Augmented Reality Chemistry Experiments with Elements 4D — from whiteboardblog.co.uk

Excerpt:

Elements 4D is a neat Augmented Reality chemistry app for iOS and Android devices which provides a fun way to look at various different chemical reactions.

The app uses blocks that are inscribed with the symbols of 36 elements from the periodic table. The site will eventually sell ready-made cubes, but you can download paper templates for free here.

When viewed through the app, these blocks instantly transform a simple, inanimate object into dynamic, dimensional, 4D representations of each element.

Also see:
Elements4D-July2015

 

 

Toss your manual overboard—augmented reality aims at big industry — from arstechnica.com by Lee Hutchinson
Papers, diagrams, and checklists would be replaced with intuitive visual tools.

Excerpt:

GE is focusing efforts on constructing an extensible “field maintenance manual” intended to be used for industrial equipment. The use case being tested in the labs is with oil and gas; researchers in GE’s Research Center in Brazil are building software that they hope will replace the need to deal with bulky printed maintenance manuals—manuals which have to be kept up to date and which lack any kind of interactivity.

 

 

New Microsoft Tool Takes the Pulse of Higher Education
Bing Pulse in the Classroom, a new student response system designed for higher education, launched this week.

Excerpt:

A new student response tool designed by a team at Microsoft will soon be giving teachers instant feedback on how their lessons are going.

Bing Pulse in the Classroom, a free online tool designed to make higher education lectures more dynamic, was released Thursday. The technology lets teachers ask students questions to get a real-time “pulse” of the lesson to ensure a teacher isn’t getting too far ahead of the class.

A feature not included in Pulse in the Classroom’s first iteration was live video streaming. Nesho says this capability will soon be added, and it could be a game changer for higher education classes that incorporate distance learning. Using a live video stream along with the Pulse feature set, the platform comes closer to an all-inclusive classroom experience.

 

 

Microsoft pioneers new ‘machine teaching’ technology to bring machine learning to the masses — from winbeta.org by Joseph Finney

Excerpt:

Tech companies are constantly building and testing technology which could cause the next paradigm shift in how the world communicates, creates, and consumes. Many big names including Google, IBM and Microsoft are investing in machine intelligence and machine learning. Now Microsoft believes they have created the next generation of machine learning which they call machine teaching. While the name ‘machine teaching’ does not instantly communicate the purpose or intent of the new tech the underlying concept is simple.

Essentially, like Henry Ford brought the automobile to the masses, Microsoft wants to bring machine learning to everyone. Many companies are focused on making their machine learning algorithms more accurate, but Patrice Simard believes more advances can be driven by bringing machine learning to the masses.

 

 Also relevant here/see:
What Every Manager Should Know About Machine Learning — from hbr.org by Mike Yeomans
A primer on machine learning — from loop.ai
A tour of Machine Learning Algorithms #BigData #MachineLearning — from mo-data.com
In this post we take a tour of the most popular machine learning algorithms.

 

 

 

Microsoft launches site for teachers taking Minecraft into the classroom — from theguardian.com
Minecraft in Education portal aims to get educators sharing tips on how Mojang’s popular game can be used to teach children

 

 

The Scoop on Periscope: Broadcast Live Video to the World — from learninginhand.com by Tony Vincent
[Tony includes a nice infographic in this posting.]

 

 

 

PeriodicTable-WearableTech-July2015

 

 

First Look: Jaunt’s VR Camera Codenamed NEO — from by Jonathan Nafarrete

Excerpt:

Jaunt has announced the launch of a new professional grade VR camera series codenamed “NEO” that will enable the next generation of filmmakers to produce the highest quality VR experiences.

Industrial Design by LUNAR.

 

 

 

 

Leap Motion’s Augmented-Reality Computing Looks Stupid Cool — from wired.com

Excerpt:

This demo, in which a standard desktop computer is reimagined as a three-dimensional workstation of the future, offers a glimpse of what that might look like.

