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The first time their doctor appears on the big screen in front of them, live and in real time, people are floored. “For somebody who has never seen this before, it can be pretty exciting,” says Courtney Barnette, president of EventXPERTS, an experiential mobile marketing company. Barnette is using a suite of Samsung technologies to share the excitement around Nemours Children’s Health System and its innovative CareConnect virtual healthcare app, which delivers live doctors’ visits to patients via mobile devices.

While CareConnect has drawn thousands of users since its launch last fall, the premise of a virtual doctor’s visit isn’t easily conveyed. “Our biggest challenge is really in being able to show people what this is for. It can be very difficult to do that on a small phone, especially when you have a large audience,” says Carey Officer, director of service delivery innovation at Nemours. “The visual display from EventXPERTS is just a phenomenal way to do that.”

Challenges to Live Demonstrations

While live demonstrations were the best way to spread the word about the CareConnect app, EventXPERTS faced a number of challenges when helping to promote the virtual healthcare service at large public events.

First, they had to address the confusion and lack of awareness surrounding telehealth services in general. While 25 percent of healthcare providers reportedly have implemented telehealth and telemedicine programs, these programs aren’t well understood. One survey found that even among tech-savvy consumers, 39 percent still haven’t heard of telemedicine.

While a captivating live telehealth demonstration can help break down those barriers, there are still technical hurdles to overcome when displaying the service in front of a large crowd. “Not everybody can gather around a device. When you have 20 or 30 people, they can’t all see one phone, so we looked at how we could make it larger,” Barnette says.

His solution — using a compilation of Samsung technologies to create a compelling visual display — has allowed Nemours to exhibit its app to large crowds all at once.

Using Cutting-Edge Technology to Tell Stories

The centerpiece of the display is a 60-inch Samsung Smart TV that broadcasts the doctor live in a mock consultation. The screen also loops videos and commercials of the hospital during downtime. A Galaxy tablet, using a front-facing camera, is broadcast with AllShare, while Samsung Galaxy smartphones are used to demonstrate the app. An additional 48-inch Samsung digital signage display shows pricing and other key messaging.

“It is all about putting up digital content that helps to tell the story,” Barnette says. “This is a great way for us to show off the technology because it allows people to actually see how it works.”

The hospital has used Barnette’s storytelling technology to put its app directly in front of likely users, taking the demonstration to a range of events related to its core mission of juvenile health. Highlights have included:

JDRF One Walk for Juvenile Diabetes

Cystic Fibrosis Great Strides Walk

March of Dimes – March for Babies Walk

Crohn’s & Colitis Foundation – Take Steps Walk

FARE National Food Allergy Conference

Nathaniel’s Hope – Make ‘m Smile Walk

Family Cafe Conference

More than just a chance to display the app, these events have turned into active recruitment opportunities for CareConnect. “A lot of people actually stick around to download the app. At one show we did 60 sign-ups in one day,” Barnette notes.

“When they see how easy it is for us to connect, watching it on the big screen, they start to think maybe this would be something better for them to do next time a child is sick. They will tell us, ‘If I had known about this, I would have paid the $49 ten times over before I ever went to the emergency room,’” he says.

Hospital officials say the high-tech display has helped put their product in front of the public in a meaningful new way. “We have tried the brochures and the pamphlets, but it really didn’t connect. This gives parents some direct exposure to what the product can do for them,” says Officer.

As Barnette considers the power of Samsung’s display technologies, he’s looking next to virtual reality and the possibility of adding a 360-degree interactive experience to future demonstrations.

Virtual doctors’ visits can also have a huge impact in the mental health field. Find out here how a Wisconsin behavioral health provider is using telehealth to reach patients hundreds of miles away.

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Using Dance To Promote Sel Skills

Last school year, veteran teacher Jennifer Grau decided to introduce dance as part of her effort to build bonds between her special education students and the general ed second graders at her school on Chicago’s West Side.

Using videos to help her students learn a few simple steps, Grau was able to get them working with both preferred and non-preferred partners. The energy of the music and the students’ focus on the steps helped them forget about any differences they felt between themselves and their classmates.

Grau’s new strategy worked like a charm. “It was the first time all the kids were engaged and collaborating without any fights or complaints,” she said. The lessons helped students explore ideas of diversity and social engagement, and they finished by reflecting on how the activity helped them get along better.

