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The construction space has always been behind in adopting technological advancements. Why? I'm not too sure either. These technologies I'm sharing may or may not seem new to you but recently, they are rapidly being adopted in construction. In 2020, we foresee AEC companies implementing more of such technologies into BIM workflow and practices. If you are already using the following, congratulations. You are ahead of the competition. Augmented Reality (AR), Virtual Reality (VR) & Mixed Reality (MR) AR & VR has been around for a while now and rapidly growing in popularity as we speak. MR, on the other hand, is still relatively new as compared to AR & VR. All three are extremely useful in BIM, especially during design review. AR, VR and MR help you visualise and work on your building before construction. It allows you to step into an immersive environment that’s 1:1 scale to your BIM design. In a VR environment, you get to interrogate the model with the various stakeholders to identify areas of improvements and mitigate errors before the building is built. How AR works is it combines projected images onto the real world, creating an augmented reality interface through a screen such as a camera or AR glasses. It’s extremely helpful in construction as you no longer need to depend on shop drawings to visualise how installation of critical components will turn out. Some other benefits of AR, VR & MR include: Improved collaboration and coordination Reduced time & costs due to reworks Increased productivityImprovement in safety planning and implementation BIM Cloud Collaboration Being on the cloud increases the ease of access because you and your collaborators access project files easily without being in the same location. The traditional way of emailing back and forth is good but there are spaces for errors when an email thread gets too long, or when you forget to store the latest document version on your device. Cloud collaboration reduces this friction as people are able to access and edit the documents at the same time whether they’re on-site or in the office. Autodesk has been developing and pushing for the usage of . Which is Autodesk unified platform for the consolidating of construction management and real time data. With the assortments of plug-ins that are already available, BIM360 is increasingly becoming a more viable and preferred platform for project management in built projects globally. BIM360 We foresee AEC professionals accessing BIM data straight from their smartphones, allowing them to communicate and work from anywhere. Mobile BIM Applications The world is going mobile. Our smartphones, right now, has more computing power than NASA did when they sent a man to the Moon. Yet, our smartphones are not widely utilised in the construction industry. As people turn to their smartphones, companies will make coordination, collaboration and project management more mobile. Which reduces the barriers and resources especially to professionals who are frequently on site, reducing the need for physical documents and tools to be carried around. Drones & Robotics Drones give a bird’s eye view of on-site construction in areas that our eyes are not able to reach. Such data information is crucial to the AEC industry. Drones enable to capture real-time data on-site, allowing AEC professionals to extract precise data and create more accurate BIM models. Reality capture or 3D scanning further enhances the use for these machines, allowing for drones to scan an accurate and up to date instance of a site and use the data captured for site planning, construction sequencing and safety. AI Solutions AI in construction is predicted to reach . With AI, can be used to track real-time movements of workers and look out for risks on-site, alerting supervisors to prevent accidents from happening. With deep machine learning, AI can create BIM models that automatically (and simultaneously) check for clashes, eliminating human errors. USD 4.51 Billion by 2026 We foresee that this will also take parametric designs to the next level, whereby the architects and engineers of the future will only need to set parameters for the computer to churn out thousands of design iterations that all fit within the defined parameters. While also coming out with building designs that in the past were impossible. Previously published at https://vrcollab.com/posts/5-bim-trends-that-are-already-here-in-2020/ I've written more about the benefits and future of VR in BIM. You can read about in my company's blog here: Future of VR in BIM .

