This document summarizes demos presented at the Intel Collaboration Center in March 2014. It describes 28 demos covering areas such as collaborative robots, wireless charging, augmented reality paper, in-vehicle infotainment systems, biometric authentication technologies, and perceptual computing applications. Each demo is accompanied by one or more bullet points briefly describing its goals and capabilities. The document concludes with legal disclaimers regarding the information presented.

1. Copyright 2014 © Intel Corporation. All rights reserved.
Synopses of Demos at
Intel® Collaboration Center
Intel® Collaboration Center
March, 2014

2. (#013) PALRO*
Communication Partner Robot
A new collaborative relationship.
Robot to human, robot to device.
 Voice activated ease of use
 Work with companion devices via WLAN
(PC, camera, smartphone, tablet)
 Retrieving info from the Internet
(news, weather ….. and the Cloud)
 Free SDK provided to develop unique
application development
 Optimal usages at nursing homes
(in line with Ministry of Health, Labor and
Welfare guideline to prevent vital function
disorder)
2
Collaboration:
Fujisoft Inc. *Third-party brands and names are the property of their respective owners.

3. (#015) Wireless Charging
Embedded wireless charging
system allows you to place a
laptop on the table and get
charged.
 AC adaptor free
 Place & charge
 No wires
 A step to unifying the various
types of adaptors
3
本デモは、村田製作所、コクヨファニチャーおよびインテルが試作したコンセプトです。
本技術を搭載したUltrabook™製品の発売などの予定はございません。
本デモは、A4WPにて推進しているRezenceとは異なる技術方式のものです。
Collaboration:
Murata Manufacturing Co., Ltd.
Kokuyo RDI Center

4. (#021) ON THE FLY* PAPER
ON THE FLY* PAPER is
completely new infotainment
system with corroborating
with “paper” and digital
contents by applying the
projection mapping.
 If place “Paper” card on the table,
Text and Multimedia data will be
magically appeared , mapped on
paper.
4
Collaboration:
takram design engineering

5. (#022) TIZEN* IVI connected car experience
Linux* based TIZEN* IVI is
enabling common SW platform
to foster open innovation and
adapt to emerging standards.
This demonstration showcases the
smooth animation and beautiful
interface available with ZENRIN
DataCom 3D Navigation Engine on
Tizen* IVI. The ZENRIN DataCom 3D
Navigation Engine boasts native support
for Tizen* IVI rendered in HD with
OpenGL. The system also features ultra-
smooth transitions, lightning fast
rendering of map data and ZENRIN
DataCom’s new easy-to-follow lane
guidance functionality.
5
Collaboration:
ZENRIN DataCom *Third-party brands and names are the property of their respective owners.

6. (#023) Ethernet AVB and full digital speaker
6
Ethernet-AVB
Digital Speaker
Ethernet-AVB
Ethernet -AVB HUB with
PoE
Bluetooth
*AVB: Audio Video Bridging
*PoE: Power Over Ethernet
Collaboration:
D-CLUE Technologies Co.,Ltd.
Onkyo Corporation
Trigence Semiconductor
Audio stream are delivered by
Ethernet AVB and play back
on full-digital speaker.
Ethernet AVB system realizes
reduction of the number of
cables and efficient power
consumption.
 High quality sound full-digital speaker allow
to reduce analog amp and high power.
 Integrate digital speaker and PoE capable
ethernet AVB. Ethernet cable can provide
both power and audio steam.

7. (#024) Eye Tracking
- Next generation user interface
Eye Tracking enables you to offer a
completely new user experience on
devices. Intuitive, natural and
blazingly fast.
Eye Tracking is helping to open up
a new world of possibilities for
computer manufacturers and
software developers. A variety of
usages:
 Game
 Automobile
 Computer interaction
 Medical
 Security
7
Image of Eye Tracking
Collaboration:
Tobii Technology K.K.

8. (#025) Intel® RealSense™ Technology
- Perceptual Computing -
Eyes, Ears, Voice, Touch,
Emotion and Context for an
immersive, intuitive and
exciting life-like experience
 Voice
 Speech Recognition
 3D capability
 Facial Tracking
 Close-Range Tracking
– Poses
– Finger, Hand Tracking
– Gesture
 Augmented Reality
Intel PerC Challenge II Grand Prize Winner, Shikumi Design
Perceptual Computing Drives Innovations
Perceptual Computing Roadmap

9. (#026) Olympus Media Glancer (MEG)*
9
Illustration : Masako Mori
Collaboration:
Olympus Corporation
“Inspiring Notification” is an
essential element in enriching
people’s lives. This prototype
provides an experience to notice
exciting things in life or creating
new communication networks.
 Non dorky looking ultralight weight, small
form factor and wireless communication
 True hands free operation
 See-through optics backed by original
“Olympus Pupil Division See-Through
Technology” enables high visibility, no
interference of sight, brightness under
sunlight operation
*Third-party brands and names are the property of their respective owners.
＊“MEG” is a development code name

10. (#027) Rapid Prototyping using
Intel® Edison Platform
Intel® Edison platform is a Wi-Fi/Bluetooth
capable SD card size embedded computer
that can be used to rapidly prototype
application concepts.
Developers can see Intel’s approach to
designing small form-factor IoT and
wearable device prototypes for functional
testing and rapid design iteration.
 Prototype development approach to
 Mechanical
 Electronics
 Software
10
Wand
Cup
Badge
Intel® Edison platform

11. (#028) Palm Vein Hybrid Authentication System
11
Collaboration:
Universal Robot co. ltd,.
Palm Vein Hybrid Authentication
uses visible/optic imaging for
detecting vein patterns. Best Fit
for Smart Phone and Tablet
Environment.
 Use Standard Smart Phone Camera for
Palm Vein Authentication
 Proprietary 3D Image Correction
Technology
 Complete Software Solution that Run on
Any Device
 Achieved Higher Accuracy than Finger
Print
 Excellent Portability. Applicable for multi
platforms.

