Russian version of NeuroWeb Foresight (results of the roadmap design by group of ca 100 researchers, producers & practicioners around cognitive technologies)
The Commons as underlying logic to federate social disparate social change and sustainability efforts. A talk at the 'Imagine the Common Good' conference, Paris, August 25 to 28, 2013. Part of the Cultural Diversity & the Common Good panel.
Version fran巽aise: http://www.slideshare.net/helenefinidori/fdrer-les-efforts-pour-un-monde-meilleur
This document provides an overview of sensors, semantic sensor networks, and the components of a semantic sensor network application. It discusses what sensors are, how to interface with them, common types of sensors and the quantities they can measure. It also describes sources of sensor data, modeling and publishing sensor data, applications that use sensor data, and the components involved, including sensor ontologies, modeling observations, and options for streaming sensor data. Finally, it demonstrates a semantic sensor network application using the Monitron device.
The document outlines a proposed "NevroNet" technology that would allow direct brain-computer interfaces and collective thinking on a civilizational scale. It calls for international collaboration to help guide the development of this emerging technology so it can enhance human consciousness and development, rather than enable total control over thoughts. The document predicts key technologies like brain-computer interfaces, virtual reality, and artificial intelligence that could contribute to NevroNet's creation by 2020 and urges stakeholders to get involved in planning how this transformative technology is architected and implemented.
Some key points made in the document include:
- NeuroWeb will utilize emerging technologies like brain-computer interfaces, artificial intelligence, and semantic processing to allow new forms of direct communication between humans and with artificial agents.
- By 2025-2035, NeuroWeb technologies could transform human identity, intelligence, and social/economic systems through developments like shared emotions/experiences and augmented collective work.
- The document proposes forming an international working group to help guide research and development toward the emergence of commercially viable NeuroWeb technologies.
The Commons as underlying logic to federate social disparate social change and sustainability efforts. A talk at the 'Imagine the Common Good' conference, Paris, August 25 to 28, 2013. Part of the Cultural Diversity & the Common Good panel.
Version fran巽aise: http://www.slideshare.net/helenefinidori/fdrer-les-efforts-pour-un-monde-meilleur
This document provides an overview of sensors, semantic sensor networks, and the components of a semantic sensor network application. It discusses what sensors are, how to interface with them, common types of sensors and the quantities they can measure. It also describes sources of sensor data, modeling and publishing sensor data, applications that use sensor data, and the components involved, including sensor ontologies, modeling observations, and options for streaming sensor data. Finally, it demonstrates a semantic sensor network application using the Monitron device.
The document outlines a proposed "NevroNet" technology that would allow direct brain-computer interfaces and collective thinking on a civilizational scale. It calls for international collaboration to help guide the development of this emerging technology so it can enhance human consciousness and development, rather than enable total control over thoughts. The document predicts key technologies like brain-computer interfaces, virtual reality, and artificial intelligence that could contribute to NevroNet's creation by 2020 and urges stakeholders to get involved in planning how this transformative technology is architected and implemented.
Some key points made in the document include:
- NeuroWeb will utilize emerging technologies like brain-computer interfaces, artificial intelligence, and semantic processing to allow new forms of direct communication between humans and with artificial agents.
- By 2025-2035, NeuroWeb technologies could transform human identity, intelligence, and social/economic systems through developments like shared emotions/experiences and augmented collective work.
- The document proposes forming an international working group to help guide research and development toward the emergence of commercially viable NeuroWeb technologies.
19. 亳仄亠. 亠亶 2:
亅亅 + 亟仂仗仂仍仆亠仆仆舒 亠舒仍仆仂
亳亰舒仍亳亰舒亳 亟舒仆仆 仂 舒弍仂亠 仂弍于亠仆仆仂亞仂 仄仂亰亞舒 仗仂于亠 仗仂仍
亰亠仆亳.