5 Technology Trends For Construction In 2020

Building Information Modelling (BIM) has significantly improved the Architect, Engineer and Construction (AEC) industry with data that saves time and money, reduces error and increases productivity. Although BIM is a powerful process for AEC professionals, it still lacks the ease of collaboration and coordination with stakeholders who are not equipped with in-depth knowledge of BIM software. That’s where virtual reality (VR) comes in to enhance the BIM framework. How VR Plays A Part In VR, you’ll be able to view, walk around and interact with your BIM model in an immersive environment. In a way, you get to see the entire virtual building in a 1:1 scale right before your eyes. Hence, the adoption of VR is an important part of the entire BIM process, from design evaluation and proposal showcase to detecting and resolving clash issues before construction begins. Benefits Of VR In BIM VR is rapidly growing as more people understand its benefits. Some of these benefits include . better coordination and design visualisation, interactive immersion with 1:1 scale, and lower budget cost Better coordination and design visualisation Design visualisation is a key aspect for your end-users and stakeholders to understand the project. VR allows everyone to and coordinate without having in-depth knowledge of BIM software. better communicate For example, software like VRcollab , give a VR tour of the BIM model while coordinating with architects in real-time. Sieve out errors only an architect can detect and add comments to the issues. You can review them after the session ends and resolve them before construction begins. Interactive VR immersion Architects focus on the architecture, landscape and way-finding of a building which a VR immersive environment is perfect for. With a virtual tour of the 1:1 scale model, architects can get a better sense of space, allowing them to make precision decisions. If you’re not an architect, you might wonder what the use of a VR immersive environment is for. Well, as we’ve mentioned: you can give a virtual tour of your building to potential clients or when you’re bidding for a new project. Stand out from the crowd who still uses 2D rendering and be one level higher in providing a VR tour. Lower budgeting costs VR helps to identify errors before construction begins. With more data, you get to make more informed decisions. You will be able to make changes before the costly construction takes place, reducing costs for reworks and the manpower needed. Future Of VR In BIM As BIM usage increases, so will implementation of VR. In fact, with the uprising trend of VR, we will see it being a norm in the AEC industry. VR won’t simply be a “good to have” technology that makes BIM better. As more companies use VR to provide better BIM, it will be a “must-have” technology. Augmented reality (AR) will be another rising technology that can be beneficial in AEC. We will see VR being packaged together with AR to provide a wholesome solution to BIM.

Why Virtual Reality Is Gaining Popularity In Construction

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243 Stories To Learn About Virtual Reality

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Let's learn about via these 41 free stories. They are ordered by most time reading created on HackerNoon. Visit the to find the most read stories about any technology. Mixed Reality /Learn Repo 1. Three Industries Augmented Reality Could Disrupt in the Next Decade AR has great potential in positively disrupting real sectors 2. Lockdown but Gear-Up: How Virtual Reality can Help us Cope in Isolation With most of the world in and out of lockdown, adhering to curfews and struggling to go on with the looming threat of tighter restrictions that could be imposed at any given moment, the Mental Health Foundation has been examining its effects on mental health. 3. The Roles of VR, AR and MR in the Metaverse s you know, the Metaverse is a much broader concept than just a virtual game, combining VR, AR, MR, Blockchain tech and so forth. It is an adjacent reality. 4. David Fuller on building the first-of-its-kind Automation Platform with Artificial.com Artificial was nominated as one of the best startups in Palo Alto in Startups of the year hosted by HackerNoon. Here's an interview with their CEO/Cofounder. 5. How to Develop XR with Oracle Cloud using Hololens, MRTK, and Unity This is the first piece in a series on developing XR applications and experiences using Oracle Database and Hololens for the Metaverse. 6. 6 Major Changes in the VR, AR, and MR Industries According to James Kaplan To predict where the industry is headed, James Kaplan, the co-founder and CEO of MeetKai, has identified six trends that will shape the future of the metaverse. 7. WordPress Lessons: Applicable for VR? What Can We Learn From WordPress To Boost the VR Content Market? 8. Creating an Immersive AR Experience: Lessons From a Hackathon Discover how a team overcame challenges in a FormulaAI hackathon to build a 3D AR experience for sports analysis in this inspiring case study. 9. An Insider View of Mesh: Microsoft's Entry Into Mixed Reality Applications Hi there! I'm an Engineer currently building Mixed Reality 🥽 on the Cloud ☁️ at Microsoft; and a community leader at unStackAfrica and VRARA Nigeria. 