#XR Machine Vision

[scholarshipme]

University of Melbourne CIS PhD Scholarship 2025

1. Scholarship Overview - University: University of Melbourne (#1 in Australia, Top 50 globally for CS) - Department: Computing and Information Systems (CIS) - Funding: Fully Funded (Tuition + Stipend) - Duration: Up to 3.5 years - Deadline: July 14, 2025 - Intake: 2026 Academic Year 2. Scholarship Benefits ComponentDetailsTuition Fees100% waiver (≈AUD$50,000/year)Base StipendAUD$37,000/year (2025 RTP rate)Top-Up Stipend+AUD$20,000/year (Total: AUD$57,000/year)Research FundsUp to AUD$5,000 for conferences/labsRelocation GrantAUD$3,000 (for international students) 3. Research Areas - Artificial Intelligence (NLP, Computer Vision) - Cybersecurity (Quantum Cryptography, Blockchain) - Human-Computer Interaction (XR, Accessibility Tech) - Systems Engineering (Cloud Computing, IoT) - Machine Learning (Theoretical/Applied) Lab Access: - Melbourne Connect (AUD$250M innovation precinct) - IBM Quantum Computing Hub 4. Eligibility Criteria A. Academic Requirements - Mandatory: Completed Master of Computer Science at UniMelb (min. 80% average) - Alternative: Equivalent research master’s with publications (case-by-case) B. Admission Requirements - Research Proposal (Align with CIS faculty expertise) - Supervisor Consent (Must secure before application) - English Proficiency: IELTS 6.5 (no band - First-author publications - Industry R&D experience - Open-source contributions - Identify CIS faculty matching your research: - Email potential supervisors with: - CV - Transcripts - 1-page research synopsis - - - Research proposal (max 2,000 words) - Academic transcripts - Supervisor support letter - Two academic references - Automatically considered when applying for DR-PHILEIT program - - - - - - - - Email: - Phone: - Address: - - Read the full article

[brid-jagtap]

Blog#6

VR/AR/MR:

XR, or extended reality, is an umbrella term that encompasses Augmented Reality (AR), Virtual Reality (VR), and Mixed Reality (MR). Although all three technologies share similar features, each serves distinct purposes and employs different technologies.

Augmented reality (AR):

Augmented reality is the technology where it overlays computer-generated information on top of our real-world view through glasses, smartphones, or other devices. This computer-generated information can be text, audio-visual, interactive 3d objects.

There are many used cases for AR technology, for example, in Smartphones AR games can use the phone camera to take images and overlay certain gaming features or objects to deliver the gaming experience combined with the real world.

AR smart glasses can also be used just to merge the real world and technology. It can also be used with medical devices to guide and assist navigation for blind or other disabled people.

AR is also used in many other places like architectural visualisation, medical science, education (children’s playbooks) and many more.

Virtual Reality (VR):

VR devices are used as wearable headsets which completely change use’s view from reality to a computer-generated virtual environment. This type of XR has been in existence for a while. The first use of VR for gaming can be traced back to the 1980s.

Virtual reality has mostly been used in entertainment media or games. The first consumer-ready VR product was launched in 2013. Soon the population of VR games grew with it.

VR is also used in some cases for educational and business purposes.

Standalone VR devices, such as the latest meta-Quest 3 can even deliver AAA gaming at ease. The advancement of XR devices and Innovation in technology is bridging the gap between high-end pc and console games to VR gaming.

Mixed Reality (MR):

Mixed reality is the combination of AR and VR, it merges the real world and virtual world.  MR technology can be experienced through smartphone or AR wearable devices with virtual objects or characters superimposed into real-world scenes.

The Pokémon GO mobile game, released back in 2016, took the world by storm with its popularity. Pokémon Go which was always named as an AR game is a great example of an MR game. It blends the virtual world of Pokémons with the virtual gameplay mechanics on top of real-world maps and locations.

XR technologies have been establishing their presence in the market for a while now, and with advancements in technology and AI, Machine Learning is at the forefront of the IT world. These are XR's going to be mainstream.

With the recent launch of Apple’s Vision Pro, we have seen the potential of these XR devices growing from complex uses like healthcare, education, and retail, to normal day-to-day activities like watching a movie or a show.

References:

(Author unknown). Augmented reality. [online] Wikipedia. Available at: https://en.wikipedia.org/wiki/Augmented_reality.

(Author Unknown) Extended reality. [online] Wikipedia. Available at: https://en.wikipedia.org/wiki/Extended_reality.

(Author unknown). Mixed reality. [online] Wikipedia. Available at: https://en.wikipedia.org/wiki/Mixed_reality.

[lightarts]

Realitycraft Workshops Coming Soon

New books are coming, first the cookbook followed by the next edition of the generative media books and the new guidebook. Invitations to come together this season and in the new year! Learn with me: December 27th, join me for a free Visionary Video workshop, 1 hour intro-level open session where we'll be diving into the Luma AI Dream Machine and how I use media tools for storytelling and video creation. This section will be recorded and I hope you can join me in person - I will stay for Q&A to help you get started with a mix of video methods and media creation workflows. Visit my public calendar at http://lu.ma/Realitycraft to sign up for free events including the Visionary Video 1 hour free collab, a quick intro for those of you who want to get started for free. For a sample of what these workshops entail, watch my last session at https://youtu.be/ijOP_6WSBBA with the cohort ending this week that has been working on ecovillage and disaster rebuilding efforts. We include one lecture, one Q&A & an interactive session every week. Generative Video opens the year as a 2 day Quickstart workshop on Jan 2-3 for those who want a quick and deep dive into turning your existing art into videos and animated sequences, shorts and other media with a mix of AI and traditional mediamaking methods: https://maven.com/realitycraft/genvid/ compresses all of my video promptcraft workshops into a quick 2 day sprint, where you will quickly get started making your own shorts. Workshop Cohorts are on Maven to help keep track of lessons and videos along with additional resources and reading, but we also use Notion & Discord as a part of these workshops to help you stay organized and up to date. When you sign up for the cohort you'll be invited into the Discord & Notion community resources for your ongoing R&D support. Generative Creativity & Worldbuilding is now open as a cohort for January, part of my workshop series of courses - this is a 6 week world design cohort similar to the one I'm just wrapping now where we start with promptcraft and end with NeRFs, splats and how to build worlds with your vision, art and media assets. https://maven.com/realitycraft/creators/ For the first few people who sign up with the XRCreators code you'll get 10% off through the end of the year, perfect to give to the creators in your life. This is a huge value and the lowest cost I'll be offering the full workshop cohort for the coming year, so get in now if you're interested in exploring how to build your own world, experience, game or physical space using a mix of XR & AI tools. If we are new or old friends who haven't been in touch for ages, https://evoheyning.my.canva.site/ will give you a bit of a sense of who I am and what I've been working on this year. I teach a few hundred people a year how to build immersive, interactive and live workflows with their media, art and new products and I give 10-30 talks or hosted panels a year in addition to writing, making art and worlds with friends and collaborators. I work to build an equitable, safe and fair commons where everyone can thrive and build the worlds they want to create and live within; we approach technical work and all things technology with the lens of ethics, responsible engagement and appropriate uses to build and rebuild equitable systems. Sometimes this work includes advocating for safety or transparency when none exists. The new Evo.ist website and store will be up in a few weeks with a refreshed update and new items to share and you can check out my work in the documentary AI Evolution out on streamers as well. (evo the human wrote this - sorry so long, there's a lot of events & workshops coming up as well including the MetaTraversal Portal Crawl, for those of you who want to jump through the immersive worlds with me in VR on Dec 30th)

