Finland's Software Sensing Δ 4th of July 2016 Ω 7:37 AM

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~ Nokia ~ Navitec Systems ~ Augumenta	~ sense for Ξ ~ sense for Ξ ~ sense for Ξ	~ sense for Ξ ~ sense for Ξ ~ sense for Ξ
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«Software Sensing	Θ	Θ
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~ Nokia

»www.nokia.com

4.5GHz radio access demo from Nokia
the first ever demonstration of a 5G network running on commercial platforms
5G-ready AirScale Radio Access technology demonstrated working together with its Cloud Packet Core,
running on a Nokia AirFrame data center platform, which is the foundation of a commercial 5G architecture
AirScale Radio Access demo will use a 4.5GHz 5G cmWave access system using higher order MIMO antenna technology

Nokia Bell Labs to demonstrate a new concept in Network Slicing,
which will create and automatically map capabilities for the radio, transport, core and application layers into a discreet network 'slice'.
Using cloud orchestration, new services can be created instantly and
delivered to meet the specific and diverse demands of any customer or application,
such as providing low-latency support to control machines in a factory, or
providing extreme high-speed broadband to enterprises and homes.

5G-ready technologies in commercial solutions support LTE-Advanced and the upcoming LTE-Advanced Pro / Pro II
customers can smartly bridge their networks to 5G
allow them to create and capture new business and meet the massive data demand from people and IoT as it develops

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~ Navitec Systems

»Navitec Systems

Automation of nuclear waste deposition
ξ the depostion automation of nuclear waste canisters for SKB (Svensk Kärnbränslehantering AB)
ξ the machine is made by Herbst GmbH
ξ the four-wheeled vehicle carries the wast canisters in horisontal position to the deposition tunnel
ξ the machine aligns the canister in vertical position and lowers it into the bentonite covered deposition hole

The machine's control system
ξ consists of CAN-bus-based modules
ξ takes care of all the measurements and controls of the machine
ξ at the top of the control system hierarchy there is a navigation system,
ξ which is responsible for driving the machine automatically onto the deposition hole for lowering the canister into the hole
ξ the navigation system is based on the InfraFREE navigation system defeloped by Navitec Systems Ltd. for Sandvik Mining and Construction Ltd.

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~ Augumenta

»Augumenta
a new development platform looks to transform your hands into a virtual keyboard,
integrating gesture control and touch-based projection into AR applications.

»Augumenta by Software Development Times
Augumenta debuted an SDK and developer tools defining a new user interface for smartglass devices
at the Wearable Tech Expo in New York City.
The Augumenta Interaction Platform, demonstrated on augmented reality technology
such as Google Glass and Epson Moverio,
allows smartglass application developers to integrate gesture vocabulary
to recognize and execute commands, and
to use APIs to access an interactive virtual surface toolkit to project images the user can reach out and “touch.”

“It’s an SDK that we can release to an OEM or app developer,”
Augumenta CEO Tero Aaltonen told Wearable World News.
“It provides an API upon which you can start building your apps.
The long-term target is that we’ll be more closely integrated into the operating system.”

The software is not yet available, but according to Aaltonen it will ship with six standard gestures,
including open palm, thumbs up, thumbs down, the OK sign, a pointing finger, and a fist.
Augumenta has tested more than a dozen gestures.
In the demonstration (also shown in the promotional video below),
a user has the ability to manipulate privately viewable images,
such as entering a bank PIN number by tapping a virtual keypad on their hand.

Augumenta’s AR interaction platform comes with multi-platform support for Android, Linux, Tizen, iOS and Windows,
though as of yet the startup has not announced any official agreements with the hardware makers to incorporate the development platform.
The platform is currently in limited beta, but Aaltonen said the SDK will become publicly available by the end of 2014,
with the virtual surface design and control functionality module set for release in

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