OpenAI’s text-to-image engine, DALL-E, is a powerful visual idea generator — from venturebeat.com by Gary Grossman; with thanks to Tim Holt for sharing this resource
Excerpt:
OpenAI chose the name DALL-E as a hat tip to the artist Salvador Dalí and Pixar’s WALL-E. It produces pastiche images that reflect both Dalí’s surrealism that merges dream and fantasy with the everyday rational world, as well as inspiration from NASA paintings from the 1950s and 1960s and those for Disneyland Tomorrowland by Disney Imagineers.
From DSC:
I’m not a big fan of having AI create the music that I listen to, or the artwork that I take in. But I do think there’s potential here in giving creative artists some new fodder for thought! Perhaps marketers and/or journalists could also get their creative juices going from this type of service/offering.
Speaking of art, here are a couple of other postings that caught my eye recently:
Also see:
From DSC:
I was thinking about projecting images, animation, videos, etc. from a device onto a wall for all in the room to see.
One side of the surface would be more traditional (i.e., a sheet wall type of surface). The other side of the surface would be designed to be excellent for projecting images onto it and/or for use by Augmented Reality (AR), Mixed Reality (MR), and/or Virtual Reality (VR).
Along these lines, here’s another item related to Human-Computer Interaction (HCI):
Mercedes-Benz debuts dashboard that’s one giant touchscreen — from futurism.com
Wonder Tools | The Best Data Viz Tool — from wondertools.substack.com by Jeremy Caplan
How and why to use Flourish to make impressive charts fast and for free
Excerpt:
Flourish is a terrific tool for visualizing data. It’s easy to use and free. Unlike some complex tools aimed at data professionals, Flourish is simple enough for anyone to use. It’s also flexible and polished enough to use in professional newsroom projects. And it comes with a wide range of templates so you can create a strong interactive data visual to embed on any site within a couple of hours.
Mind-Bending 3D Staircase Wins the Best Illusion of the Year Contest — from interestingengineering.com by Loukia Papadopoulos
The winner’s work is a mesmerizing take on the classic Schröder Staircase.
Coming Home for Christmas — from 500px.com by Arnd Kolleck
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Animation Trends in 2021: Popping and Intriguing Animation Ideas — from graphicmama.com by Lyudmil Enchev
Excerpt:
Before we dive in, a quick list of the 9 animation trends in 2021:
1. 3D style
2. Live-Action and Animation Mix
3. Use Textures
4. Don’t Underestimate Sound FX
5. Unique Characters and Illustration styles
6. Realistic Expressions
7. Glow and Shine Effects
8. Retro/Vintage Style Animations
9. Storytelling
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Meet Texas A&M graduate Cheyenne Chapel, a CG artist behind Pixar’s new animated film ‘Soul’ which premieres this Christmas on Disney+ — from victoriaadvocate.com by Joe Friar, with thanks to Keesa V. Johnson for posting this on LinkedIn
Cheyenne Chapel is photographed on January 21, 2020 at Pixar Animation Studios in Emeryville, Calif. (Photo by Deborah Coleman / Pixar)
Impressive Moving Dunes Optical Illusion — from fubiz.com
Sony to reveal all new Direct-View Display tech in January — from provideocoalition.com by Jose Antunes
Excerpt:
Sony will start 2021 unveiling “the next Sony breakthrough in premium Direct-View Display technology to faithfully bring content to life as the creator intended”, announced the company.
Also see:
Sony Spatial Reality Display: 3D without glasses for creatives — from provideocoalition.com by Jose Antunes
From DSC:
When reading the abstract of the article/research entitled, “Does Telemedicine Reduce Emergency Room Congestion? Evidence from New York State,” I wondered again:
Will the growth of telemedicine/telehealth influence the growth of telelegal?
I think it will.
We show that, on average, telemedicine availability in the ER significantly reduces average patients’ length of stay (LOS), which is partially driven by the flexible resource allocation. Specifically, the adoption of telemedicine leads to a larger reduction in ER LOS when there is a demand surge or supply shortage.
