公告消息

114/4/10（四） 優貝克科技股份有限公司 吳東嶸總經理

• 演講時間：114/4/10（四）15:30-17:00

 

• 演講地點：國立清華大學工程一館107演講廳

 

• 演講者： 吳東嶸總經理 (優貝克科技股份有限公司)

 

• 講題： 「未曾有與想定外：在VUCA世界中尋找自己的方向」 (Uncharted and Unexpected: Finding Your Path in a VUCA World)

114/3/27（四）國立臺灣大學機械工程學系 郭重顯教授兼副系主任

•   演講時間：114/3/27（四）15:30-17:00

 

•   演講地點：國立清華大學工程一館107演講廳

 

•   演講者： 郭重顯教授兼副系主任 (國立臺灣大學機械工程學系)

 

•   講題： 智慧機器人開發與挑戰 (Development and Challenges of Intelligent Robots)

 

•   Abstract：

In this talk, I would share the experiences of developing intelligent robot for the last 20 years within the categories of challenging bipedal humanoid robots, quadrupedal robots, and soft manipulators. The abovementioned robots are configured as a large number of actuators to perform complex and flexible motions. Hence, in addition to the presentation of challenging mechatronics and hands-on practice skills, the motion planning issues within specific control systems and machine learning are also addressed. Finally, a number of case studies done in my laboratory would be reported for knowing the skill learned and merit obtained of experiencing intelligent robotics projects.

114/3/13（四）鴻海科技集團 iPEBG事業群 洪辰諭研發總監

• 演講時間：114/3/13（四）15:30-17:00

 

• 演講地點：國立清華大學工程一館107演講廳

 

• 演講者： 洪辰諭研發總監 (鴻海科技集團 iPEBG事業群)

 

• 講題： AI 與電子產品微型化：極限熱&流挑戰(AI and Miniaturization of Electronic Products: Challenges in Extreme Heat and Fluid Dynamics)

114/3/6（四）國立中正大學機械工程學系 黃旭志 教授

• 演講時間：114/3/6（四）15:30-17:00

 

• 演講地點：國立清華大學工程一館107演講廳

 

• 演講者： 黃旭志教授 (國立中正大學 機械工程學系)

 

• 講題：使用穩健正交螢火蟲演算法對群體機器人資訊網宇實體系統進行無碰撞模糊編隊控制 (Collision-Free Fuzzy Formation Control of Swarm Robotic Cyber-Physical Systems Using a Robust Orthogonal Firefly Algorithm)

 

• Abstract:

 

This talk presents a collision-free fuzzy formation control strategy of swarm robotic cyber-physical systems (CPS) using a robust orthogonal firefly algorithm (OFA). The classical FA is fused with the Taguchi method and ranking mutation process to present a hybrid artificial intelligence. This computational intelligence is employed with fuzzy theory to develop optimal cyber and cognition levels in swarm robotic CPS 5C architecture. With the robotic sensors and actuators, the OFA-fuzzy based cyber and cognition levels are incorporated with smart connection, data-to-information conversion and configuration levels to design a pragmatic swarm robotic CPS using system-on-a-programmable-chip (SoPC) technology. The broadcast distributed control strategy and potential field are employed to address the formation control problem of swarm robotic CPSs with obstacles. This approach avoids the communication delay in conventional graph theory based consensus multi-robot CPSs under a directed network topology. In the proposed swarm robotic CPS, the embedded central processing unit (CPU), operating system (OS), networking intellectual property (IP) and robotic custom IPs are integrated in field-programmable gate array (FPGA) chips. The proposed SoPC-based OFA-fuzzy swarm robotic CPS features the seamless integration of computation, networking, and physical robotic process. Experimental results and comparative works are conducted to show the merits of the proposed swarm robotic CPS to achieve collision-free distributed formation control.

 

114/2/27 凱諾科技股份有限公司 黃俊凱 總經理

演講時間：114/2/27（四）15:30-17:00

 

演講地點：國立清華大學工程一館107演講廳

 

演講者： 黃俊凱 總經理（凱諾科技股份有限公司）

 

講題：台灣半導體設備產業的現況與展望  The Prospects of Semiconductor Equipment Industry in Taiwan