鏉庣珷鐓?/span>
璁插笀
鏁欏笀鑳屾櫙
瀛?/span> 鍘?/span> |
鎵€鍦ㄥ鏍?/span> |
鎵€鍦ㄥ闄?/span> |
鏃?/span> 闂?/span> |
鍗?/span> 澹?/span> |
绾界害宸炵珛澶у甯冩硶缃楀垎鏍?/span> |
鐢垫皵宸ョ▼瀛﹂櫌 |
2017.8-2021.8 |
纭?/span> 澹?/span> |
绾界害宸炵珛澶у瀹炬眽濮嗛】鍒嗘牎 |
鐢靛瓙涓庤绠楁満宸ョ▼瀛﹂櫌 |
2015.8-2017.6 |
鏈?/span> 绉?/span> |
姝︽眽澶у |
鐢靛瓙淇℃伅瀛﹂櫌 |
2011.9-2015.6 |
鐮旂┒棰嗗煙
鏃犵嚎鍦颁笅/姘翠笅閫氫俊 瓒呮潗鏂欏ぉ绾?浼犳劅鍣ㄧ綉缁?鏃犵嚎鑳介噺浼犺緭 鍙紪绋嬭秴骞抽潰 5g/6g閫氫俊
涓昏鐮旂┒涓撻暱鏄熀浜庡彲缂栫▼瓒呮潗鏂欏寮虹殑灏勯绯荤粺璁捐銆佹按涓嬪湴涓嬩紶鎰熷櫒缃戠粶銆佷互鍙婃瀬绔潯浠朵笅鐨勬棤绾块€氫俊涓庢劅鐭ャ€?/p>
鐮旂┒鎴愭灉锛堣繎鏈燂級
[1] z. li (鏉庣珷鐓? and z. sun, 鈥淥ptimal active and reconfigurable meta-sphere design for metamaterial-enhanced magnetic induction communications,鈥?ieee transactions on antennas and propagation, vol. 70, no. 9, pp. 8148-8163, sept. 2022.
[2] zhangyu li锛堟潕绔犵厹锛? soham desai, vaishnendr d sudev, pu wang, jinsong han, zhi sun,
underwater cooperative mimo communications using hybrid acoustic and magnetic induction technique, computer networks, volume 173, 2020, 107191.
[3] y jin, y gao, y zhu, w wang, j li, s choi, zhangyu li 锛堟潕绔犵厹锛? j chauhan, ak dey, z jin,鈥淪onicasl: an acoustic-based sign language gesture recognizer using earphones,鈥? proc. acm interact. mob. wearable ubiquitous technol.5, 2, article 67. 2021
[4] zhangyu li锛堟潕绔犵厹锛? z. sun, ,鈥淓nabling magnetic beamforming in mimo wireless power transfer using reconfigurable metasurface,鈥? 2020 ieee global communications conference (globecom), taipei, taiwan.
[5] zhangyu li锛堟潕绔犵厹锛? z. sun, t. singh, and e. oware, "large range soil moisture sensing for inhomogeneous environment using magnetic induction networks", in proc. ieee globecom 2019, waikoloa, usa, december 2019.
[6] zhangyu li (鏉庣珷鐓? and z. sun, "antenna system optimization for active metamaterial-enhanced magnetic induction communications", in proc. eucap 2019, krakow, poland, march 2019.
鐮旂┒椤圭洰
椤圭洰鍙備笌锛?/p>
(1)缇庡浗鍥藉绉戝鍩洪噾椤圭洰(nsf), grant no. 1247909, dynamic behavior and coexistence of intelligent radio spectrum access systems, 2013/1-2015/12, 椤圭洰鍙備笌
(2)缇庡浗鍥藉绉戝鍩洪噾椤圭洰(nsf), grant no. 1652502锛孴owards metamaterial-inspired networking for wireless devices in extreme environments锛?017/8-2021/6, 椤圭洰鍙備笌
(3)缇庡浗鍥藉绉戝鍩洪噾椤圭洰(nsf), grant no. 1907555, advancing stochastic analysis of field-scale transport parameters using hydrogeophysics, 2019/7-2021/8,椤圭洰鍙備笌
(4)浼佷笟妯悜椤圭洰, blasting control system based on wireless networks, truva inc company, 2019/02-2019/05, 椤圭洰鍙備笌
椤圭洰涓绘寔锛?/p>
(5)婀栧寳鐪佽嚜鐒剁瀛﹀熀閲戦潚骞撮」鐩?/strong>锛?022cfb905锛屽熀浜庢湁婧愭櫤鑳借秴琛ㄩ潰鐨勬棤绾胯兘閲忎紶杈撶爺绌讹紝2022/6-2024/6锛?strong>椤圭洰涓绘寔
涓昏濂栧姳涓庣о鍙?/span>
婀栧寳鐪佺數瀛愮瀛︾爺绌舵墍闈掑勾鎴樼暐鍚堜綔鏅哄簱鎴愬憳 2022骞?鏈?鑷充粖
鑱旂郴鏂瑰紡
閭锛歾hangyuli@scuec.edu.cn
鍦板潃锛氫腑鍗楁皯鏃忓ぇ瀛︾數瀛愪俊鎭伐绋嬪闄?951鍔炲叕瀹?/p>
鏈棰樼粍甯稿勾鍚告敹浼樼鏈鍚屽鍔犲叆锛屾杩庡悓瀛︿滑韪婅穬鎶ュ悕!
娆㈣繋鏈夊織闈掑勾鍔犲叆鏈棰樼粍鏀昏纭曞＋鐮旂┒鐢燂紒
