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Companies can make use of Artificial Intelligence and 5G RAN to benefit. Ericsson introduced a brand innovative AI and a 5GRAN business opportunity for socially distant visitors in MWC 2022. Find out the latest developments Ericsson and NVIDIA have been working on and explore some of the new applications. Two extremely exciting events happened in the past few days. It was quite surreal to get on an aircraft to Barcelona to meet many of my clients and customers in such a short period. In the second, I demonstrated my latest demo in front of an audience of analysts from industry and tech strategists.

It could be the joy of meeting new partners or finally going to an event or the excitement of making a public announcement of an alliance. It was also the sensation of wearing a mask and speaking for twelve hours. You can spend a lot of time dreaming about the future while working in technology. When I entered the showroom floor, I was struck by the enthralling use cases of 5G for companies that need to innovate.

AI on 5G is a reference on the “now. “

AI and 5G technologies will alter business practices and accelerate economic growth to 2030. For years we’ve been discussing the potential of merging these technologies. Through the assistance of app developers, a multitude of businesses can integrate AI with 5G. When I entered the showroom floor, I was struck by something I learned concerning 5G. There are plenty of exciting applications for businesses that require innovation.

AI 5G technology could change the rules of work. We’re only a step from achieving this during MWC. The first domino is in place.

This article will highlight several interesting use cases we currently see. The article also reveals the latest development from Ericsson’s Cloud RAN team and NVIDIA’s partner NVIDIA. We created it with the assistance of our ecosystem partners HPE, Chooch, and other partners.

AI and 5G: The ideal recipe

AI is the most skilled chef to show how to enjoy 5G’s endless array of delicious innovations that produce large amounts of data. . 5G is 100 times faster than 4G. Provides extremely low latency and more bandwidth. It also offers ultra-reliable and secure connectivity, resulting in an environment that allows for unending connectivity and unlimited opportunities. On the other hand, AI applications that run with a 5G network will unlock the power of intelligence to allow creativity and innovation and deliver a better experience.

AI use in managing an enterprise has seen a massive increase. According to PwC estimates, it will contribute an estimated $15.7 trillion to the global economy. 15.7 trillion into the world economy in 2030. AI is an application on the network that allows for new applications. 2030 will see the widespread use of AI and 5G, transforming business and speeding up economic growth. For years we’ve been discussing the possibility of merging these two technologies. Through the assistance of app developers, a multitude of companies can be able to combine AI as well as 5G. This will enable them to be enthusiastic about what will come shortly. As I walked on the showroom floor, I noticed something interesting concerning 5G. There are plenty of exciting applications for companies that are looking to innovate.

AI on 5G comprises autonomous vehicles guided by AI, video analytics, and asset tracking. Robo factories, too, are part of. Cloud RAN is a great alternative to this mix. More details later.

It requires a collective effort to achieve the right results. Future communications services, telecom companies, device makers, cloud infrastructure suppliers, and hardware manufacturers. As I entered the showroom floor, it was clear that USD 15.7 trillion was required to help support the world economy until 2030. AI is an application on the network that allows for innovative use scenarios. As an example, I discovered that AI could be used widely commercially by 2030. 5G will transform businesses and increase economic growth. This is a topic of debate. Future communications providers, telecom providers and device makers, cloud infrastructure suppliers, and hardware manufacturers. When I entered the showroom floor, I was amazed by the length of time it took. As the world is transforming with AI and 5G technology, thousands of companies (with the assistance of app developers) will spend a lot of time looking ahead to the future. When I entered the showroom floor, I was struck by a fact concerning 5Gthat are plenty of innovative applications ideal for companies looking to innovate.

AI on 5G is certain to combine all the elements necessary to enable 5G (and above) to fulfill the promise of changing how companies operate. This new and powerful ecosystem has a win-win-win scenario for all.

Easy-to-implement AI-5G solutions for advancement on the edge

Ericsson and NVIDIA (inventor of Graphics Processing Unit, GPU) are working together on the AI on5G area to develop new, secure, and effective AI enterprise applications that utilize 5G networks.

Smart video analytics are the main use of this concept, as shown in our demonstration. Intelligent video analytics allow companies to use the data from their video feeds to improve their businesses. This innovative new system creates an environment that benefits everyone who is.

Easy-to-implement AI-5G solutions to create new ideas on the edge

Ericsson and NVIDIA (inventor and creator of Graphics Processing Unit, GPU) have joined forces to collaborate in the AI on5G field. This collaboration will investigate new and secure, flexible, and effective AI enterprise applications that utilize 5G networks to help businesses make decisions, improve processes, and make better business-related decisions. Intelligent Video Analytics is an AI-powered software for the video which detects and recognizes objects. Intelligent video analytics lets businesses utilize video feed data to help them fulfill their promise to transform the business. This innovative new system already has a win-win-win scenario for all parties.

Easy-to-implement AI-5G solutions to create new ideas on the edge

Ericsson and NVIDIA (inventor for the Graphics Processing Unit, GPU are now working together in the AI on 5G area to develop new, secure, and effective AI enterprise applications that utilize 5G networks…Allow an intelligent analysis of video like, for instance, the ability to search, filter, and alert and movie classifications. Them.

The most common examples of video analytics that are intelligent include:

Safety in the workplace and public spaces: Improve safety at factories, warehouses, and large public events. Real-time video facilitates the making of business decisions and the optimization of processes. Intelligent video analytics are software powered by AI that recognizes and detects objects. Intelligent video analytics lets businesses utilize video feed data to achieve their promise to transform the way they work. This revolutionary new system already provides a win-win-win scenario for all.

Easy-to-implement AI-5G solutions to innovate at the edge

Ericsson and NVIDIA (inventor and creator of Graphics Processing Unit, GPU) ) are now working on the AI on5G field to explore the possibility of a flexible efficiency. The company can secure AI enterprise applications using 5G networks. Cameras installed in the venue can collect data to identify threats like intrusions or fires.

Smart parking: Transform your existing cameras into parking sensors, allowing you to receive real-time data on occupancy and parking time. The data can be searched, classified, alerted, displayed, and aggregated.

Some examples of smart video analytics include:

Security in the workplace and public spaces: Improve safety in factories, warehouses, and major public occasions. Real-time video facilitates the making of business decisions and optimizing processes. Intelligent Video Analytics is software powered by AI which detects and recognizes objects. Intelligent video analytics enables companies to use video feed data to meet their goal to transform the business. This new and powerful ecosystem provides a win-win-win scenario for all.

Easy-to-implement AI-5G solutions to enhance innovation at the edge

Ericsson and NVIDIA (inventor and creator of Graphics Processing Unit, GPU) and NVIDIA (inventor of the Graphics Processing Unit, GPU) are currently on the AI on5G field to investigate new, secure, and effective AI enterprise applications that utilize 5G networks. The technology can enable parking spaces to be more easily accessible, which improves customer satisfaction and reduces fuel consumption.

Heat mapping lets you identify footfall patterns and ensure that customers get the assistance they require. The information could inform employees of long lines at the checkout or alter stores’ designs to improve efficiency. This is an excellent use situation in an age when social isolation is normal.

Traffic management: Gain rich insight into traffic patterns across cities to know the way traffic flows and areas with high congestion levels. Cameras at venues can gather data from these areas to determine areas with high traffic. Cameras can identify dangers such as incidents, crowds, fires, and intrusions to notify staff and aid people to keep their property safe.

Smart parking: Transform your existing cameras into several sensors for parking to receive real-time data on occupancy and parking time. This data can be searched, classified, alerted, displayed, and consolidated.

A few examples of smart video analytics that are feasible include

Safety at work and public spaces: Improve safety in factories, warehouses, and big public occasions. Real-time video facilitates the making of business decisions and optimizing processes. Intelligent video analytics are software powered by AI that recognizes and detects objects. Intelligent video analytics enables businesses to use the data from their video feeds to meet their promise to transform the business. This new and powerful ecosystem has already created an opportunity for everyone affected.

Simple to deploy AI-5G solutions to create new ideas at the edges

Ericsson and NVIDIA (inventor and creator of Graphics Processing Unit, GPU) and NVIDIA (inventor of the GPU) are currently working on the AI on the 5G area. The partnership will develop the most innovative, secure, and effective AI enterprise applications that use 5G networks. Let people travel more efficiently and less pollute the air. These are just a few of the real-time applications:

  • The ability to recognize broken down or stalled cars.
  • Traffic accidents.
  • Dangerous maneuvers like illegal U-turns.

Patients’ satisfaction can be increased through cameras that constantly keep track of waiting areas so that patients aren’t waiting too long to receive attention when needed. The caregivers could be easily informed of any changes.

The ability to provide useful business insights has increased video analytics. There are many opportunities that technology can offer companies. Ericsson, NVIDIA, and I are thrilled to reveal that they will greatly aid our communication service companies (CSPs) and enterprise customers who utilize these services.

We showcased the Ericsson-NVIDIA idea at MWC. It provides AI applications that operate at the edge of a highly-performance 5G CloudRAN. This lets you plan and make travel easier for people while decreasing air pollution and emissions. The real-time applications are:

  • The capability to recognize damaged or stalled vehicles.
  • Traffic accidents.
  • Dangerous maneuvers like illegal U-turns.

Enhance satisfaction of patients by monitoring waiting areas with cameras. This lets patients accept data processing on-site to provide real-time notifications and make decisions. Cloud infrastructure lets businesses implement AI and 5G for a fraction of the cost.

The AI-on-5G Platform from NVIDIA provides a brand new method that communication service suppliers (CSPs) and enterprise customers to find their customers.

We introduced the Ericsson-NVIDIA concept at MWC. It provides AI applications on top of a super-fast 5G CloudRAN. This helps plan and make travel more fluid while decreasing air pollution and emissions. The real-time applications are:

  • The ability to identify damaged or stalled vehicles.
  • Traffic accidents.
  • Dangerous maneuvers like illegal U-turns.

Enhance patient satisfaction with cameras installed in wait areas that constantly monitor the surroundings to assist the communication service providers (CSPs) and enterprise customers looking into them.

We showcased the Ericsson-NVIDIA idea at MWC. It offers AI applications on the top of the line of a super-fast 5G CloudRAN. This makes it possible to plan and facilitates smoother travel and reduces emissions. Real-time applications include:

  • The capability to detect damaged or stalled vehicles.
  • Traffic accidents.
  • Dangerous maneuvers like illegal U-turns.

Cameras can assess patient satisfaction and can be used to accommodate various custom configurations.

NVIDIA offers a full collection of AI-powered applications as well as partners. This provides additional possibilities for collaborative innovation. It’s not just us. A vast and more thrilling ecosystem supports the new approach.

Hewlett Packard Enterprise, HPE is collaborating with us to assist the communication service companies (CSPs), and the enterprise clients discover their options.

We introduced the Ericsson-NVIDIA concept at MWC. It provides AI applications at the edge of a highly-performance 5G CloudRAN. This makes it possible to plan and make people’s journeys comfortable while decreasing air pollution and emissions. The real-time applications are:

  • Ability to detect vehicles that are stalled or broken down.
  • Traffic accidents.
  • Dangerous maneuvers like illegal U-turns.

Enhance satisfaction of patients by installing cameras into waiting areas that continuously monitor the surroundings so that patients can assist communications service providers (CSPs) and enterprise customers looking into them.

We showcased the Ericsson-NVIDIA idea at MWC. It provides AI applications that operate at the edge of a highly-performance 5G CloudRAN. This lets you plan and make travel easier for people and cut emissions and air pollution. Real-time applications include:

  • Ability to detect vehicles that are stalled or broken down.
  • Traffic accidents.
  • Dangerous maneuvers like illegal U-turns.

Increase patients’ satisfaction by installing cameras into waiting areas that constantly check on the movement of patients to make sure they’re focused on the future. There’s no one else to blame. A vast and exciting ecosystem backs this innovative solution.

In collaboration with us, Hewlett Packard Enterprise (HPE) offers an optimized telecom server for RAN that can help service providers reduce complexity and improve innovation for 5G deployments across the globe. Chooch is a major business AI technology provider that will work closely with us to create and implement more advanced computer-generated solutions.

It is possible to easily extend the application to enable other uses like drone traffic analysis, quality control detection, and AI-powered independent stores.

Steps closer to edge

Enterprises will need to run AI applications on edge, using a high-performance 5GRAN network to perform smarter and more efficient operations. Service providers will create new revenue streams by installing AI applications at the edge of 5G. This puts AI to be one of the top applications used in 5G.

My audience was impressed by the potential of AI for 5G-related use cases, as evident by the sheer numerous nod heads. The primary concern asked was, “How far can this technology go?” Are there other applications that could be feasible?

The answer to that is yes; there will be many more possibilities in the future. We are thrilled to continue creating the concept and investigate the possibilities of the technology together with NVIDIA and our vast ecosystem of partners. The spectrum of 5G/AI cases is vast and vibrant. I’m convinced the more we study it, the more we’ll be stunned.

