What does ‘learning’ have to learn from Netflix? — from donaldclarkplanb.blogspot.com by Donald Clark

Excerpts:

Of course, young people are watching way less TV these days, TV is dying, and when they do watch stuff, it’s streamed, at a time that suits them. Education has to learn from this. I’m not saying that we need to replace all of our existing structures but moving towards understanding what the technology can deliver and what learners want (they shape each other) is worth investigation. Hence some reflections on Netflix.

Areas discussed:

  • Timeshifting
  • Data driven delivery — Netflix’ recommendations engine
  • Data driven content
  • Content that’s accessible via multiple kinds of devices
  • Going global

 

From DSC:
I just wanted to add a few thoughts here:

  1. The areas of micro-credentials, nano-degrees, services like stackup.net, big data, etc. may come to play a role with what Donald is talking about here.
  2. I appreciate Donald’s solid, insightful perspectives and his thinking out loud — some great thoughts in that posting (as usual)
  3. Various technologies seem to be making progress as we move towards a future where learning platforms will be able to deliver a personalized learning experience; as digital learning playlists and educationally-related recommendation engines become more available/sophisticated, highly-customized learning experiences should be within reach.
  4. At a recent Next Generation Learning Spaces Conference, one of the speakers stated, “People are control freaks — so let them have more control.”  Along these lines…ultimately, what makes this vision powerful is having more choice, more control.

 

 

MoreChoiceMoreControl-DSC

 

 

 

Also, some other graphics come to my mind:

 

MakingTVMorePersonal-V-NetTV-April2014

 

EducationServiceOfTheFutureApril2014

 

 

 

NHL-VirtualReality-WatchFromAnySeat-3-14-15

Excerpt:

AUSTIN, TX – Virtual reality is featured prominently at South By Southwest Sports this year, from using it to better train athletes with Oculus Rift to how it could transform the fan experience watching basketball, football and hockey at home.

The NHL had its first successful test of a 360-degree virtual reality experience at its Stadium Series game between the San Jose Sharks and Los Angeles Kings last month, mounting cameras around the glass that filmed HD images in the round.

 

 

NBA-VirtualReality-WatchFromAnySeat-3-14-15

Excerpt:

When basketball lovers aren’t able to trek to stadiums near and far to follow their favorite teams, it’s possible that watching games on a bar’s widescreen TV from behind bowls of wings is the next best thing. This may no longer be true, however, as a wave of court-side, 3D virtual game experiences is becoming available to superfans with Oculus gear.

Earlier this month, NextVR showed off its new enhanced spectator experiences at the 2015 NBA All-Star Technology Summit with virtual reality (VR) footage of an October 2014 Miami Heat and Cleveland Cavaliers match-up in Rio de Janeiro. The NBA also already announced plans to record VR sessions of the NBA All-Star Game, the Foot Locker Three-Point Contest, and the Sprite Slam Dunk event and practice.

 

NEXTVR-March2015

 

 

OculusRift-InSportsSXSW-2015

 

 

 

From DSC:
In the future, will you be able to “pull up a seat” at any lecture — throughout the globe — that you want to?

 

 



 

Alternatively, another experiment might relate to second screening lectures — i.e., listening to the lecture on the main/large screen — in your home or office — and employing social-based learning/networking going on via a mobile device.

Consider this article:

TV-friendly social network Twitter is testing a new Social TV service on iPhones which provides users with content and interaction about only one TV show at a time.

The aim is to give users significantly better engagement with their favourite shows than they presently experience when they follow a live broadcast via a Twitter hashtag.

This radical innovation in Social TV design effectively curates just relevant content (screening out irrelevant tweets that use a show’s hashtag) and presents it in an easy-to-use interface.

If successful, the TV Timeline feature will better position Twitter as it competes with Facebook to partner with the television industry and tap advertising revenue related to TV programming.

 

Cognitoy-ElementalPath-March2015
CognitoyFramed-March2015

 

 

From DSC:
Given the above…what are the ramifications of that in our/your work?