[kvibestudios]

Revolutionizing Cinema: Cutting-Edge Filmmaking Innovations Explored

TITLE: Embracing Innovation: Modern Filmmaking Techniques

In the rapidly changing field of filmmaking, staying ahead is crucial for achievement. The industry is continuously evolving with novel technologies and methodologies, reshaping the way stories are created and brought to life. For filmmakers, especially in New Jersey and New York, adopting these advancements can be game-changing. This discussion examines some of the most innovative practices influencing the film industry today.

Cinematography Techniques

The essence of any film lies in its visual allure, largely driven by cinematography. Contemporary breakthroughs, like high frame rate (HFR) methods, enable filmmakers to capture motion with exceptional clarity. However, knowing when to employ these techniques is vital. For example, while 120 or 240 frames per second can enhance slow-motion scenes, the traditional 24 frames per second remains the norm for most films, offering a natural experience for the viewer and maintaining narrative integrity.

Intentional camera movement and composition continue to be critical. Though often undervalued, static shots are the backbone of visually effective storytelling by allowing the audience to fully absorb the scene. These approaches involve using leading lines and frames within frames to direct the audience's attention, enhancing immersion without unnecessary distractions.

Virtual and Augmented Reality

The rise of virtual reality (VR) and augmented reality (AR) has unveiled a new frontier in storytelling. These technologies allow audiences to immerse themselves in narratives, transforming passive viewers into active participants. With VR, viewers can explore worlds crafted by filmmakers, fostering deeper understanding and engagement with the storyline. AR seamlessly fuses digital elements with the real world, offering interactive experiences that enrich storytelling.

These immersive technologies are not merely tools for spectacle but have progressed into platforms for creating intricate, non-linear narratives where the audience can impact outcomes. This dynamic interactivity presents a significant opportunity for filmmakers to explore storytelling that is more engaging than traditional media.

AI and Machine Learning in Filmmaking

Artificial Intelligence (AI) is transforming the film industry, particularly in post-production. Tasks that were once labor-intensive and time-consuming, like color correction and audio alignment, are now more efficient with AI-driven tools. These intelligent systems automate repetitive tasks and extend creative boundaries by providing realistic CGI that integrates seamlessly with real footage.

Moreover, AI-powered real-time editing and visual effects (VFX) have become important assets for filmmakers. These technologies permit instant refinement of creative visions, making the production process more efficient and opening new possibilities for innovative visual storytelling.

Virtual Production and XR

Virtual production technologies and extended reality (XR) bring groundbreaking approaches to filmmaking. By employing virtual stages and real-time visualization, filmmakers can preview and simulate scenes before filming, optimizing shots and workflows. This ensures workflow efficiency and fosters greater creativity and realism in storytelling.

XR combines VR and AR elements, allowing filmmakers to create immersive environments that blend with live-action sequences. This flexibility enables directors to experiment with visuals in real-time, reducing production limits and enriching the overall narrative.

Drone Cinematography and 360-Degree Techniques

Drones have made aerial cinematography more accessible, offering stunning views to both indie and established filmmakers. Whether capturing expansive landscapes or thrilling chase scenes, drones add significant depth and dynamism to storytelling. Additionally, 360-degree filmmaking tools allow audiences to explore stories from all perspectives, fostering involvement and closeness with the film.

Lighting and Sound Innovation

Lighting and sound design are crucial to filmmaking, from establishing the mood to delivering an engaging audio-visual experience. Dynamic lighting techniques, such as high-key lighting, minimize shadows and provide a vibrant look. Capturing the golden hours—right after sunrise and before sunset—can offer natural, captivating lighting for scenes.

Sound design has also seen advances, with immersive audio techniques enhancing film experiences. Utilizing 3D audio environments and elaborate soundscapes immerses the audience, creating the sensation of being within the scenes themselves.

Actionable Insights for Filmmakers

For professionals in the filmmaking industry, adopting these innovative techniques can enhance both storytelling and production components:

Be deliberate with frame rate choices, maintaining the 24 fps standard for most scenes while utilizing higher rates for effects like slow motion.

Incorporate VR and AR technologies to develop immersive, interactive stories.

Utilize AI tools to streamline post-production workflows while expanding creative possibilities with improved CGI.

Leverage virtual production strategies for real-time scene simulation and visualization to encourage creative experimentation.

Explore drone technologies to capture unique aerial visuals, adding depth and cinematic flair to your work.

Concentrate on refining lighting techniques and sound design to create a more immersive audience experience.

By embracing these techniques, filmmakers can create work that captivates audiences and stretches the boundaries of what's feasible in filmmaking. These strategies not only enhance production quality but also open new paths for creative exploration.

