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[GT] �뿉�꼫吏�瑜� �닔�솗�븯�씪! �뿉�꼫吏� |
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| �궗臾� �씤�꽣�꽬�쑝濡� �뿰寃곕맆 �옣移섎뱾�뿉寃� �븘�슂�븳 �옄泥댁쟻�씤 �냼�삎 �뿉�꼫吏��썝! 諛고꽣由щ뒗 留뚯”�뒪�읇吏� �븡�떎. 諛고꽣由щ뒗 醫낆쥌 援먯껜 �샊��� �옱異⑹쟾�릺�뼱�빞 �븯湲� �븣臾몄씠�떎. �씠�뿉 �쁽�옱 �떎�뼇�븳 湲곗닠 �넄猷⑥뀡�뱾�씠 怨좊젮�릺怨� �엳怨�, 洹몄쨷 媛��옣 �쑀紐낇븳 �넄猷⑥뀡 以� �븯�굹媛� 諛붾줈 �쟾�옄湲� �뿉�꼫吏� �븯踰좎뒪�똿(electromagnetic energy harvesting)�씠�떎. |
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[MBA] �뜑 �슚怨쇱쟻�씤 �씪����씪 誘명똿�쓣 |
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| 2023�뀈 珥�, MIT �뒳濡쒖븞 留ㅻ땲吏�癒쇳듃 由щ럭(MIT Sloan Management Review)�뿉 ��섑썑臾닳�숈쓽 怨듬룞 �꽕由쎌옄 �젣�떆移� �쐞利덈뜡(Jessica Wisdom)��� 愿�由ъ옄媛� 吏곸썝 諛� ����썝怨� �씪����씪 誘명똿�쓣 二쇱옱�븯�뿬 洹몃뱾�씠 吏�移섏�� �븡怨� �솢�젰�쓣 �뒓�굜 �닔 �엳�룄濡� �븯�뒗, 怨쇳븰�쟻�쑝濡� �뮮諛쏆묠�맂 5媛�吏� �떒怨꾨�� 諛앺삍�떎. |
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�굹�뒗 遺덉븞�븷 �븣 �끉�뼱瑜� �씫�뒗�떎 |
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| 저자 | �뙋�뜦 |
| 출판사 | 誘몃뵒�뼱�댉 |
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The Massively-Connec |
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| One of the world��셲 most powerful technologies is as tiny as a grain of rice. An RFID tag that can be implanted under the skin was approved in November, 2004. Just over a year later, more than 1,000 people have had them implanted in the procedure that takes just five minutes. |
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[137]권 
