My research is aiming to enhance the development of Automated Driving System by proposing the architecture to secure the safety envelope for Automated Driving Vehicles. Along with the architecture definition, the velocity and trajectory planning are also proposed. My research aims to rigorously test and refine ADV technology in complex and dynamic scenarios, ultimately contributing valuable insights to the automated driving field and enhancing the overall safety of transportation system.
For my career planning, I would conduct my research into vehicle infrastructure company and university.
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システムデザイン・マネジメント研究科 リュウ ハン
博物館・美術館に展示空間設計のために VRによる応用に関する研究
本研究は、博物館の展示空間設計におけるVRの活用に焦点を当てている。VRをインタラクティブな空間のスケッチおよびシミュレーションツールとして使用するデザインアプローチを提案している。主な目的は、デザイナーがVRを用いて来場者の視点から空間の構造をデザインすることである。この分野でのキャリアの展望は、博物館や展示のデザイン、VR技術の開発、ユーザー体験の研究などに影響を与える可能性があり、有望と思われる。
健康マネジメント研究科 堤 史織
健康マネジメント研究科 田上 紀代美
政策・メディア研究科 西村 光平
メディアデザイン研究科 マ カ
Methodology and future application of the intelligentizing of traditional garment manufacturing crafts
Using traditional craftsmanship as a key to unlocking the future of clothing, we connect HCI researchers with clothing designers and traditional clothing artisans using easy-to-understand design protocols, and work together to develop future technological clothing elements such as smart clothing and smart fabrics.
メディアデザイン研究科 鞠 玉蘭
ハプティック・エンパシー
In my pursuit of a career as a Design or User Experience (UX) Researcher, I am poised to engage in a stimulating amalgamation of creativity, technological proficiency, and a deep understanding of human psychology. These roles necessitate a profound commitment to discerning and addressing user needs, thereby informing the development of both engaging and practical designs.
メディアデザイン研究科 チン カンウ
Augmenting Rhythm: Putting You in Sync with Yourself
This study introduces a design paradigm centered on augmenting rhythms, augmenting synchronization with the body for improved mental health and abilities, promoting a healthier lifestyle. Employing the biofeedback loop design, I enhance personal interactions with intelligent artifacts, utilizing physiological sensing (heart rate, skin conductance, respiratory rate, muscle activities, etc.) to design visual, audio, and haptic feedback. This research emphasizes application scenarios like stress relief and human skill training during musical activities. Consider pursuing a career in Human-Computer Interaction, specializing in physiological or affective computing, to innovate and apply biofeedback technologies for enhanced well-being, mental health, and performance across domains like UX design, health-tech product management, clinical applications, entrepreneurship, or education.
メディアデザイン研究科 ゼーディ アールージ
SMART MANIPULATIVES: A Tangible Language Embedded in Traditional Toys to Enhance Kids Learning
I am researching to develop smart manipulatives for kids learning , especially the concepts that are difficult to grasp. Since I design manipulatives based on the researched framework so they can be easily incorporated with in the curriculum of public and private school, so one direction could be to open up a start-up business.