Displaying 243271 - 243280 of 245097
Title ID Year Country Genre Genre ID Technologies referenced Technologies referenced id Technologies used Technologies used id Topic Topic id Sentiment Sentiment id Situation machine vision is used in Situation machine vision is used in ID Characters Characters ID
Jupiter Ascending 1830 United States Narrative 20001 Facial recognition 20007 Camera 2000206 Romantic relationship 200048 Alien 200096 Jupiter Ascending (Hologram) 2203 Jupiter Jones 1829
Jupiter Ascending 1830 United States Narrative 20001 Facial recognition 20007 Camera 2000206 Romantic relationship 200048 Alien 200096 Jupiter Ascending (Hologram) 2203 Caine Wise 1832
Jupiter Ascending 1830 United States Narrative 20001 Facial recognition 20007 Camera 2000206 Romantic relationship 200048 Alien 200096 Jupiter Ascending (Hologram) 2203 Balem Abrasax 2200
Jupiter Ascending 1830 United States Narrative 20001 Holograms 20001339 Camera 2000206 Conflict 200055 Alien 200096 Jupiter Ascending (Ocular Scan) 2199 Ibis 1828
Jupiter Ascending 1830 United States Narrative 20001 Holograms 20001339 Camera 2000206 Conflict 200055 Alien 200096 Jupiter Ascending (Ocular Scan) 2199 Jupiter Jones 1829
Jupiter Ascending 1830 United States Narrative 20001 Holograms 20001339 Camera 2000206 Conflict 200055 Alien 200096 Jupiter Ascending (Ocular Scan) 2199 Caine Wise 1832
Jupiter Ascending 1830 United States Narrative 20001 Holograms 20001339 Camera 2000206 Conflict 200055 Alien 200096 Jupiter Ascending (Ocular Scan) 2199 Balem Abrasax 2200
Jupiter Ascending 1830 United States Narrative 20001 Holograms 20001339 Camera 2000206 Conflict 200055 Alien 200096 Jupiter Ascending (Hologram) 2203 Ibis 1828
Jupiter Ascending 1830 United States Narrative 20001 Holograms 20001339 Camera 2000206 Conflict 200055 Alien 200096 Jupiter Ascending (Hologram) 2203 Jupiter Jones 1829
Jupiter Ascending 1830 United States Narrative 20001 Holograms 20001339 Camera 2000206 Conflict 200055 Alien 200096 Jupiter Ascending (Hologram) 2203 Caine Wise 1832
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This project has received funding from the European Research Council (ERC) under the European Union’s Horizon 2020 research and innovation programme (grant agreement No 771800)