As the industry continues to progress, staying informed and adaptable will be crucial in leveraging these advancements, turning visionary ideas into compelling cinematic realities.

#filmmaking #cinematography #innovation #VR #AI

Explore cutting-edge techniques in filmmaking with guidance from https://www.kvibe.com

[williamjohnson17]

Top 5 Most Trending Shaping Technology to the Future in 2024

Top 5 Most Trending Shaping Technology to the Future in 2024

As we move further into 2024, technological innovation continues to transform industries, lifestyles, and the global economy. From breakthroughs in artificial intelligence to the rise of immersive digital experiences, here are the top five technology trends that are reshaping our future.

1. Artificial Intelligence (AI) and Machine Learning (ML) Dominate Industries

Artificial Intelligence is no longer just a buzzword—it's a critical force behind innovations across various sectors. From automating repetitive tasks to making predictive analytics more powerful, AI is empowering businesses to work smarter and faster. In 2024, AI's capabilities in natural language processing (NLP), computer vision, and autonomous systems are expected to expand further, fueling industries such as healthcare, finance, retail, and more.

Why It’s Trending: AI-driven tools like ChatGPT and MidJourney are improving productivity, content creation, and personalized experiences. Machine learning algorithms are evolving to analyze massive datasets in real time, allowing companies to make data-driven decisions faster than ever before.

SEO Keywords: Artificial Intelligence 2024, AI trends, machine learning advancements, business automation AI, NLP AI technology

2. The Rise of 5G and Its Impact on Connectivity

5G technology is accelerating in adoption across the globe, ushering in a new era of connectivity. With faster internet speeds, ultra-low latency, and the ability to support massive IoT ecosystems, 5G is revolutionizing everything from smart cities to autonomous vehicles. The rollout of 5G networks will enable seamless real-time communication, unlocking innovative applications in sectors like telemedicine, education, and entertainment.

Why It’s Trending: As more devices become connected, 5G provides the foundation for enhanced virtual experiences, faster data transmission, and real-time collaboration in industries ranging from gaming to remote work.

SEO Keywords: 5G technology, 5G connectivity 2024, impact of 5G, IoT and 5G, smart cities 5G

3. Metaverse and Extended Reality (XR)

The metaverse continues to gain traction in 2024 as the lines between physical and digital realities blur. Through immersive experiences offered by Extended Reality (XR)—which includes Virtual Reality (VR), Augmented Reality (AR), and Mixed Reality (MR)—users are able to interact with digital environments as never before. The metaverse is expected to revolutionize sectors like retail, education, social media, and entertainment by enabling immersive digital experiences.

Why It’s Trending: The potential for virtual workplaces, immersive gaming, and virtual social interactions is growing. Major tech players like Meta, Microsoft, and Nvidia are investing heavily in XR and metaverse development, making it a trend to watch closely.

SEO Keywords: Metaverse trends 2024, extended reality technology, VR and AR in 2024, mixed reality applications, future of virtual environments

4. Quantum Computing Moves Closer to Reality

Quantum computing, which promises to solve problems that are currently unsolvable by classical computers, is edging closer to practical applications. Tech giants such as IBM, Google, and Microsoft are advancing quantum research, bringing us closer to breakthroughs in cryptography, drug discovery, and optimization problems. In 2024, expect to see more developments in this field as businesses begin to experiment with quantum solutions for complex challenges.

Why It’s Trending: Quantum computing’s ability to process exponentially more data in shorter times could revolutionize fields like artificial intelligence, finance, and cybersecurity. As quantum hardware becomes more reliable, businesses are starting to invest in understanding its potential applications.

SEO Keywords: Quantum computing 2024, quantum technology breakthroughs, future of quantum computing, quantum computing applications, impact of quantum computers

5. Sustainability-Driven Tech Innovations

As environmental concerns grow, the tech industry is playing a pivotal role in driving sustainability. Green technology innovations are transforming the way businesses operate, from energy-efficient data centers to carbon-neutral supply chains. In 2024, expect to see more companies adopting technologies like renewable energy, energy storage, and AI-driven sustainability solutions to reduce their carbon footprints.

Why It’s Trending: Consumers and investors are increasingly valuing sustainability, pushing companies to innovate in eco-friendly technologies. Electric vehicles, green energy sources, and smart grid technologies are just some of the ways tech is helping combat climate change.

SEO Keywords: Sustainability tech trends, green technology 2024, eco-friendly tech, renewable energy technology, sustainable innovation in tech.

Conclusion:

The pace of technological change shows no signs of slowing down, with these five trends driving innovation in 2024. From the rise of AI and 5G to the future of quantum computing, staying informed on these trends will be crucial for businesses and consumers alike. As technology continues to evolve, it’s important to embrace the opportunities it presents while navigating the challenges of our rapidly digitizing world.

[qq-8]

The Future of Technology: Trends Shaping Tomorrow

The world of technology is evolving at an astonishing pace, with groundbreaking innovations transforming industries and reshaping how we live, work, and communicate. As we look toward the future, several emerging technologies are poised to have a profound impact on society. Here's a glimpse into the exciting trends that will shape the future:

1. Artificial Intelligence (AI) and Machine Learning (ML)

Artificial intelligence continues to advance, becoming more sophisticated and capable. From natural language processing to computer vision, AI is revolutionizing industries such as healthcare, finance, and education. Machine learning algorithms enable systems to learn from data, making real-time decisions with minimal human intervention.

AI-Powered Healthcare: AI will enhance diagnostic accuracy, personalize treatments, and improve patient outcomes.

Autonomous Systems: Self-driving cars, drones, and robots will become more reliable, transforming transportation and logistics.

2. Quantum Computing

Quantum computing, which leverages the principles of quantum mechanics, promises to solve complex problems far beyond the capabilities of classical computers. This technology will revolutionize fields such as cryptography, drug discovery, and climate modeling.

Faster Data Processing: Quantum computers will process massive amounts of data with unparalleled speed, enabling breakthroughs in scientific research.

Improved Security: Quantum cryptography will offer unprecedented levels of data security, making sensitive information virtually unhackable.

3. 5G and Beyond

The rollout of 5G networks is already enhancing mobile internet speeds, but the future holds even more exciting developments. 6G, expected in the next decade, will offer lightning-fast speeds and ultra-low latency, further enabling innovations such as real-time VR experiences and smart city infrastructure.