The most successful social and emotional learning (SEL) programs use active forms of learning to teach students, and evidence suggests that dance outpaces other forms of physical activity and other forms of arts learning when it comes to improving SEL outcomes. Despite the evidence, dance is not included or prioritized in the curriculum of the vast majority of schools in the U.S. and around the world.

Two Left Feet? No Problem!

In many schools, the greatest barrier to bringing dance into classrooms is a lack of comfort with dance on the part of classroom teachers. For most students, permission to move—especially with music—offers considerable stress relief and an immediate boost to their sense of optimism and joy. Luckily, there are resources that can take the pressure off teachers to lead the activities.

Dance can be used to foster students’ intrapersonal and interpersonal SEL skills, as well as skills like responsible decision-making. To see how, we’ll consider three dance activities. To get started, you’ll need to find a short dance video that your students will enjoy—look for something with just a few simple movements that they can easily follow and learn. Teachers looking for videos might start with the free Dance-of-the-Month lessons (registration required) from my own organization, EduMotion, and the H.Y.P.E. the Breaks videos on YouTube created by Hip-Hop Public Health.

Intrapersonal SEL Skills

Self-awareness and self-management are fundamentally rooted in the body, making dance an excellent tool for building such competencies as emotional awareness, accurate self-perception, and impulse control.

Using dance to identify emotions: Dance and movement can be a great way for students to explore how emotions are shown and felt in their bodies. Give your student this prompt: “Emotion is a word that describes the feelings you have. How does your face show emotion? How do other parts of your body show emotion?” Next, invite students to follow along to the dance or movement video you’ve selected. After the students perform the dance together, ask them to choose a favorite move from the dance and practice that move while showing an emotion they select. They can do this in pairs—each student should guess what emotion their partner is trying to convey.

Conclude the activity by prompting students to reflect on what their body feels like when they are showing the emotion they select. By thinking about what an emotion feels and looks like in their body, they become more self-aware and attuned to their emotions.

Interpersonal SEL Skills

Many dance and movement activities promote teamwork and cooperation and provide rich opportunities for developing relationship skills and social awareness.

Using dance for communication: In this activity, students consider how they communicate both verbally and nonverbally, and they practice listening and responding to input from others.

To start, give students this prompt: “When we communicate, we use words and body language to let other people know our thoughts and feelings. How can you communicate with words? How can you communicate with body language?” Next, as in the activity above, invite the whole class to follow along to the dance or movement video you’ve selected.

Finally, have students practice giving each other feedback with active listening skills. Have them try the dance or movement while facing a partner, and think about how they can be friendly with their partner as they work together. After trying some steps together, prompt them to talk to each other about how it went—was it easy? hard? fun? silly? While they’re listening to their partner’s feedback, they should make eye contact and smile in encouragement. Prompt them to end the activity by thanking each other and exchanging a handshake or high five.

Responsible Decision-Making

Dance and movement can be a wonderful way for students to work on problem-solving and to develop the ability to evaluate and reflect, which in turn can affect their thinking on things like their responsibility to help make the world a better place.

Using dance to promote good citizenship: In this activity, students explore ways to make healthy choices and then identify a personal “superpower” that can help make the world better. Give your students this prompt: “It’s important to act in ways that are healthy and positive for ourselves and others. How can you be safe and speak up for others?”

Invite students to follow along to the dance or movement video you’ve selected. Once they’ve got the moves down, have them identify a superpower they could use to make the world better and embody the superpower by adding it to the movement activity. They should think of a pose that will show the superpower, and then discuss their ideas.

Diversity, Equity, and Inclusion Considerations

When choosing resources for dance or movement-based activities, keep in mind that dance can be useful in fostering cross-cultural understanding and respect: By studying dance forms that originate in other parts of the world, students gain understanding of the history, identities, and values of others.

Dance can also help students overcome cultural and linguistic obstacles because of its focus on nonverbal communication. For English language learners, in particular, dance provides the opportunity to express themselves through the body and has been shown to bolster their self-esteem.

Vr Shinecon Virtual Reality Headset

What’s in the Box

I see no mention of these pieces in the actual part of the manual that I can understand, so I have no idea what they’re for. Any guesses (hint: they’re not magnets)?