 

 

Also see:

 

 

A related addendum on 3/11/15
Look at the different expectations of the generations found in this article:

 

A related addendum on 3/17/15:

Excerpt:
The overall goal for DragonBot (which, as far as I can tell, is a common platform used for many different projects) is to develop “personalized learning companions” for children. In other words, MIT is finding ways in which robots like DragonBot can effectively help kids learn.

DragonBot isn’t intended to work like that IBM Watson-based dinosaur robot; it’s not a primary source of knowledge, and it’s not actively teaching a whole bunch of new facts to kids who use it. Rather, DragonBot is intended to help with the process of learning itself, encouraging kids to be interactively engaged in whatever they happen to be learning about.

 

 

AppleWatch-3-9-15

 

 

AppleResearchKit-3-9-15

 

 

Also see:

 

MicrosoftProductivityVision2015

 

Example snapshots from
Microsoft’s Productivity Future Vision

 

 

MicrosoftProductivityVision2-2015

 

MicrosoftProductivityVision3-2015

 

MicrosoftProductivityVision5-2015

 

MicrosoftProductivityVision6-2015

 

MicrosoftProductivityVision7-2015

 

MicrosoftProductivityVision8-2015

 

MicrosoftProductivityVision4-2015

 

 

 

My thanks to Mary Grush at Campus Technology for her continued work in bringing relevant topics and discussions to light — so that our institutions of higher education will continue delivering on their missions well into the future. By doing so, learners will be able to continue to partake of the benefits of attending such institutions. But in order to do so, we must adapt, be responsive, and be willing to experiment. Towards that end, this Q&A with Mary relays some of my thoughts on the need to move more towards a team-based approach.

When you think about it, we need teams whether we’re talking about online learning, hybrid learning or face-to-face learning. In fact, I just came back from an excellent Next Generation Learning Space Conference and it was never so evident to me that you need a team of specialists to design the Next Generation Learning Space and to design/implement pedagogies that take advantage of the new affordances being offered by active learning environments.

 

DanielSChristian-CampusTechologyMagazine-2-24-15

 

DanielSChristian-CampusTechologyMagazine2-2-24-15

 

 

 

MITTechReview-10Breakthroughs-2015

 

 

Excerpt:

Not all breakthroughs are created equal. Some arrive more or less as usable things; others mainly set the stage for innovations that emerge later, and we have to estimate when that will be. But we’d bet that every one of the milestones on this list will be worth following in the coming years.

 

 

MITTechReview-2015-magic-leap

 

 

 

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

 

 

 

From DSC:
Check out some of the functionality in these solutions. Then imagine if these solutions were in the size of an entire wall in a classroom or in a corporate L&D facility. Whew!

  • Some serious opportunities for collaboration would arise for remote learners –as well as those located in the face-to-face setting
  • What new affordances would be present for those teaching in K-12, higher ed, or trainers working within the training/learning and development fields? Conversations/discussions would be recorded — to be picked up at the next session. In the meantime, learners could review the discussions at their own pace.
  • What if all of this were possible in your future Smart/Connected TV?
  • I’m also talking here about a vendor that could offer solutions that K-12 systems and institutions of higher ed could afford; some of the solutions below have much of what I’m envisioning here, but are out of the price range. Or the product is multitouch and fairly large, but it doesn’t offer the collaborative features of some of the other products here.

 


 

mezzanine-feb-2015

 


 

Feb2015-AstecSenseTable-InteractiveDisplay

 

 


ideum-feb2015

 

ideumPresenter-feb2015

Ideum’s touch walls come close to what I’m talking about in this posting. If they could add some functionality for seeing/bringing in/collaborating with remote learners — as found in Mezzanine — then that would be great!

Also see:

 

Also see bluescape — but these excellent, innovative solutions are out of the price range for most K-12 and higher ed institutions:

 

bluescape-1-feb-2015

 

IBM-Watson-Teachers-Hands-2-13-15

 

IBM wants to put Watson in hands of every teacher — from crainsnewyork.com by Thornton McEnery
IBM’s Watson team is in the early stages of developing a mobile app that will help educators use artificial intelligence to create lesson plans.