Also see:
7 Things You Should Know About Virtual Labs — from library.educause.edu
Excerpt:
Virtual labs are interactive, digital simulations of activities that typically take place in physical laboratory settings. Virtual labs simulate the tools, equipment, tests, and procedures used in chemistry, biochemistry, physics, biology, and other disciplines. Virtual labs allow students to participate in lab-based learning exercises without the costs and limitations of a physical lab. Virtual labs can be an important element in institutional efforts to expand access to lab-based courses to more and different groups of students, as well as efforts to establish contingency plans for natural disasters or other interruptions of campus activities.
Addendum on 8/27/20:
DC: Individuals or teams can use this tool that works on top of Zoom (i.e., doesn’t require the network effect to make a diff). How might such functionality impact online-based learning?#onlinelearning#inclusion#videoconferencing https://t.co/b2IFvHpsVO
— Daniel Christian (@dchristian5) July 15, 2020
“Existing meeting interfaces had been designed with a singular goal, to simply enable virtual conversations. How could we build a meeting interface from the ground-up that intentionally facilitates engaging, productive, and inclusive conversations?”
From DSC:
The article below got me to thinking about designing learning experiences and what our learning experiences might be like in the future — especially after we start pouring much more of our innovative thinking, creativity, funding, entrepreneurship, and new R&D into technology-supported/enabled learning experiences.
LMS vs. LXP: How and why they are different — from blog.commlabindia.com by Payal Dixit
LXPs are a rising trend in the L&D market. But will they replace LMSs soon? What do they offer more than an LMS? Learn more about LMS vs. LXP in this blog.
Excerpt (emphasis DSC):
Building on the foundation of the LMS, the LXP curates and aggregates content, creates learning paths, and provides personalized learning resources.
Here are some of the key capabilities of LXPs. They:
So, this is about the LXP and what it offers; let’s now delve into the characteristics that differentiate it from the good old LMS.
From DSC:
Entities throughout the learning spectrum are going through many changes right now (i.e., people and organizations throughout K-12, higher education, vocational schools, and corporate training/L&D). If the first round of the Coronavirus continues to impact us, and then a second round comes later this year/early next year, I can easily see massive investments and interest in learning-related innovations. It will be in too many peoples’ and organizations’ interests not to.
I highlighted the bulleted points above because they are some of the components/features of the Learning from the Living [Class] Room vision that I’ve been working on.
Below are some technologies, visuals, and ideas to supplement my reflections. They might stir the imagination of someone out there who, like me, desires to make a contribution — and who wants to make learning more accessible, personalized, fun, and engaging. Hopefully, future generations will be able to have more choice, more control over their learning — throughout their lifetimes — as they pursue their passions.
10 ways COVID-19 could change office design — from weforum.org by Harry Kretchmer
“Think road markings, but for offices. From squash-court-style lines in lobbies to standing spots in lifts, and from circles around desks to lanes in corridors, the floors and walls of our offices are likely to be covered in visual instructions.”
From DSC:
After reading the above article and quote, I wondered..rather than marking up the floors and walls of spaces, perhaps Augmented Reality (AR) will provide such visual instructions for navigating office spaces in the future. Then I wondered about other such spaces as:
45% of ORs will be integrated with artificial intelligence by 2022 –– from healthitanalytics.com by Jessica Kent
Operating rooms will become infused with artificial intelligence in the coming years, with interoperability and partnerships fueling growth.
Excerpt:
Thirty-five percent to 45 percent of operating rooms (ORs) in the US and beyond will become integrated with artificial intelligence and virtual reality technologies by 2022, according to a recent Frost & Sullivan analysis.
AI, virtual reality, and other advanced tools will enable ORs to use intelligent and efficient delivery options to improve care precision. Robotic-assisted surgery devices (RASDs) will play a key role in driving the $4.5 billion US and European hospital and OR products and solutions market to $7.04 billion by 2022, the analysis said.
Data visualization via VR and AR: How we’ll interact with tomorrow’s data — from zdnet.comby Greg Nichols
Excerpt:
But what if there was a way to visualize huge data sets that instantly revealed important trends and patterns? What if you could interact with the data, move it around, literally walk around it? That’s one of the lesser talked about promises of mixed reality. If developers can deliver on the promise, it just may be one of the most important enterprise applications of those emerging technologies, as well.
Also see:
