 countries in the finals of the ANA AVATAR XPRIZE at the Long Beach Convention Center. The competition, the culmination of a four-year process which began of March of 2018, challenges teams to develop physical, human-operated robotic avatar systems that can execute tasks and replicate a human‘s senses, actions and presence to a remote location in real time. THe teams attempt to push the limits of telepresence technology- robotics combined with artificial intelligence, sensors, virtual reality, haptics and more by testing their avatar creations on a series of complex tasks across a custom-built task course.(Credit Image: © Brian Cahn/ZUMA Press Wire)、クレジット:©Brian Cahn/ZUMA Press Wire/共同通信イメージズ

    商品コード: 2022110707030

  •  ANA AVATAR XPRIZE Robot Competition
    2022年11月05日
    ANA AVATAR XPRIZE Robot Competition

    November 05, 2022 - Long Beach, California, USA - The robot built by AlterEgo in Genoa, Italy competes against 16 other international teams of roboticists from 10 countries in the finals of the ANA AVATAR XPRIZE at the Long Beach Convention Center. The competition, the culmination of a four-year process which began of March of 2018, challenges teams to develop physical, human-operated robotic avatar systems that can execute tasks and replicate a human‘s senses, actions and presence to a remote location in real time. THe teams attempt to push the limits of telepresence technology- robotics combined with artificial intelligence, sensors, virtual reality, haptics and more by testing their avatar creations on a series of complex tasks across a custom-built task course.(Credit Image: © Brian Cahn/ZUMA Press Wire)、クレジット:©Brian Cahn/ZUMA Press Wire/共同通信イメージズ

    商品コード: 2022110804380

  •  ANA AVATAR XPRIZE Robot Competition
    2022年11月05日
    ANA AVATAR XPRIZE Robot Competition

    November 05, 2022 - Long Beach, California, USA - The robot built by AlterEgo in Genoa, Italy competes against 16 other international teams of roboticists from 10 countries in the finals of the ANA AVATAR XPRIZE at the Long Beach Convention Center. The competition, the culmination of a four-year process which began of March of 2018, challenges teams to develop physical, human-operated robotic avatar systems that can execute tasks and replicate a human‘s senses, actions and presence to a remote location in real time. THe teams attempt to push the limits of telepresence technology- robotics combined with artificial intelligence, sensors, virtual reality, haptics and more by testing their avatar creations on a series of complex tasks across a custom-built task course.(Credit Image: © Brian Cahn/ZUMA Press Wire)、クレジット:©Brian Cahn/ZUMA Press Wire/共同通信イメージズ

    商品コード: 2022110804862

  •  ANA AVATAR XPRIZE Robot Competition
    2022年11月05日
    ANA AVATAR XPRIZE Robot Competition

    November 05, 2022 - Long Beach, California, USA - The robot built by Team SNU in Seoul, South Korea competes against 16 other international teams of roboticists from 10 countries in the finals of the ANA AVATAR XPRIZE at the Long Beach Convention Center. The competition, the culmination of a four-year process which began of March of 2018, challenges teams to develop physical, human-operated robotic avatar systems that can execute tasks and replicate a human‘s senses, actions and presence to a remote location in real time. THe teams attempt to push the limits of telepresence technology- robotics combined with artificial intelligence, sensors, virtual reality, haptics and more by testing their avatar creations on a series of complex tasks across a custom-built task course.(Credit Image: © Brian Cahn/ZUMA Press Wire)、クレジット:©Brian Cahn/ZUMA Press Wire/共同通信イメージズ

    商品コード: 2022110805826

  •  ANA AVATAR XPRIZE Robot Competition
    2022年11月05日
    ANA AVATAR XPRIZE Robot Competition

    November 05, 2022 - Long Beach, California, USA - Team NimbRo from Bonn, Germany bested 16 other international teams of roboticists from 10 countries to win first place and $5 million of the $8 million ANA AVATAR XPRIZE at the Long Beach Convention Center. The competition, the culmination of a four-year process which began of March of 2018, challenges teams to develop physical, human-operated robotic avatar systems that can execute tasks and replicate a human‘s senses, actions and presence to a remote location in real time. THe teams attempt to push the limits of telepresence technology- robotics combined with artificial intelligence, sensors, virtual reality, haptics and more by testing their avatar creations on a series of complex tasks across a custom-built task course.(Credit Image: © Brian Cahn/ZUMA Press Wire)、クレジット:©Brian Cahn/ZUMA Press Wire/共同通信イメージズ

    商品コード: 2022110805587

  •  ANA AVATAR XPRIZE Robot Competition
    2022年11月05日
    ANA AVATAR XPRIZE Robot Competition