Smart Cities: Connected sensors and IoT devices will optimize traffic management, reduce energy consumption, and improve public services.

Enhanced Remote Work: Ultra-fast connections will make remote collaboration seamless, enabling virtual offices and immersive experiences.

4. Extended Reality (XR)

Extended reality, which includes virtual reality (VR), augmented reality (AR), and mixed reality (MR), is poised to redefine entertainment, education, and business. These immersive technologies will allow users to interact with digital environments like never before.

Immersive Learning: AR and VR will make education more engaging, allowing students to explore historical events, perform complex experiments, and train in lifelike simulations.

Virtual Commerce: Shopping experiences will be enhanced with AR, enabling customers to try on products virtually before making a purchase.

5. Blockchain and Decentralized Technologies

While blockchain gained popularity with cryptocurrencies like Bitcoin, its potential extends far beyond digital currencies. Blockchain’s decentralized nature offers transparency, security, and efficiency in various industries.

Supply Chain Transparency: Blockchain will enable companies to track products in real time, ensuring authenticity and reducing fraud.

Decentralized Finance (DeFi): Decentralized financial platforms will offer more accessible financial services, disrupting traditional banking systems.

6. Biotechnology and Genetic Engineering

Advances in biotechnology and genetic engineering will transform healthcare and agriculture. CRISPR, a powerful gene-editing tool, will enable the precise editing of genetic material, leading to groundbreaking treatments for genetic disorders and diseases.

Personalized Medicine: Genetic profiling will allow for treatments tailored to individuals, improving the effectiveness of therapies.

Sustainable Agriculture: Genetically engineered crops will increase yields and resilience, helping to address global food security challenges.

7. Sustainable Technologies

As the world grapples with climate change, the push for sustainability is driving innovations in energy, transportation, and waste management.

Renewable Energy: Advances in solar, wind, and battery storage technologies will make renewable energy more efficient and affordable.

Green Transportation: Electric vehicles (EVs) and hydrogen-powered vehicles will play a crucial role in reducing carbon emissions.

8. Edge Computing and IoT

With billions of connected devices generating data, edge computing is becoming essential. By processing data closer to the source, edge computing reduces latency and improves efficiency. The Internet of Things (IoT) will further expand, connecting everything from household appliances to industrial machinery.

Smart Homes: IoT will enable fully automated homes, where appliances, lighting, and security systems are controlled via smartphones or voice commands.

Industrial IoT (IIoT): Factories will become more intelligent, using IoT to monitor equipment, optimize operations, and reduce downtime. Click Here To Get More Interesting News

[creativeera]

Extended Reality Market is estimated to Witness High Growth Owing to Increasing Adoption Across Industries

Extended reality (XR) refers to all real-and-virtual combined environments and human-machine interactions generated by computer technology and wearables. It includes augmented reality (AR), virtual reality (VR), and mixed reality (MR) and allows the users to interact with digital content and the physical world. XR delivers disruptive experiences by seamlessly merging the digital and physical worlds, offering an immersive viewer experience. Major application areas of XR technologies include gaming, entertainment, retail, education, healthcare, design and engineering, and more. The seamless blending of the physical and digital worlds enhances immersion, presence and experience for the users. The global extended reality market is valued to grow from US$ 46.3 Billion in 2023 to US$ 197.3 Billion by 2030, at a CAGR of 23% during the forecast period (2023-2030). 

Key Takeaways Key players operating in the Extended Reality are Meta Inc., HTC Corporation, Unity Technologies, Microsoft Corporation, Samsung Electronics Co., Ltd., Magic Leap, Sony Corporation, Vuzix Corporation, Apple Inc, Niantic Inc., Northern Digital Inc., Snap Inc., SoftServe, and Accenture. The key opportunities in the extended reality market include increased investments from technology giants, evolving consumer preferences and capabilities, growing demand across vertical industries and development of 5G networks. Rapid technological advancements, growing focus on collaboration and shared experiences are driving the adoption of VR and MR solutions globally. The adoption of XR technologies is growing across regions. North America currently dominates the Extended Reality Market Size  owing to large technology companies and early adoption. However, Asia Pacific is expected to witness the highest growth aided by government initiatives for digital transformation and increasing investments in emerging technologies from China, Japan, South Korea and others. Market Drivers The increasing adoption across industries is driving the growth of the extended reality market. Major industries like gaming, entertainment, healthcare, education and manufacturing are leveraging XR solutions to enhance customer experiences, create immersive training environments and drive productivity. Growing investments from technology giants are focusing on developing innovative XR applications and solutions. This is further fueled by the increasing processing power of devices and developments in 5G that are able to deliver low latency remote experiences.

PEST Analysis Political: The extended reality market sees increasing government support and funding for research and development projects. Regulations regarding data privacy and security are also evolving as the technology advances. Economic: Extended reality technologies promise to significantly boost productivity across various sectors like manufacturing, education, healthcare, etc. This would positively impact the broader economy over time. Social: Younger generations are more receptive to immersive technologies. More users are adopting recreational and social virtual experiences on consumer-focused extended reality platforms. Technological: Integration of 5G, artificial intelligence and computer vision are expected to radically improve the user experiences offered by extended reality. Graphics capabilities are also advancing to generate photo-realistic virtual worlds. The APAC region accounts for the largest share of the global extended reality market in terms of value. China, Japan and South Korea are major countries driving the rapid adoption of augmented and virtual reality solutions in industrial, commercial and consumer segments across APAC. As the economywide digital transformation gains momentum, extended reality technologies find increasing application across industries like manufacturing, healthcare and education. North America represents the fastest growing regional market for extended reality globally. Presence of leading technology companies as well as significant venture capital funding are supporting R&D and innovation. Growing entrepreneurship in the fields of gaming, retail and entertainment is supporting the deployment of extended reality platforms and services. The region exhibits early adoption of new immersive technologies among both enterprise and individual users.

Get more insights on Extended Reality Market

About Author:

Ravina Pandya, Content Writer, has a strong foothold in the market research industry. She specializes in writing well-researched articles from different industries, including food and beverages, information and technology, healthcare, chemical and materials, etc. (https://www.linkedin.com/in/ravina-pandya-1a3984191)

[sultanaislammow]

The digital people of the metaverse are already showing signs of full-scale outbreak.

In the field of the metaverse, digital humans HE Tuber  are considered a relatively advanced technology, and many typical cases have emerged.

"Liu Yexi", who debuted under the label of "a virtual beauty expert who can catch monsters", is a relatively eye-catching existence among digital people. On short video platforms, her works have received tens of millions of likes. In 2021, It can be said that he is a phenomenal digital person. With the huge attention, "Liu Yexi" pointed out a bright prospect for commercial cooperation, which is to use this as a traffic entrance for commercial cooperation . Because of their fashion and freshness, digital people are more likely to have an out-of-circle effect than real people, and are favored by many companies, especially companies targeting young people, who often prefer digital people.

Baidu also launched the digital human Xijajia. Not long after his debut, Xijia became the first virtual recommendation officer for McDonald's products, and then successively landed on naked-eye 3D large screens in Chengdu and Dalian. In CCTV News' first "Super Release" "AI deep cultivation, all things grow - Baidu World 2022" online conference, Xijia also appeared as the AI ​​planning officer and host of the conference, which fully reflected the role of digital people in various fields. Plasticity and adaptability.

Live streaming, singing and dancing, hosting events, image endorsements... The application prospects of digital people are extremely broad, and these applications have already been implemented, rather than just an expectation. Let us return to the value of digital humans in the metaverse, which is to undertake the production and transmission of information . For metaverse links such as "people-things-field", digital people are well-deserved core digital assets and elements. Various industries can be empowered by it and inspire more creativity.

The Toubao Research Institute has given a forecast that is very optimistic about the future development of virtual digital humans. It is estimated that its market size will reach 270.3 billion yuan by 2030, among which identity-based virtual humans will dominate the future development. Realistic progress also confirms such predictions. The launch of digital talents such as Liu Yexi and Xi Jiajia has been applied in scenarios such as live streaming and marketing, opening up business logic and realizing commercial monetization. This is also Promotes the positive cycle of digital people.

Compared with other technologies that only cost money but make no sound, digital people do have full potential.

3. The XR ecosystem of the Metaverse, Apple opens a window

What the Metaverse brings to humans is a digital life experience, and the level of this experience is limited by the level of hardware. From thin and light AR smart glasses to high-definition display VR all-in-one machines, many iterations of XR devices have brought us one step closer to realizing the metaverse .

Of course, XR is more than just a helmet or glasses. It covers VR/AR/MR and other related technologies. It is the next generation experience revolution and computing platform, an advancement in the integration of the digital world and the physical world, and an integration of computing power, connection and display. revolutionary upgrade.

Meta, Microsoft, Apple and other giants have invested heavily in XR, and have made a lot of progress in near-eye display technology, perceptual interaction technology, etc. It can be said that as the next generation hardware carrier, the current development status of XR is very similar to smartphones Entering the turning point stage of rapid development.

Just a few days ago, Apple launched its first-generation mixed reality head-mounted display device, Vision Pro. This is a device that is worn in the form of glasses. You can navigate with your eyes, click and scroll the screen with your hands, and give commands with your voice.

The revolutionary breakthroughs brought about by Vision Pro are surprising. It virtually eliminates latency, with new images arriving on the display in 12 milliseconds, faster than a human can blink. It even cooperated with Zeiss to customize optical inserts that can be magnetically attached to the lenses to facilitate services for myopia people. Such emerging hardware has a great boost in building the XR ecosystem.

With the help of corresponding hardware, XR will realize two major trends, from real to virtual and from virtual to real, and ultimately move towards the vision of the metaverse integrating virtual and real. Of course, it seems that after the hardware follow-up, XR needs to have a corresponding content ecosystem to truly retain users.

Apple released ARkit in 2017. At that time, it was not clear how far-reaching this move would be. However, through it, a large number of AR applications have emerged in the Apple Store. There are now tens of thousands of them, which has greatly enriched the entire XR content. ecology. What's more valuable is that these applications are by no means "generating electricity for love", but can actually provide benefits. According to Meta, as of February 2023, there are already 200 applications that can earn more than $1 million in revenue from Meta, and their number has increased by 44% compared with the same period last year. Moreover, Meta’s Quest series already has 6.37 million active players.

It can be expected that relying on 5G infrastructure and hardware support, the expansion of the XR ecosystem will gradually achieve the integration of virtual and real, forming a positive cycle of hardware-content-ecology . It can be said that the gradually evolving XR ecosystem is waiting for the arrival of a killer application.

[govindhtech]

Samsung New ISOCELL Vizion Sensors for Robotics and XR

Two new ISOCELL Vizion sensors the global shutter sensor, the ISOCELL Vizion 931, and the time-of-flight (ToF) sensor, the ISOCELL Vizion 63D were unveiled today by Samsung Electronics, a global pioneer in innovative semiconductor technology. Samsung’s ISOCELL Vizion family, which was first unveiled in 2020, consists of ToF and global shutter sensors made expressly to provide visual capabilities for a wide range of next-generation mobile, commercial, and industrial use cases.

Haechang Lee, Executive Vice President of Samsung Electronics‘ Next Generation Sensor Development Team, stated, “With their cutting-edge sensor technologies, Samsung’s ISOCELL Vizion 63D and ISOCELL Vizion 931 will be essential in facilitating machine vision for future high-tech applications like robotics and extended reality (XR).” Utilizing their extensive background in technological innovation, they are dedicated to propelling the swiftly growing image sensor industry forward.

ToF sensors estimate depth and distance by timing the duration of light emission from an item to its location, much like bats do with echolocation.

In particular, Samsung’s ISOCELL Vizion 63D is an indirect ToF (iToF) sensor that senses its environment in three dimensions by measuring the phase difference between emitted and reflected light. The Vizion 63D is perfect for high-resolution and accurate depth measuring applications such as facial verification, XR devices, and industrial and service robots. Its remarkable accuracy and clarity make it an excellent choice.