The project came out of a hackathon at Leap Motion, whose nifty gesture-recognizing sensor acts as a sort of finger-scale Kinect for desktop software. Using a prototype Leap sensor, a developer-kit Oculus Rift, a team of engineers built an augmented-reality work environment in which regular desktop applications jump out of the computer and into 3-D space. It’s a new computing interface hovering in front of a traditional personal computer sitting on a wood table—three generations of the “desktop,” one on top of another.

 

 

Apps That Rise to the Top: Tested and Approved By Teachers — from kqed.org b

 

Michelle Luhtala/Edshelf

 

 

 

 

 

 

EdTech 2015: What’s Coming Down the Innovation Pipeline — from medium.com by Daniel Rezac
Brace Yourselves for a New Wave of Classroom Integration

 

 

 

 

Office 365 Open Source plugins for Moodle: getting better all the time — from msopentech.com

Excerpt:

[On June 26th, 2015] we shared the news that the upcoming Cypress release of Open edX, the most popular open source MOOC (massive open online course), will include new features for tighter integration with Office 365. Those features are the result of our open source collaboration with members of the Open edX community.

In addition to the new work we’re doing with Open edX, we continue to work with Remote-Learner (a leading Moodle partner) to make improvements and additions to the open source Office 365 plugins for Moodle. Moodle is the most popular open source learning management system (LMS), and the Office 365 plugins were released in January of this year. In this post, we’d like to share a few details about the great work Remote-Learner is doing to evolve the plugins.

 

 

 

 

New math app turns 2-D problems into 3-D solutions for Nova Scotia students — from trurodaily.com by Zane Woodford, Metro Halifax

Excerpt:

HALIFAX – A new augmented reality application for iPhones, iPads and Android devices brings math problems off the page for Nova Scotia students – illustrating angles, curves and the dreaded Pythagorean theorem in three dimensions.

 

© Metro Halifax/Jeff Harper
Grade 9 student Nathaniel Jarmash uses an augmented reality app
to work on his math problems at Sir Robert Borden Junior High School.

 

Augmented Reality – hype, or the future? — from mybroadband.co.za by EE Publishers
The concept of Augmented Reality has existed for many years now – and commentators have remained rigidly sceptical about whether it will truly materialise in our everyday lives.

Excerpts:

Essentially, AR describes the way in which a device (such as a smartphone camera, wearables like Google Glasses, or a videogame motion sensor) uses an application to “see” the real world around us, and overlay augmented features onto that view.

These augmented features are aimed at adding value to the user’s experience of their physical environment.

We predict there will be three primary areas in which we will initially engage with AR:

The way we consume information: Imagine going to a library or museum and being able to have a “conversation” with key people throughout history, or instantly transform the world around to you resemble a bygone era.

The fields of product development, marketing and customer engagement: Overlaying new digital services into retail environments opens up a host of new possibilities for organisations to tailor products to their consumers.

Back office/operational functions within the organisation: Companies are already finding ways to use AR in their supply chain, logistics and warehousing environments. Find out, for example, if a particular unit is missing from a shelf.

 

 

From DSC:
I wonder how Machine-to-Machine communications, beacons, GPS, and more will come into play here…? The end result, I think is a connection between the physical world and the digital world:

 

DanielChristian-Combining-Digital-Physical-Worlds-Oct2014

 

 

Tech Toys (and Tools) for Learning – from edutopia.org by Jayne Clare

Excerpt (emphasis DSC):

A whole new trend is about to explode in the educational app world. You may be familiar with the new tech that allows for apps to interact with tangible objects. This enhanced interactive technology is undoubtedly one that will change educational apps as we know them. Soon, the pairing of augmented reality with extensive curriculum guides will be commonplace in the classroom. Indie developers are producing a wide range of products that focus on spatial awareness, language development, number sense, problem solving, and motor skills, as well as an introduction to literacy, math, and the sciences.

What I find most exciting about this trend is the ability to get manipulatives back in the hands of children while simultaneously allowing them to interact with digital tools. As an educator, I’m relieved to know that learning through virtual technologies is able to occur in conjunction with physical play, all while fostering creativity. Suddenly there has emerged a balance between digital play and physical, imaginative, and cognitively engaging play. Kids have always learned best when they have the ability to engage all of their senses during play. The most powerful learning happens when the integration of body, mind, and brain are incorporated simultaneously. Promoting active learning can teach and model concepts and skills; children can then generalize those skills into real-time experiences and their daily routines off-screen.