Luckily, the app isn’t needed; it’s just some recommendations to help save you some time. It would really be handy if it were in English. I could have saved the hour or so it took me to find some decent VR apps to try (including the trial and error of finding one that works properly).

After playing around with each adjustment option, you should have a crystal clear view of the app or anything else you’re viewing.

Finally, you’ll need to control the app by using your body – mainly your head. Since everything is in 3D, you have to act as if you’re right there in the setting; you’ll need to shake your head and rotate it to manipulate games and such.

Personally, I find some apps too difficult and frustrating to control by just moving my head around. They either move too slow or don’t move at all. Maybe I’m just too impatient.

I’ve tried a Google Cardboard knockoff in the past, and I must say this is much better in quality for obvious reasons. It’s very well padded, comfortable to wear, a lot more stylish, and doesn’t require you to put anything together; it comes ready-to-use right out of the box. It also has an adjustable strap for wearing on your head – no need to hold it the entire time like Google Cardboard. I only wish it had the built-in trigger / action button.

Charnita Fance

Charnita has been a Freelance Writer & Professional Blogger since 2008. As an early adopter she loves trying out new apps and services. As a Windows, Mac, Linux and iOS user, she has a great love for bleeding edge technology. You can connect with her on Facebook, Twitter, Google+, and LinkedIn.

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Elemental A Recreational Virtual Meta

ELEMENTAL is a meta park created for discovering the 4 elements earth, fire, water, and air. Jennifer Durand and Daniel Escobar created the project as a part of PAACADEMY’s “Meta-Fluid Studio” with Mariana Cabugueira. The project’s main objective was to create a well-being experience using natural and architectural elements in the metaverse.

The Meta-Fluid online workshop was hosted by PAACADEMY, between May 15-July 15, 2023, on ZOOM. Meta-Fluid is one of the High-demand workshops at the PAACADEMY that focuses on exploring the quality and power of Fluid Design to conceive cyber-urban environments in virtual cities. The goal is to create a free-standing virtual city designed by 30 different designers teamed up in 3s. Some teams create meta-archi typologies for this studio, and some designers will join skills to develop a ‘Meta-Urban’ base. Combined, they make a free-standing, fluid virtual urban field and prove the Multi-Author Urban Design to be the directionality for the future of virtual cities.

The designers had previously explored other metaverse virtual platforms and building typologies ranging from a skyscraper and more sci-fi environments. Through their projects, they consider posing questions that might lead them to develop a narrative that lets them synthesize multiple ideas in new ways. In this case, the project idea started when they wanted to work with the natural and the digital. As technologies push for more realism in the visualization of environments and meta worlds, They wanted to see if it’s possible to develop still sensations that are natural in the built environment through architectural elements and natural elements. If city dwellers go to the countryside for relaxation, where do people go for digital escape? Is it just another video, or do they start creating natural environments that also have the potential to nurture the senses and emotions? They realized this project was a response to what might be a future not so distant.

They started the project by discussing the various themes they wanted to explore. After the discussion, they moved on to sketches and pulled imagery aligned with the concept. This process was coupled with modeling iteratively through a variety of scenarios and geometries usually translated from sketches or through improvisation. In the end, they critique and judge, and make adequate changes to push the concept translation forward.

The whole project modeling was created using Autodesk Maya. Maya is the best form-finding software, as you can quickly make many design iterations. At the beginning of the project, they tested different ideas and scales for the buildings. Reaching the end, they used a more human-like scale for the structure because they wanted to create that type of experience in the metaverse. Thanks to the Catmull Clark algorithm in Maya, the geometry realized has a unique aesthetic quality that allows for great spatial design.

From the beginning, designers focused on creating a metaverse project, so they started to think differently to make a unique experience inside the project. Each of the buildings has a particular mood (because of materiality and lighting fixtures), so when they integrated the project inside Unreal Engine, they had that point very clear. Unreal has the option to add very realistic vegetation into the project, also water fixtures, animals, and particle effects that enhance the project. At the video recording stage, Unreal has a cinematic camera for making unmatched reels in their output quality; that was the main reason they used Unreal in this project.