Excerpt:

Are you a public-school teacher in need of a lesson plan but faced with the crushing ennui of having to find something fresh in your dreary curriculum?

There’s an app for that! Well, almost.

IBM’s Watson team is in the early stages of developing a mobile app that will leverage “thinking computer” technology to put a digital teacher’s assistant in the palms of educators everywhere. Watson’s artificial intelligence is designed to synthesize volumes of data when asked a question like “Watson, can you help me with a lesson plan on the Civil War?” IBM is working with educators to collect and collate vetted content.

 

 


Addendum on 2/16/15:

 

The Big Web Design Trends for 2015 — from sitepoint.com by Joanna Krenz Kurowska; with thanks to Mr. Tim Pixley for this resource

Excerpt:

When thinking about web design, you must consider the full spectrum of possibilities that the internet presents. Done boldly, designers can push the current limits of human interaction and imagination on a global scale – as is often seen with edgier industries, such as creative agency websites.

In this article, we’ll boil down some of the most prominent web design trends emerging in 2015. It is here that we can find true innovation and new opportunities – a few of which may completely change our understanding of a “modern website”.

 

 

8 design trends for 2015 — from istockphoto.com by Rebecca Swift

 

design-forward-feb-2015

 

 

Web design trends that will rule 2015 — from designmodo.com by Tomas Laurinavicius

Excerpt:

Web design is a vibrant and diverse industry that is changing and evolving quickly. Website design is, however, not an end product; it’s an asset in the presentation of a product, connecting people with other people, providing a tool or service.

After reviewing over 500 websites in weekly series of Inspiring Sites of the Week on Despreneur I’ve got a sense of where web design is and where it is going for the next year. In this post I will try to review the current status of web design and predict some trends for 2015.

These are my assumptions and guesses based on my research and experience designing in 2014. Some of these may be right some may be not. If you think there should be something more in this article I’d love to have a discussion with you.

 

 

The trends in web design for 2015 [infographic] — from techinfographics.com by by Josipa Štrok

Excerpt:

The way we use the web is changing in line with the growth of technology. Smartphones and tablets have become a major factor which influencing the design of the web. What are the trends in web design for 2015?

If content is king, then the design is the crown. Home page should be more comprehensive. Visitors must get a sense of intuitive and dynamic interaction. Responsive design of website remains still imperative. Every owner who cares for his visitors should have designed a website that includes technology to automatically adjust the content to the devices where they are read. In the future responsive design will adapt to smart TVs and smart watches, not only monitors, smart phones or tablets. Moving page should be vertical because it contributes to an interactive style stories. After all this way scrolling through content is much easier to use on smartphones / tablets than clicking on the navigation from page to page. Forget the shadows, patterns and textures. Style with simple lines and white space is recommended for the coming year.

 

 

Web design trends to look out for in 2015 — from by Nathan B. Weller

 

 

 

Is this the online learning model of the future? — from ecampusnews.com by Rony Zarom
Flex class options are seeing spikes in enrollment among Gen C students; here’s how to get started.

Excerpt:

“Flex-classes,” a preferred learning style among Gen Cs that offers “flex-attendance“ options to join classes “in-person” or “online” throughout the duration of a course, allowing students to more efficiently, and affordably, learn anytime, anywhere.

In fact, if the current enrollment growth rate continues, nearly half of all college students will be enrolled in a flexible online learning course by 2020.

Based on a cross-generational commonality to stay digitally connected and plugged into mobile devices, these two generations expect more accessible, technology-forward learning environments that give them the flexibility, mobility and freedom to learn when and where they want.

One of the biggest weather deterrents that disrupts student attendance and educators’ lesson plans is snow days, and thanks to virtual flex-class options, snow day disruptions may be coming to an end for good.