 

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Business

GROMMET, ROD POCKET, OR BACK TAB CURTAINS? WHAT SHOULD I USE

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There are many curtain styles to choose from that can affect the decor and feel of a space, including classic, modern, casual, or traditional. A curtain’s class, when combined with its color, pattern, and texture, creates a mood that reflects your decorative style.

Three simple options for hanging curtains include a grommet, rod pocket, and back tab. Each style can be customized to create a unique look. These are the three most popular types of curtain headers.

Rod Pocket Curtains

Rod pocket curtains are also known as pole top or casement drapery. The rod can slip through the casing by being sewn to the back of the curtain panel. Panes can be gathered around the rod for a soft, clean look with straight lines. The curtain can be attached to the rod without any hardware. When the curtain is closed, a small amount of the rod will be visible at each end.

With layered window covers, rod pocket curtains are a great choice. When the curtain is opened, valences can be hung above it to hide the rod. You can mount sheers under the main panels. French doors and sidelights are common places for casement curtains. Rods slide through the casements at the top or bottom of the boards, so the curtains can be attached to the window’s top or bottom. This window treatment is often made with sheers. It provides privacy and allows light through.

Finials are the ends of curtain rods that match the curtain’s color, style, or pattern. You can reduce the appearance of hardware by using glass, crystal, or acrylic finials. These materials reflect light rather than drawing the eye to the end caps.

Attach curtain rings or pin-hooks to the back panel of rod pocket curtains to make them more custom. The calls are placed evenly, so the draperies don’t affect the material’s fall and gather. Because the material cannot slide along the rod, rod pocket curtains can be more difficult to open and close. Adjusting curtains is easier with pin hooks or rings. Use pins or rings to change curtains.

Back Tab Curtains

Back tab curtains are a great option for a more tailored look that doesn’t require pins or clips. Hidden tab curtains are also known as back tab curtains. They have loops or tabs sewn to the back of the curtain header. The check is hidden behind the rod so the rod can slip through it. This creates the illusion that the curtain is floating in space, giving it a clean, elegant look. Without any hardware, the curtains form pleats above each rod tab. The curtain’s top rises above the rod, giving it a clean edge.

Back tab curtains can be used if you don’t need to open or close the drapes often. Tabs may be difficult to slip over the pole because the fabric rests directly upon the rod. Flat rods are better than round ones for keeping the wrinkles and tabs straight. Flat rods allow for a smoother fall and crisper pleats because the charges are flush against the flat rod.

If you wish to make the curtains more appealing, you can attach clips or rings to the tabs. Calls can also increase in length. To add a few inches to your curtain, attach rings to its top to reduce it to the desired size. This allows you to use standard curtains without alteration. This technique also improves the appearance of puddling (or the pooling or fabric on the floor).

Hidden tab curtains distribute weight without sagging and support heavier fabrics. You can also use back tab headers with lighter materials. The rod can show through sheer fabrics, which may affect the illusion of the curtain suspended in the air. Because the title is visible, back tabs are great for curtains with lace and other decorative trim. Rings and clips may hide or pinch a portion of the edge.

Grommet Top Curtains

Grommet top curtains are a great choice for modern and trendy decor. Grommet curtains are also known as eyelet curtains. They use rings embedded in their headers to guide the curtain pole. Because of their rigidity, grommets can form well-defined and even wrinkles. Grommet top curtains are better for stiff materials. They give the fabric a crisp look and allow it to fall. Grommet rings enable panels to slide over the rod easily because of their smooth finish. As you use the curtain over time, grommets add strength.

Grommets can be made from many materials, adding to the curtain’s beauty. Popular metallic finishes include silver, brass, nickel, and bronze. There are many options for plastic grommets. You can match grommet colors with curtain fabric or create multicolored and patterned grommets for a unique design. Grommet openings can be as small as 3/8 inches up to 1-9/16 inches. This allows you to play with size and color to create a unique look.

Grommet drapery headers show the rod in contrast to casement or back tab curtains, which don’t display it. When choosing curtains, pair them with rods that complement the overall design of your window treatment. Grommet top curtains can be paired with wood, brass, and acrylic rods. The variations in shape can be influenced by varying the rod width and the grommet openings.

Consider how curtains will improve the space when you are shopping for curtains. You can combine curtain panels’ heaviness, color, pattern, and fullness. Remember how header styles affect mood and atmosphere. Combine your panels with finials, rods, and other curtain hardware to create an individual look.

There are many curtain styles to choose from that can affect the decor and feel of a space, including classic, modern, casual, or traditional. A curtain’s class, when combined with its color, pattern, and texture, creates a mood that reflects your decorative style.

Three simple options for hanging curtains include a grommet, rod pocket, and back tab. Each style can be customized to create a unique look. These are the three most popular types of curtain headers.

Rod Pocket Curtains

Rod pocket curtains are also known as pole tops or casement drapes. They are a classic and elegant way to hang drapery. The rod can slip through the casing by being sewn to the back of the curtain panel. For a soft, clean look, panels are gathered on the rod with gathers. The curtain can be attached to the rod without any hardware. When the curtain is closed, a small amount of the rod will be visible at each end.

With layered window covers, rod pocket curtains are a great choice. When the curtain is opened, valences can be hung above it to hide the rod. You can mount sheers under the main panels. French doors and sidelights are common places for casement curtains. Rods slide through the casements at the top or bottom of the boards, so the curtains can be attached to the window’s top or bottom. This window treatment is often made with sheers. It provides privacy and allows light through.

Finials are the ends of curtain rods that match the curtain’s color, style, or pattern. You can reduce the appearance of hardware by using glass, crystal, or acrylic finials. These materials reflect light rather than drawing the eye to the end caps.

Attach curtain rings or pin-hooks to the panel at the pocket’s back to create rod pocket curtains. The calls are placed evenly, so the draperies don’t affect the material’s fall and gather. Because the material cannot slide along the rod, rod pocket curtains can be more difficult to open and close. Adjusting curtains is easier with pin hooks or rings. Use pins or rings to change curtains.

Back Tab Curtains

Back tab curtains are a great option for a more tailored look that doesn’t require pins or clips. Hidden tab curtains are also known as back tab curtains. They have loops or tabs that are sewn to the curtain header. The account is hidden behind the rod so the rod can slip through it. This creates the illusion that the curtain is floating in space, giving it a clean, elegant look. Without any hardware, the curtains form pleats above each rod tab. The curtain’s top rises above the rod, giving it a clean edge.

Back tab curtains can be used if you don’t need to open or close the drapes often. It may be difficult for tabs to slide over the pole because the fabric rests directly upon the rod. Flat rods are better than round ones for keeping the wrinkles and tabs straight. Flat rods allow for a smoother fall and crisper pleats because the charges are flush against the flat rod.

If you wish to make the curtains more appealing, you can attach clips or rings to the tabs. Calls can also increase in length. To add a few inches to your curtain, attach rings to its top to reduce it to the desired size. This allows you to use standard curtains without alteration. This technique also improves the appearance of puddling (or the pooling or fabric on the floor).

Hidden tab curtains distribute weight without sagging and support heavier fabrics. You can also use back tab headers with lighter materials. The rod can show through sheer fabrics, which may affect the illusion of the curtain suspended in the air. Because the entire title is visible, back tabs are great for curtains with lace and other decorative trim. Rings and clips, on the other hand, may hide or pinch a portion of the trim.

Grommet Top Curtains

Grommet top curtains are a great choice for modern and trendy decor. Grommet curtains are also known as eyelet curtains. They use rings embedded in their headers to guide the curtain pole. Because of their rigidity, grommets can form pleats that are well-defined and even. Grommet top curtains are better for stiff materials. They give the fabric a crisp look and allow it to fall. Grommet rings allow panels to slide over the rod easily because of their smooth finish. As you use the material over time, grommets add strength to your curtain.

Grommets can be made from many materials and add to the beauty of the curtain. Popular metallic finishes include silver, brass, nickel, and bronze. There are many options for plastic grommets. For a unique design, you can match grommet colors with curtain fabric or create multicolored and patterned grommets. Grommet openings can be as small as 3/8 inches up to 1-9/16 inches. This allows you to play with both size and color to create a unique look.

Grommet drapery headers show the rod in contrast to casement or back tab curtains, which don’t display it. When choosing curtains, make sure you pair them with rods that complement the overall design of your window treatment. Grommet top curtains can be paired with rods made of wood, brass, and acrylic. The variations in shape can be influenced by varying the rod width and the grommet opening size.

Consider how curtains will improve the space when you are shopping for curtains. You can combine the heaviness, color, pattern, and fullness of curtain panels. Remember how header styles affect mood and atmosphere. To create an individual look, combine your panels with finials, rods, and other curtain hardware.

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