Although the project intended to create a nonhierarchical multilayered park, they deducted that by creating spatial elements with a unique atmosphere, there is more richness in the navigation and exploration of this meta park. This feature serves the natural curiosity analogous to when we are in physical nature and seek to explore its different landscapes and formation, freeing ourselves of urgency to go somewhere, rather finding the journey to be the time where we might encounter something unexpectedly pleasant.

Humans have been trying to tame nature by using the earth to plant vegetables, fire to heat homes, air to push a sailboat across the Atlantic, and water to create cities. Plato labels these four elements as the keys to our existence and our understanding of life on this planet unfolds. They exist in the physical world and, as of recent years, have been simulated and observed through digital tools. One question is, if they have been created in virtuality, they can give us the same sensations as we have in reality, or this copy of the physical life will create a whole catalog of new feelings? Do they need to be included in our digital worlds? Since the designers control what is generated in the metaverse, does nature still need any representations?

What To Do When Your Mac Displays The Wrong Time

Have you ever ran into a scenario where your Mac displays the incorrect time? It can throw a lot of things out of whack across all of your apps.

Despite all the things that can go wrong when your Mac’s time is incorrect, it can be pretty easy to fix the problem. We’ll walk you through some possible fixes in this piece.

Your Mac may show the incorrect time for a number of reasons; some of the most common are:

Software glitches

Location services can’t determine your correct time

The Mac hasn’t been powered on for a long time

The Mac might have been brought into a new time zone

Someone may have changed your time on you

More scenarios are also possible, but these are typically the most common. Regardless of what caused it, the steps to fix it are outlined below.

To fix a Mac displaying the wrong time, take yourself through the following troubleshooting steps:

Restart your computer

This one should seem obvious from anyone involved in IT. Have you tried turning it off and on again? This can sometimes fix this problem without any headaches.

Check your date and time settings

Look at your date and time settings from  → System Preferences → Date & Time. Check to see if the Mac is set to change your time automatically based on your location or not. If it is, and your Mac is showing the wrong time, continue through the steps below. If it’s not, turn it on and allow your Mac to set your time automatically based on your location.

Make sure you have location services enabled

Setting your time and time zone automatically requires location services be enabled on your Mac. You can double check you have this enabled by going to  → System Preferences → Date & Time → Time Zone and then making sure the Set time zone automatically using current location check box is enabled.

Make sure you have an internet connection

If you have your Mac set to set the time automatically, make sure it has a solid internet connection so it can refresh your time based on your location. If it can’t connect to the internet properly to check your date and time, things like time zones and daylight savings can throw it off and keep it from updating when the time changes.

Keep your time zone in check as you travel

If you moved from one side of the country to another, or even did something as simple as cross a state border, then you may have crossed a time zone. These are fidgety things that rule the time of day based on your position in the world. If you move out of your time zone, then your Mac might still be showing the time from your previous time zone and needs to be updated accordingly.

This will be done automatically when you connect to the internet if you have automatic time enabled, but it may need to be done manually if you don’t have automatic time enabled by going to  → System Preferences → Date & Time → Time Zone.

Set your date and time manually

In the case of some software glitches, you might need to set the time manually. You can do this from  → System Preferences → Date & Time by un-checking the Set date and time automatically check box. You will then need to fill in the time manually based off of your knowledge of what time it is.

Keep your Mac’s battery charged

If you keep your Mac powered off for a long period of time, then all of its on board power source may be depleted. Some Macs may rely on a system or PRAM battery to keep certain functions like timekeeping in check. When the PRAM battery dies, your Mac will try to source power from the system battery instead. In cases where both have died, timekeeping may be affected. You should probably contact Apple for hardware support if you suspect PRAM battery issues.

Reset your Mac’s NVRAM

If your Mac is having trouble keeping track of your time no matter what you do, you may want to try resetting your NVRAM. This component in your computer deals directly with timekeeping and some software glitches related to your NVRAM can trigger problems with the time that gets displayed.

Contact Apple

In almost all other situations where any of the above suggestions can’t fix a timekeeping issue on your Mac, you should probably call Apple and see what they have to say.

In most cases, one of the steps above should have fixed your timekeeping woes on your Mac. If it didn’t, then your best bet is to check with Apple.

How Does Ai Upscaling Work On Direct View Led Displays?

New extremely high-resolution 8K displays are now incorporating artificial intelligence (AI) to enhance content resolution, demonstrating both their present-day business value and their potential.