12. (#029) Palm vein user authentication
Ultra small as a 500 yen coin !
W 25mm, T 6ｍｍ, Weight 4g
12
Collaboration:
Fujitsu Ltd.
Fujitsu Frontech Ltd.
Palm vein authentication usage images
Tablet integration image
Your palm becomes your key to
authenticating yourself with this
ultra small non-touch palm vein
sensor. Living a safe & secure
digital life with the ease of just
showing your palm.
 Integrating on Ultrabook™, Tablets
 Ease of use by showing your palm
 High precision biometric
authentication adopted by various
industries including financial, medical, and
public institutions
 Available for anyone to use
 Hard to steal, complex to copy

13. (#030) 3D Face Recognition – FastAccess* 3D
Computer recognizes your face
in 3D.
With advanced face recognition
and depth sensing photo/video
rejection, FastAccess* 3D makes
logging into Windows* and
websites fast, simple, and ultra
convenient.
13
Collaboration:
Sensible Vision *Other names and brands are the property of their respective owners

14. (#031) Wireless Docking Mat
14
A wireless charging mat which allows
seamless power supply to your PC
with easy installation. Experimenting
communication techniques along
with charging to meet the mobility
needs of computing.
 Wireless charging mat
 Easy installation
 Simple use of charging
 Wireless communication implementation
 Full wireless docking solution in near
future
Collaboration:
Murata Manufacturing Co., Ltd
Easy installation
Charging PC from mat

15. (#032) Realtime Super Resolution
15
Intel® Xeon Phi™ coprocessor enable
HD video up-convert in realtime. Old
SD video can convert to HD in
realtime.
 Express5800/HR120a-1 is a 1U rack
server designed for the efficient
processing of big data. It can incorporate
up to two Intel® Xeon® processor E5-
2600 product family devices together
with up to two Intel® Xeon Phi™
coprocessor boards mounted in PCI slots.
 As each Intel® Xeon Phi™ coprocessor can
incorporate 50 or more cores, each of
which is capable of executing four
threads, a single server can
simultaneously execute a maximum of
520 threads in parallel. Intel C++
Composer XE contribute development.
Collaboration:
NEC Corporation

16. (#033) QoE-based Video over Wireless
Enhance the quality of
experience for adaptive video
streaming applications on
mobile devices taking into
consideration the end-to-end
wireless channel condition
 By using quality side-information with
the video, buffer state information on the
device, and QoE-based adaptation
algorithms on the mobile device,
 Improved video quality
 Lower re-buffering events
 More efficient wireless bandwidth usage
16
Subjective Quality Estimator
Content Analyzer
Device Detector
Objective Quality
Calculator
MOS Estimator
Estimated MOS
Spatial details (S)
Low High
Motion level (M)
Low
High
MS-SSIM
1920x1080
800x480
1280x720
Display resolution (R)
Display devices (D)
SERVICE
PROVIDER
NETWORK
Video-
Network
API
Client-
Network
API
End-to-end QoE Adaptation

17. (#034) Video Chapter Search by Text
Collaboration:
Advanced Media, Inc
Gakkaihousou co.,Ltd.
17
Allows users to jump instantly
to the scene which they want to
watch, simply by entering the
keyword
 New way of watching videos
 Avoid watching the whole video
 Suitable for education contents

18. (#035) Finger Gesture Solution for Medical
Implementation of Perceptual
Computing in the medical
application with Finger Gesture
Solution
 Combination of Finger recognition
technology based on NEC’s original
algorism and sensor device
 Touch free operation with finger
movement enables to control image
viewer in the surgery room and
digital signage in the public space
 A terminal at medical offices require
sanitary environments.
18
Collaboration:
NEC Corporation
NEC System Technologies, Ltd.

19. (#036) Digital Gacha
19
Collaboration:
V-Sync Co., Ltd.
NEC Corporation
Touch-enabled digital Gacha
carrying the standard digital
signage platform, OPS (Open
Pluggable Specification)
 Implementing Intel® Core™ i5
processor and Windows* 8.1 over
the OPS platform
 Allows a different variety of Gacha
applications to be run on the
platform
 Gacha mode
 Vending machine mode
 Drawing mode
*Other names and brands are the property of their respective owners

20. (#037) Like it!-a-long
Users can express real-time
feedback on the demos and
data will be visualized via the
cloud. This continuous
experience stimulates further
collaboration opportunities.
 Various technologies collaboratively work
to serve the same objective, users will
find a continuum usage model
 System flexibility allows other demos to
operate together
 Makes you think about the balance
between BIGDATA & privacy in our real
life society
20
Visitors are sending “Like it!” data during demo
Active participation with visualized feedback
A trip report based on your experience

21. (#038) DaaS (Display as a Service)
This research replaces today’s physical
link between the computer and the
display with standard wired, or
wireless, network connection. This will
allow displaying video content from any
number of systems to any number of
displays in the same network without
the need for physical cables. It allows
 One-to-Many displays, which can
applicable to retail store environment.
 Many-to-One display, which can be
applicable for family entertaining
 Many-to-Many display, which can be used
to create productive collaboration
environment that can span across the
world
2121

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