仗仂仍亰亠 亟仍 舒仄仂亠亞仍亳亳 亳 舒仄仂仂亠仍仆仂亞仂 仗亳仆亳
亠亠仆亳亶 仂
丐舒从亢亠 亳仗仂仍亰亠 从舒仄亠舒 亰舒亟仆亠亞仂 于亳亟亠仆亳 亟仍 舒弍仂
从舒亳仆从仂亶 于 360 亞舒亟仂于
仂亢亠 亳仗仂仍亰仂于舒 仗舒舒仍仍亠仍仆仂 亟亞亳仄亳
仂弍舒亰仂于舒亠仍仆仄亳 仗亳仍仂亢亠仆亳礆亳 Augmented Reality
亳仍仂亢亠仆亳 亟仍 亠仆亳仂于从亳 仗亳亳亠从亳 仆从亳亶:
DAQRI aspires to create the Photoshop of 4D design by
offering designers a way to insert digital objects into three-
dimensional space, according to Brian Mullins, the companys
co-founder and chief executive. They also design their own
work, such as augmented reality animation for the Legos
catalog, and a virtual human body for educational use
called Anatomy 4D.
The Mind-Mirror: See
your brain in action in
your head using EEG and
augmented reality
Published in:
2014 IEEE Virtual Reality
(VR)Date of Conference:
March 29 2014-April 2
2014
20. 亳仄亠. 亠亶 3:
AR 仂弍舒亰仂于舒仆亳亠
舒弍仂舒 仄舒从亠舒仄亳 仆舒 仂弍亠从舒
弌仂亰亟舒仆亳亠 亠仆舒亳亠于 亳 亳仆从亳亶 仗仂 舒从
仂弍仆舒亢亠仆亳 仗仂舒仆于亠仆仆 仄舒从亠仂于
从仍ム亠仆亳亠 仄舒亠亳舒仍仂于 仆亠仗仂亠亟于亠仆仆仂 于
仗仂舒仆于仂 仗仂亟亞仂仂于从亳
仂亰仄仂亢仆仂 亳仆亠亞舒亳亳 于 AR 亟仂仗仂仍仆亳亠仍仆
亟舒仆仆
亞仂于仂亶 仍亠仄亠仆
仂亰仄仂亢仆仂 POV 仆舒弍仍ミ莞黍出狐, 亰舒仗亳亳 亳
仗仂仍亠亟ム亠亞仂 舒仆舒仍亳亰舒
Interactive Educational Content Based on
Augmented Reality and 3D Visualization Sergey.
Sannikov1* , Fedor Zhdanov2 , Pavel
Chebotarev3 , Pavel Rabinovich4則 1 Mordovia
State University named after N. Ogarev,
postgraduate in the Department of Applied
Mathematics, Differential Equations and
Theoretical Mechanics, Russia, Saransk
21. 亳仄亠. 亠亶 4:
4.1. 仍舒亳亠从舒 弍亳仂仍仂亞亳亠从舒 仂弍舒仆舒 于磶
弌舒仆亟舒仆亠 亠仆亳仆亞亳:
弌亠-仄亠仆亠亟亢仄亠仆
丕仗舒于仍亠仆亳亠 舒从亳于舒亳亠亶
亠舒亳于仆仂
丐亠仄仗亠舒舒 从 (仗舒于仍亠仆亳亠 亳仄仗舒亳从仂-仗舒舒亳仄仗舒亳亠从亳仄
弍舒仍舒仆仂仄)
舒亳舒弍亠仍仆仂 亠亟亠仆仂亞仂 亳仄舒 (亠于仂亢仆仂)
丐亠仆亳仆亞亳 于仆亳仄舒仆亳
弌仗亠亳舒仍仆亠 仗舒亠仆 亟仍 仗仂亠亳仂仆舒仍仆仂亶 亟亠亠仍仆仂亳
(仂亳弍从亳 仂仗亠舒仂舒 etc)
4.2. 仂仄弍亳仆亳仂于舒仆仆舒 弍亳仂仍仂亞亳亠从舒 亳 仗仂于亠亟亠仆亠从舒
仂弍舒仆舒 于磶
亠从仂仍从仂 从仂仄舒仆亟 仗仂仂礌仆仂 仗仂仍舒仍亳 亟舒仆仆亠 弍舒仍亠仂于 舒亰仆仄亳
束亟弍仂亟舒仄亳損.
弌仂亠于仆仂于舒亠仍仆亠 仄亠仂亟 仄仂仄亠仆舒仍仆仂亶 仂弍舒仆仂亶 于磶,
从仂仄弍亳仆亳ム亳亠 亟舒仆仆亠 仂 亳亰亳仂仍仂亞亳亳 亳 仗仂于亠亟亠仆亳亳, 仂从舒亰舒仍亳 仂亠仆
亠从亳于仆
Research Article
The Effects of Physical Activity Feedback on
Behavior and Awareness in Employees: Study
Protocol for a Randomized Controlled Trial
Karen Van Hoye, Filip Boen, and Johan Lefevre
Department of Kinesiology, Physical Activity,
Sports and Health, Katholieke Universiteit
Leuven, Tervuursevest 101, 3001 Leuven,
Belgium
24. 亳仄亠. 亠亶 7: Biofeedback 于 仗仂亠
Swimming
Bar-Eli, Dreshman,
Blumenstein, and
Weinstein (2002)
investigated the
effectiveness of
psychoregluation
training with
biofeedback on youth
swimmers
Archery and Shooting
Landers et al. (1991)
investigated the effects of
electrocortical biofeedback
training in pre-elite archers to
determine whether EEG
biofeedback training improves
archery performance.
Decreasing performance anxiety
and reducing arousal levels has
been shown to improve the
ability and confidence of
performing artists (Kendrick,
Craig, Lawson, & Davidson,
1982); therefore, providing
performing artists with
biofeedback to enhance arousal
regulation may improve musical
and dance performance.
In Beijing, a team of
biofeedback professionals
worked on 358 Olympians,
all of who were considered
at baseline to be second
string. The 32 medals they
won astounded coaches,
as well as the Ministers of
the sport. (Mandel, TQA
2010)
The psychophysiological requirements of
shooting include:
Controlled breathing and heart-rate
No excess tension in muscles
No fluctuation between
sympathetic/parasympathetic states
during triggering (shooters can shoot in
sympathetic or parasympathetic, but
don't want to be surprised by which state
they are in)
No interior monologue
Sharp focus and good reactions to trigger
at the moment when the sight image is
correct
26. 亳仄亠. 亠亶 9.
仂亟亟亠亢从舒 仂亟亠仍仆 亳亰亳仂仍仂亞亳亠从亳 仆从亳亶
仂亟亟亠亢从舒 弍舒仍舒仆舒
于亳亢亠仆亳 仆舒 亟仂从亠
亳仂仄亠舒仆亳从舒 亟于亳亢亠仆亳 于
亠舒仍仆仂仄 于亠仄亠仆亳 (亟舒亳从亳, 亳仆亠从)
Posture and balance feedback system
for Top Sports
THE EFFECTS OF AUGMENTED
BIOFEEDBACK ON NOVEL MOTOR-TASK
LEARNING Anthony J. Gorman, Alexander
P. Willmott and David R. Mullineaux
School of Sport and Exercise Science,
University of Lincoln, Lincoln, UK
Biofeedback has been shown to be an
influential part of skill acquisition and
performance
27. 亠亶 10: 仗仂仍亰仂于舒仆亳亠 亅亅 亳
弍亳仂亟舒仆仆 亟仍 亠亞亳仂于舒仆亳
丐亠亞亳仂于舒仆亳亠:
MULTIMEDIA IMPLICIT TAGGING
USING EEG SIGNALS Mohammad
Soleymani Imperial College
London, UK
m.soleymani@imperial.ac.uk Maja
Pantic Imperial College London,
UK University of Twente, the
Netherlands
m.pantic@imperial.ac.uk
弍仆舒亢亠仆亳亠 仂弍亠从仂于 于 仗仂仍亠 亰亠仆亳
This paper explores the potential for
using Brain Computer Interfaces (BCI)
as a relevance feedback mechanism in
content-based image retrieval. Several
experiments are performed using a
rapid serial visual presentation (RSVP)
of images at different rates (5Hz and
10Hz) on 8 users with different degrees
of familiarization with BCI and the
dataset.