The first iToF sensor in the market with an integrated depth-sensing hardware image signal processor (ISP) is the ISOCELL Vizion 63D. It can accurately record 3D depth information without the assistance of a second chip thanks to its novel one-chip design, which allows for a 40% decrease in system power consumption over the previous ISOCELL Vizion 33D product. Additionally, the sensor can process images at up to 60 frames per second at QVGA resolution (320 x 240), an extremely popular display resolution in the business and industrial sectors.

The ISOCELL Vizion 63D obtains high Video Graphics Array (VGA) resolution (640×480) within a 1/6.4″ optical format, which makes it a perfect fit for small, portable devices. It is based on the industry’s smallest 3.5 pixel size in iToF sensors.

The Vizion 63D sensor has the highest degree of quantum efficiency in the industry, reaching 38% at an infrared light wavelength of 940 nanometers (nm), thanks to backside scattering technology (BST), which improves light absorption. This makes it possible to have less noise and more light sensitivity, which leads to sharper images with less motion blur.

Additionally, the ISOCELL Vizion 63D’s measurable distance range has been greatly increased from five meters to ten thanks to the support for both flood (high-resolution at short range) and spot (long-range) lighting modes.

Optimized to Capture Dynamic Movements Without Distortion: ISOCELL Vizion 931

A global shutter image sensor designed to capture fast motions without the “jello effect” is the ISOCELL Vizion 931. Global shutter sensors, which mimic human vision, capture the entire image at once or “globally,” in contrast to rolling shutter sensors, which scan the scene line by line from top to bottom in a “rolling” motion. Due to its ability to capture clear, distorted images of moving objects, the ISOCELL Vizion 931 is a great choice for motion-tracking applications in XR gadgets, gaming systems, robotic service and logistics, and drones.

With its one-to-one ratio VGA resolution (640 x 640) design, the ISOCELL Vizion 931 is the best option for iris identification, eye tracking, and facial and gesture detection in head-mounted display devices like XR headsets because it fits more pixels into a smaller form factor.

In addition, the ISOCELL Vizion 931 delivers an astounding 60% quantum efficiency at 850nm infrared light wavelength the highest level in the industry. This achievement was made feasible by combining the BST technique employed in the ISOCELL Vizion 63D with Front Deep Trench Isolation (FDTI), which inserts an insulating layer between pixels to increase light absorption.

With the help of multi-drop, which the Vizion 931 offers, up to four cameras may be easily connected to the application processor with just one wire. The sensor gives gadget manufacturers more design options because it requires less wire.

Sensors from Samsung, the ISOCELL Vizion 63D and ISOCELL Vizion 931, are now being sampled by OEMs overseas.

Read more on Govindhtech.com

[techrobot1235]

Extended Reality and the Convergence of AR and VR

Extended Reality

An immersive experience that responds to user inputs is created by extended reality technology, which combines virtual reality, augmented reality, mixed reality, and artificial intelligence technologies. The technique uses biomechanical modeling to accurately simulate human movement. Motion tracking is used to cut down on the number of sensors required to detect player movements.

The versatility of machine learning allows gaming to be customized to a player’s skills to create an engaging and difficult environment. With all that XR technology has to offer, students need not feel isolated in their struggles with learning. Parents and instructors don’t have the time or patience to keep up with technology.

AUGMENTED REALITY

Nowadays, many smartphones have augmented reality apps, and users have to hold their phones in front of them to use it. The software can show contextual information or provide gaming and social experiences that seem to be based in the real world by taking an image from the camera and processing it in real time.

Users need AR smart glasses that require always-on, simple, and safe navigation. To do this, significant improvements must be made in aspects including semantics, location, orientation, position, pose, gesture, and eye tracking.

Virtual Reality

Virtual reality (VR) entirely replaces the user’s field of vision and immerses them in a digitally created virtual world. This kind of XR technology has been around for a while and has been getting better over time. It is typically utilized for entertainment events like gaming, concerts, movies, or sports, but it is also quickly advancing into the social sphere. Immersive entertainment experiences in VR will need features like high-definition solutions, volumetric capture, six degrees of freedom motion tracking, and facial expression capture.

Application in Industries

Extended Reality

Real Estate

Real estate brokers may give potential buyers a tour of properties as if they were seeing them in person, even if they are on different sides of the world. For usage with smartphones or headsets, you can create ads, sales presentations, etc.  With the present tools included in some web browsers, real estate brokers already take advantage of XR’s main functions.

Workplace

Due to the pandemic, new work solutions have been created, such as a 4-day workweek, remote workers, and hybrid employment. Management sees it as a great tool for reuniting staff. Also, it opens up new possibilities for on-the-job training, assisting workers in learning as they go and gaining practical experience in a secure setting that will make them more effective.

Healthcare industry

It is now commonly employed in medical imaging technologies such as CT scans and magnetic resonance imaging (MRI). Instead of traditional 2D imaging, it offers employees with full 3D representations of human bodies. As a result, medical professionals may make diagnoses with more accuracy because they can now view the important structures more precisely.

Virtual Reality

1.Healthcare industry

Researchers think that VR technology can benefit the healthcare industry in a variety of ways, including mental health, physiotherapy, drug development, and professional and patient education. Also, the technology promotes collaboration, mainly between different sites. Throughout the epidemic, doctors employed XR to give remote care.

2.Automobile

VR aids automakers in their analysis of traffic situations and vehicle behaviour. Before creating a new model, they can evaluate and improve the prototypes using the simulated scenarios.

3.Gaming and entertainment

Players can experience the selected scenes as closely as they would in real life, whether at a different time or location or exploring stunning future settings. With the comfort of their VR headsets, consumers may virtually witness live performances of music and athletic activities.

Game developers recommend virtual reality headsets. VR gaming will keep evolving and bring fierce competition in the gaming business.

Augmented Reality

Education

AR technology reduces the cost of teaching subjects like physics, math, music, and psychology.

Tourism

With interactive dish menus that accurately reflect the eating preferences of tourists, agencies and hotels are employing AR-based travel apps to help their customers discover their destinations without neglecting the quality of transportation and food places.

AR Glasses

AR smart glasses are a type of transparent wearable device. They differ in size, form, and design, but they all serve the same purpose: reality augmentation. AR glasses overlay digital information on real-world things, allowing users to follow emails, texts, and other crucial details about their activities.