 

From DSC:
After reviewing the two items below, I think you will agree that there is great potential in the future of virtual reality — and the new affordances it will bring with it. For example, if we use it wisely, virtual reality could help us raise cultural intelligence, promote empathy, and reduce racism.


How might virtual reality change the world? Stanford lab peers into future — from CBS News by Ines Novacic

Excerpt (emphasis DSC):

Beyond playing entertaining tricks on people’s perceptions, VR has the potential to promote a better understanding of what it’s like to be someone else – a refugee in a war zone, for example. Studying the effects of those uses, and the psychological effects of VR use in general, has always been the main focus of the lab. Bailenson listed how several of his studies that focused on empathy – for example, making someone visually impaired through VR– yielded results that demonstrated the VR experience made participants more altruistic in real life.

“The idea is, I truly believe VR is a good tool to teach you about yourself and to teach you empathy,” said Bailenson. “We want to know how robust that effect is, how long-lasting, because I can see this becoming a tool we all use.”

 

Also see:

 

 


A somewhat related posting:

Excerpt (emphasis DSC):

Fusing art, culture, and retail with virtual reality, augmented reality, and themed architecture and design, each complex will include an interactive museum, a virtual zoo and aquarium, a digital art gallery, a live entertainment stage, an immersive movie theater, and themed experience retail.

“With virtual reality we can put you in the African savannah or fly you into outer space,” Christopher says. “This completely changes the idea of an old-fashioned museum by allowing kids to experience prehistoric dinosaurs or legendary creatures as we develop new experiences that keep them coming back for more. We’ll combine education and entertainment into one destination that’s always evolving.”

 

An AR-related posting:

From DSC:
This is very sharp Human Computer Interaction (HCI)!  This should unleash some serious creativity. Microsoft is bringing Minecraft to Augmented Reality. Check out this clip!

 

 

 

Do you see what I see? Smart glasses, VR, and telepresence robots — from arstechnica.com by Megan Geuss
Heightened reality will hit industry and gaming before it changes anyone’s day-to-day.

 

 

 

Oculus VR unveils the version of Oculus Rift you’ll actually buy — from mashable.com by JP Mangalindan

Excerpt:

Oculus VR finally debuted the long-awaited consumer version of Oculus Rift, the virtual reality headset, at a media event in San Francisco on Thursday [6/11/15].

“For the first time we’ll finally be on the inside of the game,” Oculus CEO Brendan Iribe said onstage. “Gamers have been dreaming of this. We’ve all been dreaming of this for decades.”

Oculus Touch

 

 

Virtual reality apps market set to explode — from netguide.co.nz by

Excerpt:

Augmented Reality (AR) apps in the mobile games market will generate 420 million downloads annually by 2019, up from 30 million in 2014, according to Juniper Research’s research titled Augmented Reality: Consumer, Enterprise and Vehicles 2015-2019.

The emergence of Head Mounted Devices (HMDs) used in the home, such as Microsoft’s Hololens, will bring a surge in interest for AR games over the next five years, according to Juniper.

For the time being however, most AR downloads will occur via smartphones and tablets.

 

 

What the Surreal Vision acquisition means for Oculus — from fortune.com by  John Gaudiosi
Oculus now has the technology to blend augmented reality with virtual reality.

Excerpt:

Oculus VR last week acquired Surreal Vision, a company creating real-time 3D scene reconstruction technology that will allow users to move around the room and interact with real-world objects while immersed in VR.

 

 

Microsoft pulls back curtain on Surface hub collaboration screen — from by Shira Ovide

Excerpt:

Microsoft announced on Wednesday [6/10/15] the price tag for a piece of audio-visual equipment that it first showed off in January. Surface Hub, which will cost up to $20,000 for a model with an 84-inch screen, is like the merger of a high-end video conference system, electronic whiteboard and Xbox.

