麻豆影音

BK21 Next Generation Super-Intelligent Network Convergence Education Research Center
Next-Generation Super-Intelligence Network Convergence Group

Vision and Goals of Education Research Center

“Nurturing S.U.P.E.R talents with innovation/creativity/professionalism to lead the next-generation telecommunications (6G) field”

Vision & Goal

The Fostering of
S.U.(Superior and Unique)
P.(Practically Trained)
E.(Excellently Educated)
R(Research Oriented)

Talents for leading Future 6G Networks

牍勳爠 氚� 氇╉憸

旮�搿滊矊 靾橃��鞚� 靾橃洈靹� 鞛堧姅
甑愳湣·鞐瓣惮·靷绊暀順戨牓 頂勲�滉犯霝�鞚� 韱淀晿鞐�
顺侅嫚靹�(滨苍苍辞惫补迟颈辞苍)
彀届潣靹�(颁谤别补迟颈惫颈迟测)
鞝勲�胳劚(Professionality)鞚� 臧栰稑,

彀�靹鸽寑韱奠嫚(6G) 鞙淀暕 攵勳暭毳� 靹犽弰頃� 鞚胳灛 鞏戩劚

Education Competency Area

• CONNECT-MIND Core Competency Assessment Reflected 6G Industry-Academic-friendly Convergence Curriculum
  • Establishment of SUPER-Path training guidelines for 'cultivating creative talent'
  • Organizing 6G courses according to the advanced level of the next-generation communication field
  • Build a customized research guidance system to reinforce the research capabilities of core technologies in the 6G field
• Full-cycle student support system and internationalization strategy
  • (Admission) Adaptation support for freshmen -> (Graduate student life) Research scholarship system -> (Internationalization) International joint laboratory operation -> (Advancement and social advancement) Customized career guidance for students

Research competency area

• Establishment of evaluation system based on 6G-specialized research field and research capability
  • Established 3 areas of 6G-specialized core research (hyperspace/superconnection, ultraprecision/superintelligence, SW.AI/security)

SW.AI empowered 6G Communication
彀�靹鸽寑 齑堨��電� 雱ろ姼鞗岉伂 鞙淀暕 甑愳湣鞐瓣惮雼�

齑堦车臧�/齑堨棸瓴�

3彀�鞗� 瓿店皠 鞙勳劚 氚� UAV 韱奠嫚 頃奠嫭 旮办垹

雽�霟夓潣 旮瓣赴 臧� 鞐瓣舶靹� 旮办垹

齑堨��电�/齑堨爼氚赌

膦呺嫧臧� 齑堨爛歆�鞐� 雱ろ姼鞗岉伂 氚� 旄§渼 旮办垹

AI 旮半皹 6G 雱ろ姼鞗岉伂 歆�電ロ檾 氚� 鞕勳爠 鞛愲彊頇� 旮办垹

厂奥.础滨/氤挫晥

彀�靹鸽寑 雱ろ姼鞗岉伂 氤挫晥 旆�鞎届爯 攵勳劃 旮办垹

SW.AI 旮半皹 牍呺嵃鞚错劙 氤淀暕 靸來櫓鞚胳�� 旮办垹

Industry-University Cooperation Area

• Establishment and operation of an industry-academic cooperation platform based on academia-research-industry-government clusters in the 6G field
  • Establishment of 6G-specialized academic, research, industrial, and government clusters to support mid- to long-term industry-academic cooperation
  • Creating demand for 6G industries and operating global-oriented industry-university joint education courses