    November 05, 2022 - Long Beach, California, USA - The robot built by the Inbiodroid team in Irapuato, Mexico competes against 16 other international teams of roboticists from 10 countries in the finals of the ANA AVATAR XPRIZE at the Long Beach Convention Center. The competition, the culmination of a four-year process which began of March of 2018, challenges teams to develop physical, human-operated robotic avatar systems that can execute tasks and replicate a human‘s senses, actions and presence to a remote location in real time. THe teams attempt to push the limits of telepresence technology- robotics combined with artificial intelligence, sensors, virtual reality, haptics and more by testing their avatar creations on a series of complex tasks across a custom-built task course.(Credit Image: © Brian Cahn/ZUMA Press Wire)、クレジット:©Brian Cahn/ZUMA Press Wire/共同通信イメージズ

    商品コード: 2022110809156

  •  ANA AVATAR XPRIZE Robot Competition
    2022年11月05日
    ANA AVATAR XPRIZE Robot Competition

    November 05, 2022 - Long Beach, California, USA - The robot built by Team UNIST in Ulsan, South Korea competes against 16 other international teams of roboticists from 10 countries in the finals of the ANA AVATAR XPRIZE at the Long Beach Convention Center. The competition, the culmination of a four-year process which began of March of 2018, challenges teams to develop physical, human-operated robotic avatar systems that can execute tasks and replicate a human‘s senses, actions and presence to a remote location in real time. THe teams attempt to push the limits of telepresence technology- robotics combined with artificial intelligence, sensors, virtual reality, haptics and more by testing their avatar creations on a series of complex tasks across a custom-built task course.(Credit Image: © Brian Cahn/ZUMA Press Wire)、クレジット:©Brian Cahn/ZUMA Press Wire/共同通信イメージズ

    商品コード: 2022110810042

  •  ANA AVATAR XPRIZE Robot Competition
    2022年11月05日
    ANA AVATAR XPRIZE Robot Competition

    November 05, 2022 - Long Beach, California, USA - The robot from Pollen Robotics in Bordeaux, France wins second place and a prize of $2 million after competing against 16 other international teams of roboticists from 10 countries in the finals of the ANA AVATAR XPRIZE at the Long Beach Convention Center. The competition, the culmination of a four-year process which began of March of 2018, challenges teams to develop physical, human-operated robotic avatar systems that can execute tasks and replicate a human‘s senses, actions and presence to a remote location in real time. THe teams attempt to push the limits of telepresence technology- robotics combined with artificial intelligence, sensors, virtual reality, haptics and more by testing their avatar creations on a series of complex tasks across a custom-built task course.(Credit Image: © Brian Cahn/ZUMA Press Wire)、クレジット:©Brian Cahn/ZUMA Press Wire/共同通信イメージズ

    商品コード: 2022110811155

  •  ANA AVATAR XPRIZE Robot Competition
    2022年11月05日
    ANA AVATAR XPRIZE Robot Competition

    November 05, 2022 - Long Beach, California, USA - The robot from Pollen Robotics in Bordeaux, France wins second place and a prize of $2 million after competing against 16 other international teams of roboticists from 10 countries in the finals of the ANA AVATAR XPRIZE at the Long Beach Convention Center. The competition, the culmination of a four-year process which began of March of 2018, challenges teams to develop physical, human-operated robotic avatar systems that can execute tasks and replicate a human‘s senses, actions and presence to a remote location in real time. THe teams attempt to push the limits of telepresence technology- robotics combined with artificial intelligence, sensors, virtual reality, haptics and more by testing their avatar creations on a series of complex tasks across a custom-built task course.(Credit Image: © Brian Cahn/ZUMA Press Wire)、クレジット:©Brian Cahn/ZUMA Press Wire/共同通信イメージズ

    商品コード: 2022110811506

  •  ANA AVATAR XPRIZE Robot Competition
    2022年11月05日
    ANA AVATAR XPRIZE Robot Competition

    November 05, 2022 - Long Beach, California, USA - The robot built by AlterEgo in Genoa, Italy competes against 16 other international teams of roboticists from 10 countries in the finals of the ANA AVATAR XPRIZE at the Long Beach Convention Center. The competition, the culmination of a four-year process which began of March of 2018, challenges teams to develop physical, human-operated robotic avatar systems that can execute tasks and replicate a human‘s senses, actions and presence to a remote location in real time. THe teams attempt to push the limits of telepresence technology- robotics combined with artificial intelligence, sensors, virtual reality, haptics and more by testing their avatar creations on a series of complex tasks across a custom-built task course.(Credit Image: © Brian Cahn/ZUMA Press Wire)、クレジット:©Brian Cahn/ZUMA Press Wire/共同通信イメージズ

    商品コード: 2022110804801

  • 1
  • 2