The product plunges Microsoft headlong into competition with Cisco and other traditional providers of conference room audio-visual systems.

Microsoft is pitching Surface Hub as the best audio-video conference
equipment and collaboration tool a company can buy. It costs up to $20,000.
[From DSC: There will also be a $7,000, 55-inch version].

 

 

Bluescape launches new hardware program with MultiTaction, Planar Systems, and 3M — from Bluescape
Bluescape Showcases MultiTaction’s and Planar’s Interactive Displays Running Its Visual Collaboration Software at Booth #1690 at InfoComm 2015

Excerpt:

SAN CARLOS, CA–(Jun 15, 2015) – Bluescape, a persistent cloud-based platform for real-time visual collaboration, today announced the new Bluescape Hardware Program. Companies in the program offer hardware that complements the Bluescape experience and has been extensively tested and validated to work well with Bluescape’s platform. As collaboration spans across an entire enterprise, Bluescape strives to support a range of hardware options to allow an organization’s choice in hardware to fit different workspaces. The first three companies are market-leading interactive display vendors MultiTaction, Planar, and 3M.

MultiTaction, a leading developer of interactive display systems, offers advanced tracking performance that identifies fingers, hands, objects, 2D bar codes and IR pens. The unparalleled responsiveness of MultiTaction’s systems scales to an unlimited number of concurrent users and the displays are highly customizable to fit any existing corporate space. MultiTaction’s advanced interactive hardware combined with Bluescape’s software allows teams to connect content and people in one place, enabling deeper insights, meaningful innovation, and simultaneous collaboration across global time zones.

 

BlueScape-2015

 

 

 

 

 

 

The classroom of the future: We went on a virtual field trip with Google Cardboard — from gizmag.com by Will Shanklin

Excerpt:

Google’s Cardboard Expeditions is the company’s plan to get Cardboard VR headsets in the hands of teachers, for use in classrooms. While most companies start with AAA consumer products, and eventually find a way to get said products into the educational market, Google is jumping straight to that point – letting teachers use the cheap headsets to take students on virtual field trips.

I went on one of those field trips today, during a demo session at Google I/O. We may have been a group full of developers and other members of the press, but for a few minutes we played the roles of kids taking a field trip to the Natural History Museum. It was a fascinating glimpse into the classroom of the future.

This “trip” consisted of 360-degree photos of various points in the museum: T-Rex skeletons, Alaskan Moose and the like. Our “teacher” (in this case, a Googler) talked to us through our headphones, indicating points in our virtual environments that she was talking about – through circles and arrows that popped up to nudge us in the right direction.

 

 

 

 

 

 

Also see:

Augmented and Virtual Reality get real: A look at media applications happening now — from digitalcontentnext.org by Michelle Manafy

Excerpt:

Here are some examples of the ways in which media outlets are leveraging AR:

  • National Geographic was early to experiment with AR—notably with its 2011 shopping mall experience that allowed shoppers to interact with dinosaurs. More recently, National Geographic has begun to leverage AR for educational experiences that enhance explorations of natural places.
  • Disney also offers an “edutainment” application of AR with its Disneynature Explore app, which offers kids a way to take adventures in their own backyards while learning more about nature along the way.
  • Conde Nast Traveler uses GPS data location and augmented reality in its iPhone Apps to allow travelers to find things and learn more simply by pointing their phone in a given direction.
  • Conde Nast is also among several media outlets—including Time Inc., The Wall Street Journal and Warner Brothers Interactive—that are working with Shazam, which can scan physical objects for augmented reality and other enhanced content.

Virtual reality headsets and content will be “the next mega tech theme” and a market worth more than $60 billion in a decade, according to investment bank, Piper Jaffray Cos. And as we increasingly see, mega tech themes quickly become mega media themes, as the two are intertwined in the minds—and devices—of consumers.

