我的台灣, 看見心靈的故鄉 =2009林磐聳藝術與設計展

2004아테네 올림픽대회출전 한국레슬링 대표선수의 무산소성 운동능력 및 등속성 근력

Open Dynamics Engine を用いたスノーボードロボットシミュレータの開発

여성사 쓰기의 가능성과 현주소, 한국여성연구소 여성사연구실 지음, 청년사 1999

Since the popularisation of the Internet in the 1990s, the cyberspace has kept evolving. We have created various computer-mediated virtual environments including social networks, video conferencing, virtual 3D worlds (e.g., VR Chat), augmented reality applications (e.g., Pokemon Go), and Non-Fungible Token Games (e.g., Upland). Such virtual environments, albeit non-perpetual and unconnected, have bought us various degrees of digital transformation. The term `metaverse' has been coined to further facilitate the digital transformation in every aspect of our physical lives. At the core of the metaverse stands the vision of an immersive Internet as a gigantic, unified, persistent, and shared realm. While the metaverse may seem futuristic, catalysed by emerging technologies such as Extended Reality, 5G, and Artificial Intelligence, the digital `big bang' of our cyberspace is not far away. This survey paper presents the first effort to offer a comprehensive framework that examines the latest metaverse development under the dimensions of state-of-the-art technologies and metaverse ecosystems, and illustrates the possibility of the digital `big bang'. First, technologies are the enablers that drive the transition from the current Internet to the metaverse. We thus examine eight enabling technologies rigorously - Extended Reality, User Interactivity (Human-Computer Interaction), Artificial Intelligence, Blockchain, Computer Vision, IoT and Robotics, Edge and Cloud computing, and Future Mobile Networks. In terms of applications, the metaverse ecosystem allows human users to live and play within a self-sustaining, persistent, and shared realm. Therefore, we discuss six user-centric factors -- Avatar, Content Creation, Virtual Economy, Social Acceptability, Security and Privacy, and Trust and Accountability. Finally, we propose a concrete research agenda for the development of the metaverse.

All One Needs to Know about Metaverse: A Complete Survey on Technological Singularity, Virtual Ecosystem, and Research Agenda

In the last decade, we have witnessed a drastic change in the form factor of audio and vision technologies, from heavy and grounded machines to lightweight devices that naturally fit our bodies. However, only recently, haptic systems have started to be designed with wearability in mind. The wearability of haptic systems enables novel forms of communication, cooperation, and integration between humans and machines. Wearable haptic interfaces are capable of communicating with the human wearers during their interaction with the environment they share, in a natural and yet private way. This paper presents a taxonomy and review of wearable haptic systems for the fingertip and the hand, focusing on those systems directly addressing wearability challenges. The paper also discusses the main technological and design challenges for the development of wearable haptic interfaces, and it reports on the future perspectives of the field. Finally, the paper includes two tables summarizing the characteristics and features of the most representative wearable haptic systems for the fingertip and the hand.

/pdf/wearable-haptic-systems-for-the-fingertip-and-the-hand-17lqq0lw0j.pdf

Wearable Haptic Systems for the Fingertip and the Hand: Taxonomy, Review, and Perspectives

In this document, a brief overview of the Siconos Platform is given. One of the goal is to give a flavor on a simple example of the ability of the platform to model and simulate the so-called non smooth dynamical systems (NSDS). In particular, some examples of Lagrangian mechanical systems with contact and friction or electrical circuits with ideal and piecewise linear components (diodes, MOS transistors, \ldots) are commented. Finally, the Siconos software is presented, starting from its architecture to a non exhaustive presentation of its components and functionalities. The aim of this document is not to serve as a reference guide but more as a illustrative introduction document to promote the use of the platform.

https://hal.inria.fr/inria-00162911/document

An introduction to Siconos

This paper describes the design and implementation of a framework designed to aid collaborative development of a digital musical instrument mapping layer. The goal was to create a system that allows mapping between controller and sound parameters without requiring a high level of technical knowledge, and which needs minimal manual intervention for tasks such as configuring the network and assigning identifiers to devices. Ease of implementation was also considered, to encourage future developers of devices to adopt a compatible protocol.

System development included the design of a decentralized network for the management of peer-to-peer data connections using OpenSound Control. Example implementations were constructed using several different programming languages and environments. A graphical user interface for dynamically creating, modifying, and destroying mappings between control data streams and synthesis parameters is also presented.

A Network-Based Framework for Collaborative Development and Performance of Digital Musical Instruments

This paper describes the design and implementation of a system for collaborative development of a digital musical instrument mapping layer. System development included the design of a decentralized network for the management of peer-to-peer data connections using Open Sound Control. A graphical user interface for dynamically creating, modifying, and destroying mappings between control data streams and synthesis parameters is presented.

Stephen Sinclair

Papers

Wearable Haptic Systems for the Fingertip and the Hand: Taxonomy, Review, and Perspectives

An introduction to Siconos

A Network-Based Framework for Collaborative Development and Performance of Digital Musical Instruments

From controller to sound: tools for collaborative development of digital musical instruments

A run-time programmable simulator to enable multi-modal interaction with rigid-body systems