Schools around the country have been implementing flex-classes to allow students the option to join classes online on days they can’t make it to school, instead of making up the lost days at another time and often dipping deep into summer vacations. Students can tune in to their classrooms via mobile device or tablet to complete their learning initiatives for the day. The snow day approach is a realistic option for institutions looking to test the effectiveness of flex-class implementation.

 

From DSC:
This is an interesting approach.  What I like about it is that it provides more choice and more control for the student.

What I wonder about is how would this type of learning environment impact the pedagogies that a professor would need to employ…? Or are we not that far along here yet? That is, how does one simultaneously offer a productive online learning experience as well as an effective face-to-face learning experience?

Also, on a slight tangent here from this model…
I’ve been wondering about whether remote students could effectively/simultaneously come into a face-to-face classroom setting — and I think the answer is yes.  As with the corporate world, teams are scattered throughout a nation or from various places throughout the globe — and yet work gets done. Projects get done. Collaboration happens. Learning happens.

Some institutions, including the college where I work at, are experimenting with using telepresence robots to bring in those remote students. The version 2.0’s and above of these robots may be an option.  However, I’m wondering if a better option might be available if a vendor could morph something like Cisco’s StadiumVision into an educational setting…? That is, provide 3-4 camera angles/perspectives per classroom and let the remote learners switch between viewing angles on their end of things…? Such as setup would be very interesting to experiment with.

Also, in regards to learning spaces, should one wall be dedicated to bringing in remote students? That is, one of the walls could display who all is coming into a classroom remotely so that they could be a part of the discussions and so that the F2F students could see and interact w/ those remote students.

Finally, might these ideas dovetail into the idea of providing learning hubs — where Subject Matter Experts (SMEs) could be synchronously or asynchronously presenting information (in a digital/virtual manner) and leading a discussion for those who are seated and learning together in a physical setting? 

 

 

Exclusive: Facebook hiring spree hints at ambitions in virtual reality and beyond — from reuters.com by Alexei Oreskovic & Bill Riby

Excerpt:

(Reuters) – Virtual reality goggles, drones and data centers are all driving a hiring spree at Facebook Inc (FB.O) that is set to swell its ranks as much as 14 percent in the near term, according to a review of job listings on the company’s website.

The Internet social networking company aims to add nearly 1,200 new employees, the outgrowth of aggressive investments that executives have said will define the coming year.

Oculus Rift, the maker of virtual reality headsets that Facebook acquired in a $2 billion deal last year, is among the key areas slated for growth, with 54 jobs listed on its website, according to a review by Reuters of listings.

 

 

Also see:

 

Addendums on 1/22/15 and 1/23/15:

 

IBM Awards University of Texas at Austin Top Spot in Watson Competition — from indiaeducationdiary.in

Excerpts/applications (emphasis and numbering via DSC):

New York: IBM (NYSE: IBM) today announced the first winner of its Watson University Competition, part of the company’s partnership with top universities through its cognitive computing academic initiative. The winning team of student entrepreneurs from the University of Texas at Austin will receive $100,000 in total in seed funding to help launch a business based on their Watson app, which offers the promise of improved citizen services.

The University of Texas at Austin took home top honors with a new app called 1) CallScout, designed to give Texas residents fast and easy access to information about social services in their area. Many of Texas’ 27 million residents rely on the state’s social services – such as transportation, healthcare, nutrition programs and housing assistance – though they can have difficulty finding the right information.

“These academic competitions expose students to a new era of computing, helps them build valuable professional skills, and provides an opportunity for young entrepreneurs to bring their ideas to life.”


Two other innovative projects rounded out the top three finalists in the competition. Students from the University of Toronto took second place with 2) “Ross,” an app that allows users to ask Watson legal questions related to their case work, speeding research and guiding lawyers to pertinent information to help their case. In third place, students from the University of California, Berkeley, designed a new app called 3) “Patent Fox” that conceptualizes patent ideas, simplifies queries, streamlines filing processes and provides confidence-ranked, evidence-based results.

“Through this program we have been able to create a unique experience that not only enabled our students to develop skills in cognitive computing, app development and team work, but also in business development.”
 
 
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