 

 

 

 

 

 

Here’s how you build an augmented reality game for HoloLens — from theverge.com by Adi Robertson

Excerpt:

Programming a hologram sounds like something that should be done with some kind of special cybergloves on a computer the size of a ‘60s IBM mainframe. But at Build 2015, Microsoft has been quietly taking developers through the “Holographic Academy,” a 90-minute training session that teaches them the basics of building projects for its HoloLens augmented reality headset. I’m not a developer, but Microsoft let me and some other journalists go through it as well — and it turns out that basic hologram creation is, if not exactly straightforward, at least pretty understandable.

 

From DSC:
Will designing learning-related games for augmented reality and virtual reality become an area of specialty within Instructional Design? Within Programming/Computer Studies-related programs? Within Human Computer Interface design programs or User Experience Design programs?  Will we need a team-based approach to deliver such products and services?

I wonder how one would go about getting trained in this area in the future if you wanted to create games for education or for the corporate training/L&D world? Will institutions of higher education respond to this sort of emerging opportunity or will we leave it up to the bootcamps/etc. to offer?

 

 

Also see:

 

P90178908_highRes

 

 

Also see:

  • New Demo of Microsoft HoloLens Unveils the Future of Holographic Computing — from seriouswonder.com by B.J. Murphy
    Excerpt:
    What happens when you combine holographic technology with augmented reality and the Internet of Things (IoT)? Well, it would appear that you’ll soon be getting a hands-on experience of just that, all thanks to the Microsoft HoloLens. At the Build Developers Conference, Microsoft had unveiled the HoloLens and shocked the world on just how far we’ve come in developing legitimate, functional augmented reality and holographic computing.

 

future-hololens

 

From DSC:
First of all, I saw the following article:

Globe Theatre launch new augmented reality app — from standard.co.uk by Anna Davis
Take a look at Shakespeare’s theatre wherever you are

Excerpt (emphasis DSC):

A new “augmented reality” app will allow children from across the world to stand inside Shakespeare’s Globe theatre in Southwark.

The free app, released to mark the Bard’s 451st birthday, lets users create a 3D version of the theatre in the palm of their hands and explore inside.

It is one of the first uses of the latest augmented reality technology for schools and the first app of its kind created by a theatre.

 

GlobeTheatre-AR-App-April2015

 

From DSC:
The article got me to thinking…it made me wonder about taking things a step further with the application of augmented reality (AR) as it pertains to the theatre. 

Pretend that you are at a play or an opera. You could turn your mobile device towards the stage and zoom in on various objects, people, places.  Image/object/facial recognition software could allow you to get more information about who is on stage at any given time (I’m not a fan of facial recognition, but this might be an exception for me). 

Perhaps such an app could even provide language translation for you. Listening to an aria in Italian but want to know what the words are?  Who is that villain over there in the corner of the stage and what’s his role in this story? What village or town is this act in? What’s the year?

Or perhaps one could find “Easter Eggs” within the app that might unlock further meaning for the story.

Hmm….very interesting indeed.

 

 

 

 

Leeds College of Music educates students with Junaio — from blog.metaio.com

Excerpt:

If you’ve ever seen a mixing console before, then you already know what I’m talking about. Those consoles can be a headache to prospective sound engineers in the industry, and to the laymen, it’s nearly impossible to figure out how to maneuver all the knobs and buttons. It’s no wonder that Ruth Clark and Craig Golding of Leeds College of Music set out to come up with a better solution to make audio equipment approachable for their undergraduate students.

First of all, using an e-learning software package called Articulate Storyline, they provided the students with an interactive manual that taught them how to use audio mixing equipment. But this application alone didn’t satisfy Clark and Golding. They also reached out to Matt Ramirez, Senior Augmented Reality Developer at Jisc, the charity offering digital services and solutions to UK education and research, to create something that was far beyond the original scope of the project. The manual was enhanced with Augmented Reality – deployed in Junaio – giving students an easy and innovative way to visualize the various panels and buttons on the mixer console with color-coded overlays: by tapping on the colored parts, students were then able to get additional information for each panel in real time.

 

 

 

 

MobileLearningInContext-April2015

New eBook: Mobile Learning in Context — from learningsolutionsmag.com, Janet Clarey, & others; with thanks to Mayra Aixa Villar for this item

Excerpt:

Mobile learning is here to stay: Why be tied to a computer when you can spend the day where you want and learn at the same time? But mLearning isn’t just eLearning on a smaller screen. It has specific demands and offers unique opportunities. Are you making the most of your mLearning? The eLearning Guild’s free eBook, Mobile Learning in Context, might inspire you to rethink your approach.

Rethink your approach
For Mobile Learning in Context, contributing editor Janet Clarey assembled a group of mobile learning thought leaders and asked for their take on the range of mLearning topics. Each of the essays will make you consider the possibilities of mobile learning in a whole new light. Among the eBook’s highlights:

 

 

Watch out for these trends in mobile learning: 2015 and beyond — from blog.originlearning.com

Excerpt:

  • Global mobile data traffic grew 69 percent in 2014 and was nearly 30 times the size of the entire global Internet in 2000
  • Mobile video traffic exceeded 50 percent of total mobile data traffic for the first time in 2012
  • Mobile network (cellular) connection speeds grew 20 percent in 2014
  • In 2014, on an average, a smart device generated 22 times more traffic than a non-smart device.

These are just some excerpts from Cisco’s Visual Networking Index: Global Mobile Data Traffic Forecast Update for 2014 to 2019, but they clearly prove a point. That, the usage of mobiles is growing faster than ever before, backed by the rolling out of quicker internet speeds and smarter phones at affordable prices.

  • The research has also made important forecasts for the next 5 years, such as:
  • The number of mobile-connected devices exceeded the world’s population in 2014.
  • 4G traffic will be more than half of the total mobile traffic by 2017.
  • Because of increased usage on smartphones, smartphones will reach three-quarters of mobile data traffic by 2019.

Now against the backdrop of such information, it is interesting to explore what role mobiles are playing in shaping up the workplace learning scenario. These trends with mobile learning are evidence to the fact that we are on the brink of a new era of learning – through the mobile device.

 

 

Learning in a Multi-device World (Infographic) — from upsidelearning.com by Pranjalee Thanekar; with thanks to Mayra Aixa Villar for this item

Excerpt:

According to the Verto Analytics’ Device Ecosystem US 2014 report, the average number of smartphones, tablets and computers used by an average US adult is 2.8 devices. Further, consumers show an increasingly polarised preference towards a particular device and platform as technology evolves. This indicates the increasing dependency on devices, generated by the ease in switching between tasks and the leverage it provides.

 

 

 

 

 

Augmented Reality can be a reality in your art classroom — from theartofed.com

Excerpt:

Last fall, I attended a technology conference where I went to a session on augmented reality technology (AR) and how it can be used in the classroom. I was blown away by the possibilities of this tech concept and its ability to modify our students’ current reality into a compelling, virtual experience of interactive information.

AR in your Art Classroom
There are dozens of AR apps, programs and resources out there that can help encourage curiosity and inspire critical thinking and intense creativity in your students. Here are a few augmented reality options that you can start infusing into your art curriculum.

Aurasma

ARPhoto#2

 

 

Jaunt VR wants to (virtually) change the way we travel — from cntraveler.com
Gaming is just the beginning. The real future of virtual reality lies in hacking the global travel experience.

 

 

52 of the best apps for your classroom in 2015 — from list.ly by Terry Heick

 

 

Adobe’s Slate is  a [new] visual storytelling app for the iPad — from techcrunch.com; also an article at CampusTechnology.com on this app

 

 

The top 50 apps for creative minds — from theguardian.com
Our pick of the best tablet and smartphone tools to enable you to make video, music, art and more

 

[Microsoft’s] Sway is now collaborative—create and edit together with others!

Excerpt:

When we announced Sway, we knew that people would want to work on standout class projects, eye-catching business reports, engaging vacation recaps, or more, together—it’s the way things are done now, right? But Sway up until now has been a tool for individual authors to create polished content in a new and interactive way to share with their audiences. However, we know you’ve asked for shared editing in Sway in our feedback channels (such as UserVoice), and that Office has delivered real-time editing and collaboration features for years, allowing people to work together to share their collective ideas. On top of that, we can’t tell you how many times that we on the Sway team have said to each other, “I wish I could work on this Sway with you!” So now we’re rolling out co-authoring in Sway!

 

Microsoft debuts Office Lens, a document-scanning app for iOS and Android — from techcrunch.com by Sarah Perez

Excerpt:

Microsoft [on 4/2/15] launched Office Lens, a mobile document scanner app that works with OneNote, for iOS and Android smartphones. The app, which allows users to snap photos of paper documents, receipts, business cards, menus, whiteboards, sticky notes and more, was first launched a year ago as an application designed only for Windows Phone devices.

 

 

5 free (or low cost) tools for Flipped Learning— from Campus Technology’s April/May 2015 edition

  • Doceri
  • Explain Everything
  • Office Mix
  • Screencast-O-Matic
  • Verso

 

 

AppStudio for ArcGIS — with thanks to Dr. Jason Van Horn (Associate Professor Geology, Geography & Env Studies at Calvin College) for this resource
Your mobile mapping apps, built in a snap

Excerpt:

AppStudio for ArcGIS is a groundbreaking tool in the GIS app revolution. It lets you convert your maps into beautiful, consumer-friendly mobile apps ready for Android, iOS, Windows, Mac OS X, and Linux, and publish them using your own brand to all popular app stores – no developer skills required.

 

 

Moodle Mobile 2 is coming: updated look and feel of the application, transition to Ionic Framework — from moodlenews.com

Excerpt:

A few weeks ago Juan Leyva introduced a demo site for Moodlers to check out the 2nd version of Moodle Mobile the ever improving official mobile application for the learning management system. The major changes include a shift to Ionic framework which will greatly enhance the developers’ ability to focus on new features development.

 

 

Some of the best storytelling apps for elementary students — from educatorstechnology.com

Excerpt:

The apps below are particularly useful for elementary students but they can also be used with other age groups. Elementary teachers often complain about the paucity of apps that are kids appropriate compared with apps for other age groups. So we thought it would be useful to create a section in this blog devoted entirely to apps specifically curated for elementary teachers. After we have covered math and writing apps, today’s post features some very good iPad storytelling apps to use with young kids. You can use these apps to help kids develop a wide range of basic literacy skills that include: writing, reading and speaking.

 

 

5 great writing apps for elementary students — from educatorstechnology.com

Excerpt:

The selection we curated for you today contains some  useful iPad apps to use with elementary students to help them with their writing. Some the things your kids will get to learn from these apps include: learning how to write letters, learning phonics and spelling, composing syllables by combining vowels and consonants, and several other basic literacy skills. Some of these apps also include tracking features which allow teachers and parents to keep updated about the progress of their kids.

 

Addendum on 4/8/15:

Addendum on 4/9/15:

Addendums on 4/13:15:

  • Six ways to make movies on a smartphone — from quib.ly by Laura Celada
    Excerpt:

    Have you tried using mobile devices to make movies? Film-making is such a great way for your children to express themselves and nurture their creativity and imagination. We’ve selected the most powerful apps and programs that can even the least techy kids become creative moviemakers.
    None of these require any special equipment, just a tablet or a smartphone. Children can take videos, edit their work and make professional quality movies on the go. Check out the list below and bring out the Spielberg in them. Maybe next year you and your little thinker might be walking down the red carpet…
    .
  • Nice for Every Device: 15 Tech-Agnostic Tools — from edsurge.com
    Posting included tools for:
    Student Response Systems
    Student Collaboration Activities
    English Language Arts/Social Studies
    Math/Science
  • 80 Twitter Tools for Almost Everything — from hongkiat.com

 

 

Madcap and Metaio team up for augmented reality documentation — from blog.metaio.com by Jack Dashwood

Excerpt:

Documentation is a huge industry and with humanity’s continuing pursuit of technology, it’s not slowing down. Instead, documentation methods are growing and diversifying into mediums beyond the traditional paper manual.

Madcap’s newest update, Madcap Flare 11, has taken documentation even further. By leveraging Metaio’s Augmented Reality technology, Flare is now able to export documentation with Augmented Reality content. In a world of increasingly complex and abstract concepts, Augmented Reality provides much needed simplicity, with intuitive 3D models, live video, and dynamic linking between static printed content and digital information.