These technologies ultimately play a significant role in aiding every business to operate more efficiently, swiftly, and effortlessly. These technologies also assist consumers in making the right decision while purchasing goods, entertainment, and healthcare and increase user experience.

[shinetechsoftware]

What Apple Vision Pro Brings Us？

On January 9, 2007, at the Macworld conference held at the Moscone Convention Center in San Francisco, USA, Jobs delivered the most incredible keynote speech of his life, which is also the most fantastic conference in the history of consumer electronics. At the press conference, Jobs released the first-generation iPhone. Since then, the iPhone’s smartphone dynasty has begun. 

It is precise because of the previous success of the iPhone that when “One more thing” appeared on the big screen on June 5, 2023, people knew that the appearance of Apple Vision Pro was about to lead a new wave of technological trends.

1. What new technologies does Vision Pro bring?

The entire body of Vision Pro includes 12 cameras, five sensors, and two 4K Micro OLED displays, which solves the current problems of frame drop and dizziness in many XRs. In Apple’s presentation, it described a very bright future for us. Vision Pro can change communication, writing, work, entertainment, and other scenarios. When immersed in Vision Pro (such as watching a movie), the Micro OLED screen will hide your eyes through the external halo change effect. In addition, Vision Pro adopts the new operating system VisionOS, which has a dedicated application store. For people who wear glasses, Apple and Zeiss have customized optical inserts, which can be magnetically attached to the lenses to meet people’s needs, such as myopia. In terms of battery life: Vision Pro does not have a built-in battery but is powered by an external battery that can provide 2 hours of battery life.

Moreover, the EyeSight system can capture the user’s facial expression in real-time. When someone approaches, it can automatically display the user’s face on the screen. Vision Pro can accurately capture facial expression changes through the face tracking camera and eye movement camera inside the device.

2. Can Vision Pro help us work better ?

The emergence of Vision Pro will significantly promote the popularization of telecommuting. With the help of Vision Pro, desktop computers are no longer needed for office work, and regions no longer restrict the interaction between people. With VR, you can work anywhere.

The arrival of Vision Pro will subvert the working mode of human beings in the future. After waking up every morning with Vision Pro, you can have breakfast at your favorite places worldwide, watch the news you want to watch while having breakfast, or even visit the news scene in person through virtual interaction. After breakfast, you don’t have to drive to the company; you can sit anywhere at home and enter the office mode with Vision Pro. Unlike traditional office methods, you only need to cooperate with your eyes and fingers to complete a day’s work through a virtual screen. It is worth noting that when Apple officially announced the Vision Pro AR device at WWDC 2023, Microsoft, the best contributor to Apple’s ecosystem, also prepared applications for the Vision Pro AR device, including Word, Excel, and Teams. Then we believe a series of Microsoft productivity applications will be adapted to Vision Pro.

3. Vision Pro's privacy protection for users.

Vision Pro incorporates many machine learning technologies, including AI models, to predict your body and brain state, such as the degree of concentration on current affairs and whether your attention is distracted, measured and judged based on the user’s eye movement data, heart rate, muscle activity, blood pressure, brain blood density, and other data. Then, how to ensure the security of these private data will become a difficulty that Apple needs to overcome. In terms of user privacy, Vision Pro will abandon the password login in the PC era or the fingerprint and face recognition methods in the smartphone era and instead adopt a more secure biometric approach – iris recognition with Optic ID. It is understood that Optic can be used for Apple Pay or Apple Store to download applications. The data is encrypted and bound to the device; only the security verification program can access it.

In addition, Apple has also implanted a variety of privacy protection measures into Vision Pro, such as the surrounding video data of the user’s space, which will involve personal privacy, and these data will be isolated and processed separately in the background of the device.

4. Be the next generation of success.

History is always surprisingly similar. As one of the industry leaders, Apple has once again launched devices that can influence the trend of the times. More than ten years ago, when Steve Jobs said, “One more thing,” many people did not realize that it would change the lives of countless people. Now that we see the arrival of Vision Pro, we should be aware of the vast opportunities that come with Vision Pro: the independent App Store needs enough Apps for users to use, and more productivity tools are expected. Vision Pro has almost unlimited potential for us to develop, but a stricter privacy system will keep more people out. Only those prepared can seize this opportunity and become the next generation of success.

Shinetech’s scalable and dedicated development teams have a shared goal to help facilitate positive change within your business by building tailored software that will respond to your unique business problems promptly and cost-effectively.

When you face problems that hinder your business’ growth and development, finding a reliable partner who can help you build software and sustain a long-term business relationship that can scale with your business needs is always a challenge. Shinetech offers end-to-end solutions, UX/UI design, implementation, integration, and support, helping you achieve your business goals and boost productivity within the shortest possible timeframe.

[kvibestudios]

Transforming Film: Innovation and Sustainability in NJ & NY

The film industry, particularly in places like New Jersey and New York, is undergoing a substantial transformation thanks to groundbreaking technologies and techniques. These advancements are broadening creative possibilities, boosting production efficiency, and enhancing viewer experiences. This article delves into key areas of film production and innovative practices, showcasing how filmmakers in these regions can stay competitive in an ever-changing landscape.

Film Production

The film production process has been revolutionized by the advent of real-time rendering and virtual production. Borrowed from the video game industry, real-time rendering enables filmmakers to visualize and tweak interactions instantly, greatly accelerating the production process. Virtual production, aided by LED walls and panels, seeks to merge virtual and physical environments more seamlessly. This is particularly evident with advancements in LED technology, providing flexible lighting solutions that better integrate virtual and physical components using extended reality (XR).

Sustainability is becoming a central theme in contemporary film production. The industry is increasingly adopting eco-friendly practices like recycling props, using energy-efficient lighting, and offsetting carbon emissions. Leading companies such as Disney have adopted zero-waste policies, setting the standard for environmentally responsible filmmaking that other studios are beginning to follow.

Cloud and virtual production technologies are fundamentally changing camera form factors and optimizing workflows from camera to cloud. This evolution is especially beneficial for filmmakers in New Jersey and New York, where access to state-of-the-art technology is more common. These areas, serving as major film hubs, are well-positioned to leverage these advancements for improved production capabilities.