10. How Augmented Reality (AR) is Changing the Recruitment World Immersive technologies like Augmented reality and Virtual reality have been used for quite some time in the media and entertainment field. 11. Can There Be More than One Metaverse? A Metaverse is a combination of virtual reality and mixed-reality worlds that allows users to have real-life experiences. 12. Why Virtual Reality Is Gaining Popularity In Construction Building Information Modelling (BIM) has significantly improved the Architect, Engineer and Construction (AEC) industry with data that saves time and money, reduces error and increases productivity. Although BIM is a powerful process for AEC professionals, it still lacks the ease of collaboration and coordination with stakeholders who are not equipped with in-depth knowledge of BIM software. 13. Why Every Organisation Should Consider Its MR Strategy Whatever the goal, MR is a powerful tool that will provide data in context at your fingertips, where teams can be heads-up and hands-free - wherever they are. 14. The Future of Education is OMNIVERSITY: The First VR University Omniversity is the first university in VR, born from the insatiable desire to access forward-looking education in a playful, immersive, sensorial, holistic manner. The initiative combines education and entertainment into edutainment. Designed as a multiplayer VR game app, students of all ages and nationalities can enroll in experiential learning programs across multiple disciplines. 15. What is Desktop AR? - Augmented Reality Without Expensive Tech Desktop AR is an augmented reality system that turns an ordinary 2D monitor into a volumetric display. It brings virtual objects into the real-world. 16. Harnessing the Power of AR: Projects That Make a Big Difference You’ve probably watched all those amazing videos showing the power of augmented reality (AR) and how it takes both routine and complex things to the next technological level. Blended with artificial intelligence (AI) and data science, AR has already turned operating theaters into spatial computing environments where surgeons are guided by overlaying holographic representations of organs they operate on. 17. 6 Cool Ways in Which AR/VR Can Change Chemistry Lessons When Watson and Crick were figuring out the double helix shape of our DNA, they actually used a set of molecular models, similar to toys used in preschool. Being  able to feel and see them in 3D definitely has  its advantages. And, when it comes to how microscopic entities interact, why leave it all to the imagination? We’ve seen generations of students struggling to understand and remember concepts in chemistry through the written word, most of which is literally Greek. The use of Augmented and Virtual Reality can actually turn chemistry from a dreaded subject to a really cool one. 18. Mid-Fi Prototyping for Augmented Reality & Virtual Reality Want to do rapid prototyping for augmented & virtual reality? Try 360theater, a new design method developed at the University of Michigan. 19. 5 Technology Trends For Construction In 2020 The construction space has always been behind in adopting technological advancements. Why? I'm not too sure either. These technologies I'm sharing may or may not seem new to you but recently, they are rapidly being adopted in construction. 20. Telepresence Robots Are the Future of Remote Work – An Interview With Double Robotics Founded in 2011, Double Robotics is the world’s leading provider of telepresence robots. Their first product line is called Double, with the third model, the Double 3, shipping in late September of 2019. Their robots use mixed reality and computer vision to navigate in the real world, avoiding obstacles in their path. Their telepresence robots have been featured in numerous television programs and have received great feedback from big-name customers like MIT Sloan and LinkedIn. 21. Is MicroVision Helping to Power Microsoft's HoloLens 2? A recent product tear-down by YouTube user 's2upid' appears to show MicroVision components used in Microsoft's highly anticipated HoloLens 2, but who is this little known technology company? And why have they been flying under the radar for so long? 22. An Introduction to Mixed Realities: HoloLens 2 Podcast In this special episode of our Hacker Noon podcast, Hacker Noon CEO David Smooke and I talk to Greg Sullivan, the Director of Mixed Reality at Microsoft. Greg is a Microsoft veteran, having worked at the company for over 30 years. 23. Fussing for Fiat? RealtyDAO Is Generating Profits for Me with Dumb Domains Laying Around I love an excellent crypto story by rad people doing cool things for everyday people- That's how I found out how to turn my dumb URLs into some cold hard cash! 24. Why Augmented Reality is the Future of the Work Environment Augmented Reality (AR) is transforming the way we work. The rapid growth of computing power and the maturation of 5G capabilities are feeding the development of AR technologies, and making AR systems more flexible and accessible for use in the workplace. These use cases include boosting worker productivity, enhancing collaboration, and increasing workplace safety. 