Algorithms and computing built into Samsung displays can enhance lower-resolution content — such as Full HD and 4K — by scaling them to 8K, intelligently populating all the extra screen pixels and producing stunning visuals. The AI technology from Samsung processes a video’s features while using an artificial neural network, which emulates the human brain to steadily build a stronger understanding of video characteristics.

Displays equipped with machine learning-based AI upscaling analyze and adapt content in real-time rather than stretching it to fill an 8K display, which has been the standard for years. AI upscaling populates the additional pixels and improve the display resolution. The results: enhanced, sharpened visuals that are incredibly crisp and rich, and make the case for 8K, even if the original creative was not produced for that resolution.

When 4K displays first started coming on both the consumer and commercial display markets, a common concern was that while 4K material looked amazing, there was very little of it being produced. Why have a 4K screen when there wasn’t much 4K content to show?

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Fast forward to today, and 4K video is now common.

8K is in the same situation — with a lot of excitement about its possibilities for premium visual applications. But like 4K in its early days, relatively little content is currently being produced at that super high resolution.

Whether LCD, QLED or direct view LED, commercial displays have a defined number of horizontal and vertical pixels. With flat-panel displays, resolution is a fixed number, like Full HD or Ultra HD. LED resolution may also be defined by a set size, such as the series of fixed sizes for Samsung’s The Wall. Or, resolution may be tied to the aggregate number of pixels resulting from LED “cabinets” stacked and tiled to create a video wall.

Often, video walls are a flagship retail store’s key visual feature. If a video wall needs 10 LED cabinets to fill the available wall space, and each cabinet has 300 LED light pixels horizontally, then the horizontal resolution is 3,000 pixels.

A 4K display is defined as 3,840 by 2,160 pixels, while an 8K doubles that to 7,680 by 4,320 pixels. If a 4K video was shown on an 8K display without being processed and scaled up, the video would sit in the middle of the screen, surrounded by black, only populating half of the available pixels.

When a video is upscaled or upconverted, it’s processed in such a way that matching material is created to fill in the gaps and produce a video that fills the whole screen. The onboard computing and software look at adjacent pixels within a video frame and use machine learning to determine how the new pixels should look. The content gets sharper, better-defined edges and appears more detailed.

Samsung implemented its AI 8K upscaling technology in 2023 as a result of R&D from its in-house Picture Quality Solution Lab. The goal? Using deep learning algorithms to ensure that displays are always optimizing video quality.

“Deep learning enables more precise and efficient image quality improvements than can be achieved by humans alone,” says lab team member Hyungjun Lim.

“Previous machine learning technology brought about enhanced sharpness to display picture quality, but now our technology can also offer more delicate texturing,” adds Hyunseung Lee, a lab team member who developed enhanced edge sharpness for the AI Quantum Processor 8K built into displays. “Images with complicated textures, like mountain or grass landscapes, can now be upscaled into 8K quality more naturally.”

Matching content to the available resolution is just one part of the on-screen benefits powered by AI/machine learning. The technology is also being used to reduce video background noise, repair any distortion caused by compression (used to reduce file sizes) and categorize content by video quality.

AI upscaling also creates more detailed, natural-looking video by enhancing features such as image depth, light, color and line differentiation. The results bring on-screen visuals that much closer to real life.

Native 8K consumer video content is still a largely unpursued application due to the computing overhead and infrastructure demands. 8K video comes in large files, and that affects everything from storage and processing power to bandwidth. While some consumers now have 4K TVs, a lot of the cable and streaming content they’re watching is just in converted Full HD.

4K resolution addresses the everyday needs of many commercial display applications, like retail digital signage and menu displays, but 8K screens can deliver the granular detail you want for display projects in applications such as medical imaging and research, energy exploration, museums and archives.

Imagine medical imaging on a lobby video wall at a cancer institute, showing the super-fine details that are normally only visible under a microscope. Or, imagine ancient manuscripts in an online exhibit, digitized in such fine detail that the viewer can even see minute characteristics of the paper and the ink.

Native 8K presents the future opportunity to show lifelike visuals — at life size — on LED screens. AI bridges that gap to business display projects today.

To learn more about video walls and LED projects, check out our free white paper. And explore Samsung’s line of cutting-edge QLED 8K displays.

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