 

MadcapMetaio-March2015

 

 A video of Audi’s Augmented Reality Manual, back from August 2013:

 

 

From DSC:
Also…what affordances might this present for educators, instructional designers, and the like?

 

 

 

MicrosoftProductivityVision2015

 

Example snapshots from
Microsoft’s Productivity Future Vision

 

 

MicrosoftProductivityVision2-2015

 

MicrosoftProductivityVision3-2015

 

MicrosoftProductivityVision5-2015

 

MicrosoftProductivityVision6-2015

 

MicrosoftProductivityVision7-2015

 

MicrosoftProductivityVision8-2015

 

MicrosoftProductivityVision4-2015

 

 

 

Designing the Future of Augmented Reality: slides from PechaKucha

 

HelenPapagiannis-3-Feb2015

 

Excerpted slides:

 

HelenPapagiannis-2-Feb2015

 

HelenPapagiannis-1-Feb2015

 

 

Also see:

 

40Ideas-Book-Feb2015

Excerpt from 40ideas.com

How will Augmented Reality extend human capacity and human imagination? The 40 Ideas That Will Change Reality documents the inventions, concepts, and opportunities that will forever change the way we experience reality. Eight of the 40 Ideas from the upcoming book are highlighted above.

 

 

 

Augmented Reality and Virtual Reality: what’s the difference? — from augmentedstories.com by Helen Papagiannis

Excerpt:

AR and VR are often confused with each other, and used interchangeably in the media, but they are significantly different. Let’s break it down:

Augmented Reality (AR): real, physical world
Virtual Reality (VR): computer generated environment, artificial world

 

 

 

Reality Has Changed. Microsoft’s HoloLens and what you need to know about the next wave of Augmented Reality — from augmentedstories.com by Helen Papagiannis

Excerpt:

 

HoloLens appears to use a Virtual Retinal Display (VRD).

So, what’s VRD, you ask?

VRD mirrors how the human eye works. The back of the eye receives light and converts it into signals for your brain. Images are projected directly onto the retina with the back of the eye used as a screen effectively.

The result is a more true-to-life image than the ‘ghostly transparent superimposed representation’ (as Gizmodo reporter Sean Hollister describes) we’ve seen with AR eyewear before. Hollister details his experience of Microsoft’s prototype as “standing in a room filled with objects. Posters covering the walls. And yet somehow—without blocking my vision—the HoloLens was making those objects almost totally invisible.” He states, “Some of the very shiniest things in the room—the silver handle of a pitcher, if I recall correctly—managed to reflect enough light into my eyes to penetrate the illusion.”

 

 

 

Microsoft’s HoloLens

 

MicrosoftHoloLens-Feb2015
MicrosoftHoloLens2-Feb2015

MicrosoftHoloLens3-Feb2015

MicrosoftHoloLens4-Feb2015

 

Also see:

 

what-is-ar--augmented-blog--feb2015

 

 


An addendum on 2/17/15 — with thanks to Mr. Steven Chevalia for this resource which deals with immersive experiences:


 

mj-simulator-wired-feb-2015

 

 

 

Oculus Connect Videos and Presentations Online — from oculus.com

 

 

Excerpt:

All the keynotes, panels, and developer sessions from Connect are now available to watch online. The slides from each session are also available for download from the Connect site under the “Schedule” section.  Complete list of the keynotes, panels, and developer sessions from Connect:

Keynotes:

  • Brendan Iribe and Nate Mitchell — Oculus CEO Brendan Iribe and VP of Product Nate Mitchell officially open Connect with their Keynote discussing Oculus, the Gear VR, and the newest prototype: Crescent Bay.
  • Michael Abrash  — Oculus Chief Scientist Michael Abrash discusses perception in virtual reality, the future of VR, and what that means for developers.
  • John Carmack — Oculus CTO John Carmack discusses the Gear VR and shares development stories at Oculus Connect.

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Keynote Panel:

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Developer Sessions:

 

 

 

Related items:

 

 
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