25. Develop XR With Oracle Cloud Ep 2: Property Graphs, Data Visualization, and Metaverse Develop XR applications and experiences with Oracle, explore Property Graphs and Analytics, Data Visualization, and Metaverse collaboration. 26. Metaverse 101: Everything You Need to Know About the Metaverse. Metaverse 101 is a complete guide for beginners. This blog will explain everything you need to know about the Metaverse in simple language. 27. Develop XR with Oracle, Ep 5 Healthcare, Vision AI, Training/Collaboration, and Messaging Explore XR healthcare applications, digital twins, telepresence, and more. Learn how emerging technologies are transforming patient care and medical processes. 28. AR Is Changing Online Shopping: What Does It Mean For Businesses? By 2025 4.3B people will use AR frequently, compared to 2.2B people in 2022. 29. 5 XR Communities to Help Keep up With the Latest XR Trends in 2021 Top 5 XR communities to join and stay updated with the latest XR trends, events, courses, and more in 2021. 30. Virtual Influencers, like Lil Miquela, Post Real Content Just Like You and Me The Problematic Fakery Of Lil Miquela Explained: An Exploration Of Virtual Influencers and Realness 31. Develop XR With Oracle, Ep 4: Health, Digital Twins, Observability, and Metaverse In this fourth article of the series, we focus on XR applications of health, digital twins, IoT, observability, and its related use in the metaverse. 32. How Metaverse is Unlocking New Mixed Reality Experiences Throughout a Wide Range of Industries The vast potential of mixed reality technology can bring countless benefits to different sectors across the world. 33. How Mixed Reality Will Shape the Design of Intelligent Systems and Robots As of now, if you are an intelligent design systems engineer interested in designing, fabricating and assembling a robot for your lab or factory, you must go through the laborious process of first designing a 3D model on a 2D screen (which is problematic without full-scale context) then making a crammed engineering drawing listing the bill of materials and displaying your design in different views (isometric, right, left, section, exploded). For the engineer putting this together, this takes hours to days to do so depending on the complexity of the robot. One must take into account the orientation of every part, measurement of each side and angle, the location of the part in terms of the whole assembly, surfaces that should meet vs not, appropriate torque required for any screws, etc. 34. 15 Augmented Reality Quotes Every Tech Professional Should Read The echoAR team drew a lot of inspiration from the message shared by Marc Andreessen of Andreessen Horowitz (a16z) about this being the “time to build”. Our team believes these undoubtedly challenging times are an opportunity for developers, hackers, and creators to build innovative augmented reality (AR) applications and experiences. 35. Exploring The Future of Hospitality Infused With Mixed Reality New use-cases of MR have moved on to new frontiers including in-destination marketing, room entertainment as well as pre-booking processes. 36. Augmented Reality Marketing: It's Now or Never The catalyst for virtual and augmented reality: that is how the majority of tech analysts describe Covid -19. 37. Defining The Metaverse with Charles Read: The New Internet Experience Built By Gamers I deep dive into the tech stack that makes up the metaverse: the next stage of the internet, exploring all of the facets that make it such an interesting topic. 38. Escapism with VR: Digital Fantasy as a Shield From Stark Reality “By the 2030s, virtual reality will be totally realistic and compelling and we will spend most of our time in virtual environments. By the 2040s, even people of biological origin are likely to have the vast majority of their thinking processes taking place in nonbiological substrates. We will all become virtual humans.” 39. Augmented Reality vs. Mixed Reality vs. Virtual Reality With constant development in computer vision and the exponential advancement of computer processing power, augmented reality (AR), mixed reality (MR), and virtual reality (VR) technology is becoming more and more prominent. 40. Now A Good Time To Talk Immersive Experiences As The Future of Events? Even before the world went on lockdown, the future of events was set to take flight with Augmented, Virtual, and Mixed reality trends, which are collectively called immersive experience. 41. The Most Prospective Emerging Technologies to Invest: VR, AR, MR Compared in Detail Before investing in the emerging technologies of augmented, virtual and mixed reality, it’s imperative to understand the value of each one. Thank you for checking out the 41 most read stories about Mixed Reality on HackerNoon. to find the most read stories about any technology. Visit the /Learn Repo

41 Stories To Learn About Mixed Reality

190 Stories To Learn About Hardware

In this fourth article of the series, I focus on XR applications of health, digital twins, IoT, observability, and its related use in the metaverse. This is the fourth piece in a series on developing XR applications and experiences using Oracle and focuses on XR applications of computer vision AI and ML and its related use in the metaverse.  Find the links to the first two articles below: Develop XR With Oracle, Ep 1: Spatial, AI/ML, Kubernetes, and OpenTelemetry Develop XR With Oracle, Ep 2: Property Graphs, Data Visualization, and Metaverse Develop XR With Oracle, Ep 3: Computer Vision AI, ML, and Metaverse As with the previous posts, here I will again specifically show applications developed with Oracle database and cloud technologies, HoloLens 2, Mixed Reality Toolkit, and Unity platform. Throughout the blog, I will reference this corresponding demo video: https://youtube.com/watch?v=Ot-vBMEch1o Extended Reality (XR), Metaverse, and HoloLens I will refer the reader to the first article in this series for an overview of XR and HoloLens (linked above). That post was based on a data-driven microservices workshop and demonstrated a number of aspects that will be present in the metaverse, such as online shopping, by interacting with 3D models of food/products, 3D/spatial real-world maps, etc., as well as backend DevOps (Kubernetes and OpenTelemetry tracing), etc. The second article of the series was based on a number of graph workshops and demonstrated visualization, creation, and manipulation of models, notebooks, layouts, and highlights for property graph analysis used in social graphs, neural networks, and the financial sector (e.g., money laundering detection). The third article of the series used computer vision AI to detect, tag, and speak images in a room and to extract text from the same room in order to provide various contextual information, etc. based on the environment. this one, the subject matter can be shared and actively collaborated up, even in real-time, remotely.  These types of abilities are key to the metaverse concept and will be expanded upon and extended in these future pieces. This blog will not go into digital twins in-depth, but will instead focus on the XR-enablement of these topics and the use of Oracle tech to this end. Digital Twins There are a number of nuanced definitions available but in general, "A digital twin is a virtual representation of an object or system that spans its lifecycle, is updated from real-time data, and uses simulation, machine learning, and reasoning to help decision-making." and a digital double generally refers specifically to representations of human beings. Real-time data is often collected from sensors and thus IoT architectures, etc. are often used in the process though there are numerous types of sources and techniques that may be used. Quite a bit of material exists on digital twins and so I will be brief on this topic, but its potential for innovation, collaboration, immersion, etc. in XR and metaverse really is limitless and very exciting.  There are endless examples in so many sectors. Here I will only touch on health (as a representation of the greater health, sports, health care, etc. space) and home (as a representation of the greater AEC space). Health and Healthcare Health and health care are currently and increasingly areas where XR innovation has taken some of its greatest advances.  Telemedicine and telehealth from such companies as Amwell, etc. provide comprehensive digital healthcare solutions for health systems, health plans, employers, and physicians already and have made huge strides, particularly in the necessity brought about by pandemics, etc. and this will certainly continue to be enhanced with XR to provide access in locations, conditions, and areas of specialization previously unobtainable. In addition, XR has been used for training and education in the health sector for some time now and the HoloLens, in particular, is now used in live surgeries.  Used together with computer vision AI, predictive analysis, etc., the efficiency and quality of treatment will make leaps forward in the near future.  I will show an example of this in an upcoming blog in this series and with the merger of Oracle and Cerner, you can expect to see further synergy and advancements in this area. Though obviously directly related, the example in this blog is focused directly on individual health itself and a digital twin/double representation of a patient/human exercising.  There are numerous flavors of tech and wearables for fitness and otherwise, that are perfectly suited for this purpose. I have focused on the Apple Watch and its HealthKit API for my development as it provides an including activity (activeEnergyBurned, swimmingStrokeCount, vo2Max, ...), body measurement (bodyFatPercentage, ...), reproductive health (basalBodyTemperature), hearing (environmentalAudio Exposure), vital signs (heartRate, bloodPressure), lab and test results (bloodGlucose), nutrition (dietaryCholesterol), alcohol consumption, mobility, UV exposure, etc.  This information is available in addition to other information the watch and it's apps collect and provide like weather, GPS, etc. astonishing amount of information The demonstration shown in the video entails a runner wearing a watch with an application that continuously sends any selected metrics to the Oracle database.  The metrics sent can be configured either at the watch or at the database itself, making the application very dynamic. In this case the GeoJSON/GPS location, heart rate, cadence, calories burned, elevation, and temperature are sent. This can be done in various ways general using MQTT (eg a bridge/event mesh from Mosquitto to the Oracle AQ/TEQ messaging system can be used to take advantage of functionality there) or, in this case, Rest. The HoloLens in turn receives this information from the database and plots a human standing, walking, or running (depending on location distance/change over time) on the appropriate GPS location on a map.  The direction and rotation of the human animation are determined by the history/change of GeoJSON coordinates received, the lighting determined by the weather stats received, etc.  The human animation is divided along the mid-sagittal plane with skeletal, muscular, etc. systems exposed for labeling/tracking in case any specific biometrics in these areas would like to be labeled, measured, and analyzed. Simultaneously, a unified observability exporter receives this information from the database and provides the metrics, etc. in Prometheus format for display and monitoring in a Grafana console.  You can learn more about Oracle's unified observability framework and in more detail in a blog that will be released very soon . here here Oracle is referred to as the converged database because it supports all data types/formats (as well as workloads, messaging, etc.) in a single database.  This is exemplified here by the fact that various stats can be stored in relational format, the GPS locations in (Geo)JSON format, and MapMyRun/TCX or Stava/GPX in XML format. This allows compatibility, cross-data type queries, and operations, etc.  In this way, the activity/run can be played back and analyzed at a later time.  There are a number of breakthroughs occurring in fitness and sports (health and entertainment) made possible by XR that are beyond the scope of this article. Home, Architectural, Engineering, and Construction Likely the first and most prominent industry to implement the usage of XR is that of architecture, engineering, and construction (AEC) and to a related extent, the home.  Everything from arranging virtual furniture in a house to orchestrating extremely complex construction sites and processes such as those provided by Oracle's . Aconex The demonstration shown in the video entails a simple representation of some key concepts.  The HoloLens presents a 3d visualization of the house.  The visualization can easily be generated quickly by a number of existing technologies such as the Lidar support on newer phones, however, in this case, I simply use a model of the house though I do include a photogrammetric scan of a drum from the house in the model. (This was done statically, however, dynamic/real-time photogrammetric, Lidar, etc. scans are becoming more feasible for digital twin generation as time goes on and a future blog will demonstrate this.). The real-world light in the house continuously sends its color status (over MQTT) which the HoloLens receives and in turn uses to set the color of its virtual/digital twin light. Conversely, when a virtual/digital twin color button in the HoloLens app is pushed, the color command is sent (this time over Rest though it could be MQTT as well) and the real-world light changes to the color selected. As these changes are stored in the database, the digital twin of the house can be monitored and controlled from anywhere with an Internet connection. In addition, a security camera facing the outside of the house streams the video it captures (one possible way to do this is to or use video streaming with Oracle's new OCI Digital Media Services) which the Hololens receives and displays in the digital twin model and so the user can also view security cameras to recreate a realistic live representation/model of the house from any location. stream a Pi camera to Oracle cloud The Hololens application can also overlay the camera feed on the actual/real-world interior wall corresponding to the location of the camera on the exterior wall thus creating a see-through effect of the walls. Finally, digital twins can be representations of actual world objects and locations or representations of a process or concept or both and so in this example we further replace the window with a window that looks out on Venice canal, a water hole in Nairobi desert, etc. via live stream.  Yet another classic example(s) of mixed reality. Other Sectors Other examples of sectors developing more digital twins and digital doubles in the XR space include fintech with, eg, advanced digital assistants, sensors in cars for insurance, etc., geographic information systems for mining and other industries, holograms and photogrammetry for various meetings and conferences, and advanced sensors and analytics such as Oracle's exciting F1 Redbull collaboration project are just a few examples. Additional Thoughts I have given some ideas and examples of how digital doubles and XR can be used together and facilitated by Oracle.  I look forward to putting out more blogs on this topic and other areas of XR with Oracle Cloud and Database soon. Please see and for more information on XR and Oracle cloud and converged database as well as various topics around microservices, observability, transaction processing, etc. Also, please feel free to contact me with any questions or suggestions for new blogs and videos as I am very open to suggestions. Thanks for reading and watching. the articles I publish here here

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