Marcus Glaser

INPUT FIELD array(8) { ["data-drupal-selector"]=> string(9) "edit-term" ["type"]=> string(4) "text" ["id"]=> string(9) "edit-term" ["name"]=> string(4) "term" ["value"]=> string(0) "" ["size"]=> int(30) ["maxlength"]=> int(128) ["class"]=> array(1) { [0]=> string(9) "form-text" } } array(11) { ["data-drupal-selector"]=> string(9) "edit-term" ["type"]=> string(4) "text" ["id"]=> string(9) "edit-term" ["name"]=> string(4) "term" ["value"]=> string(0) "" ["size"]=> int(30) ["maxlength"]=> int(128) ["class"]=> array(3) { [0]=> string(9) "form-text" [1]=> string(17) "form-autocomplete" [2]=> string(21) "ui-autocomplete-input" } ["data-autocomplete-path"]=> string(80) "/search_api_autocomplete/search_content?display=search_page&&filter=term" ["autocomplete"]=> string(2) "on" ["data-search-api-autocomplete-search"]=> string(14) "search_content" }

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KI beim Fügen von Kunststoff von Metall

Augmented Reality in der Prozesskette zerspanender Fertigung

Marcus Glaser

Marcus Glaser kann folgende Demonstratoren vorstellen

KI beim Fügen von Kunststoff von Metall

Augmented Reality in der Prozesskette zerspanender Fertigung