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鍙戝竷鏃ユ湡锛2019-11-08

璁插骇棰樼洰锛氳棰戠巼楂樺厜璋辨垚鍍忎娇鍏夎氨瓒呰瑙夋垚涓哄彲鑳:涓村簥璇婃柇涓庡绉戜腑鐨勪竴椤归瑕嗘ф妧鏈

Video-Rate Hyperspectral Imaging Enables Spectral Hyper Vision: A Game-Changing Technology in Clinical Diagnosis and Surgery

鎶 鍛 浜猴細Costas Balas

鏃 銆 闂达細2019骞11鏈21鏃(鍛ㄥ洓)10:00-12:00

鍦 銆 鐐癸細涓叧鏉戞牎鍖虹爺绌剁敓鏁欏妤101鎶ュ憡鍘

涓诲姙鍗曚綅锛鐮旂┒鐢熼櫌銆佷俊鎭笌鐢靛瓙瀛﹂櫌

鎶ュ悕鏂瑰紡锛鐧诲綍鎽╂澃濞变箰寰俊浼佷笟鍙---绗簩璇惧爞---璇剧▼鎶ュ悕涓夋嫨鈥溿愮櫨瀹跺ぇ璁插爞銆戠279鏈燂細瑙嗛鐜囬珮鍏夎氨鎴愬儚浣垮厜璋辫秴瑙嗚鎴愪负鍙兘:涓村簥璇婃柇涓庡绉戜腑鐨勪竴椤归瑕嗘ф妧鏈

銆愪富璁蹭汉绠浠嬨

  Costas Balas鍦ㄥ笇鑵婁僵鐗归浄澶у鑾峰緱鍖诲鐗╃悊鍜岀敓鐗╁尰瀛﹀伐绋嬬殑鐗╃悊瀛︿綅鍜屽崥澹浣嶃備粬鏄笇鑵婃煡灏间簹鍏嬮噷鐗瑰矝鎶鏈ぇ瀛︾數瀛愪笌璁$畻鏈哄伐绋嬪闄(ECE)鐨勬暀鎺堬紝鏄疎CE瀛﹂櫌鐢靛瓙瀹為獙瀹や富浠诲拰瀹為獙瀹ゅ厜瀛愬闆嗗洟鐨勫垱濮嬩汉鍜岄瀵笺備粬鐨勭爺绌跺叴瓒e寘鎷敓鐗╁厜瀛愬鍜岄珮鍏夎氨鎴愬儚銆侭alas鏁欐巿鏇惧湪9瀹舵湡鍒婃媴浠讳富缂/缂栧锛屽湪鍥介檯浼氳涓婂仛杩50澶氭閭璇/鍏ㄤ綋浼氳婕旇锛屽彂琛ㄨ繃100澶氱瘒鏂囩珷鍜屼功绫嶇珷鑺傦紝骞舵嫢鏈夊椤逛笓鍒┿

 

Costas Balas received the Physics Degree and the PhD in Medical Physics and Biomedical Engineering, both from the University of Patras Greece. He is a Professor in the School of Electrical and Computer Engineering (ECE) at the Technical University of Crete, Chania, Greece. He is the Director of the ECE School Electronics Lab and the founder and leader of Lab鈥檚 photonics group. His research interests span both biophotonics and hyperspectral imaging. Costas Balas has served as Gest Editor/Editorial Board Member in 9 journals, given more than 50 invited/plenary talks in international conferences, and published more than 100 per-reviewed articles and book chapters.

 

銆愯搴т俊鎭

  鏈鎶ュ憡灏嗙潃閲嶄粙缁嶇悊鎯抽珮鍏夎氨鎴愬儚绯荤粺鐨勬柊鍙戝睍銆傛姤鍛婂皢棣栧厛浠嬬粛涓绉嶇粨鍚堜簡鍑犱箮瀹炴椂鐨勫厜璋卞垎绫荤畻娉曚互鍙婁互瑙嗛閫熺巼鏄剧ず鐨勬暣涓郴缁熻緭鍑哄厜璋卞浘鐨勫厛杩涚殑銆佸皬鍨嬪寲鐨勭‖浠堕厤缃傝繖鏄竴绉嶆柊鍏寸殑鎶鏈紝鍏夎氨瓒呰瑙夛紝鏈夋湜浠庢牴鏈笂鎻愰珮璇婃柇鍜屾墜鏈不鐤楃殑鍑嗙‘鎬с傛姤鍛婅繕灏嗕粙缁嶆柊涓浠g殑鐨偆闀溿佸唴绐ラ暅鍜屽绉戞樉寰暅锛屽苟灞曠ず鍥介檯涓村簥璇曢獙鐨勭粨鏋滐紝璇佸疄鍏朵紭浜庝紶缁熸柟娉曘

 

This talk will emphasize on new developments towards an ideal hyperspectral imaging system. The talk will firstly present an advanced, miniaturized hardware configuration, combined with nearly real time spectral classification algorithms, with the total system outputting spectral maps displayed at video rates. This is synonymous to spectral hyper vision , an emerging technology holding the promise to radically improve the diagnostic and surgical treatment accuracy outcomes in several medical practices. A new generation of skin scopes, endoscopes and gynecologic microscopes, implementing this new technology will be presented, together with results from international clinical trials confirming superior performance over traditional methods.


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