Innovative Techniques

Artificial Intelligence (AI) and machine learning are revolutionizing various aspects of film production, from scriptwriting to post-production. AI-driven tools can automatically edit footage to achieve a particular style, organize clips with visual tags, and even adjust dialogue post-recording. A notable example is the film "Before We Disappear," which uses computer vision and machine learning to adapt its narrative based on viewers' emotional responses, offering over 500 potential narrative edits.

In documentary filmmaking, innovative visual and editing techniques are becoming increasingly popular. Dynamic camera movements, creative angles, and inventive framing are being used to enhance storytelling. Non-linear narratives and the juxtaposition of scenes add depth and complexity, making documentaries more engaging and immersive for audiences.

Traditional cinematography techniques such as over-the-shoulder shots, close-ups, and Dutch angles are being refined with modern technology. Improved lighting and color grading, achieved through advanced LED lighting, provide more accurate color representation, blending virtual and physical environments more realistically.

Best Practices and Actionable Insights

Adopt Real-Time Rendering: Use real-time rendering to speed up CGI workflows and enhance virtual production capabilities.

Embrace Sustainable Practices: Integrate eco-friendly practices into your production process to minimize environmental impact and stay in line with industry trends.

Leverage AI in Post-Production: Employ AI-driven tools to streamline editing processes and explore new creative possibilities.

Experiment with Visual Techniques: Use dynamic camera movements, unique angles, and creative framing to elevate the visual storytelling of your projects.

Stay Updated with Cloud Technologies: Utilize cloud and virtual production technologies to streamline workflows and access the latest tools.

Insights for Filmmakers in New Jersey and New York

Filmmakers in New Jersey and New York are in a unique position due to their proximity to advanced technologies and major film hubs. These regions offer numerous collaboration opportunities with other filmmakers, studios, and technology providers, making it easier to adopt innovative techniques. Additionally, various training and development programs, such as the Young Directors Program focusing on video production skills and tools like DaVinci Resolve, are available to help local filmmakers stay abreast of industry advancements.

In conclusion, adopting innovative techniques in filmmaking is crucial for staying competitive in the industry, particularly for filmmakers in New Jersey and New York. By utilizing real-time rendering, sustainable practices, AI-driven tools, and advanced cinematography methods, filmmakers can boost their creative output, improve efficiency, and contribute to a more sustainable and inventive future of filmmaking.

#Filmmaking #Innovation #Sustainability #AIinFilm #VirtualProduction

Embrace innovation in your filmmaking process. Learn more at https://www.kvibe.com.

[nexttoparchitects]

#next_top_architects in #NEXTarch We Trust

House Block, Clapton

19 April - 16 May 2021

AUAR Labs, The Bartlett School of Architecture UCL

House Block asks what our environment could look like if our homes were not static structures, but could evolve over time; what if there was no set design, but an ecology of elements that constantly reorganise through automation? Could we consider a future that democratises access to building systems, one that alleviates the housing crisis and supports more equitable labour practices threatened by ever increasing automation?

House Block is designed and built using a discrete housing system — a kit of parts (analogous to lego), known as Block Type A. Each block is milled from a single sheet of plywood using CNC machines and assembled by hand, then post-tensioned. These are considered to be ‘discrete’ because the blocks are not fixed, instead offering the opportunity to be assembled, dismantled, reconfigured and reassembled over and over again.  

Located on the site of a former playground in Clapton, this two-storey prototype demonstrates what could be achieved if we were to think about participatory approaches to housing, where local communities make use of digital modes of production. Four takeovers  provide live demonstrations of this potential, as the blocks morph over time into configurations that support different needs, provocations and conversations.

A public programme runs in collaboration with our project partners from 19 April — 16 May 2021. The events cover talks, tours, performances and installations bringing new perspectives to issues around local housing needs, applications of technology and governance — that move between near-future solutions and more speculative visions. You can find out more information and sign-up here: https://automatedarchitecture.io/hackney

House Block is delivered in partnership with Hackney Council as a part of an exploration of digital approaches to community-led developments. It is supported by UCL Trellis: Community Partnership Building Events, EPSRC Impact Acceleration Account Follow-On Funding, UCL East Community Engagement Seed Fund, UCL Innovation & Enterprise HEIF Funding.  

AUAR

AUAR (pronounced ‘our’) is a fast-growing multi-faceted design and technology studio based in the UK working holistically across technology, product design and research. At the core of our mission is the ethical decentralisation of automation within the built environment. We develop novel approaches and technologies, from modular building systems to XR experiences to design production software. AUAR works collaboratively with all our partners and clients, providing a unique space for innovation and deep thinking in our projects. For more information: https://automatedarchitecture.io

[omniversalobservations]

D-vengers: Infini-D War (2018)

Due to popular demand on reddit, here is Infini-D War. From Darkwing Duck to Gravity Falls - your childhood cartoons as Avengers in the Infinity War poster. This is the third tv cartoon mashup of the poster after Infinitoon War and Infinick War. The list of the characters and shows the mashups were inspired are below, a better visual guide can be found on my Facebook page:

1. Phineas in The Beak suit (Phineas and Ferb) as Iron Man 2. Aladdin (animated TV series) as Captain America 3. Hercules (The Animated Series) as Thor 4. Goliath (Gargoyles) as Hulk 5. Kim Possible as Black Widow 6. Ron Stoppable (Kim Possible) as Hawkeye/ Ronin 7. TJ Detweiler (Recess) as Spider-Man 8. Icarus (Hercules: The Animated Series) as Falcon 9. Darkwing Duck as Winter Soldier 10. Gizmoduck (DuckTales) as War Machine 11. Mabel Pines (Gravity Falls) as Scarlet Witch 12. XR (Buzz Lightyear of Star Command) as Vision 13. Kuzco (The Emperor's New School) as Black Panther 14. Candy (Dave the Barbarian) as Okoye 15. Penny Proud (The Proud Family) as Shuri 16. Genie (Aladdine animated TV series) as Doctor Strange 17. Magic Carpet (Aladdin TV) as Cape of Levitation 18. Jake Long (American Dragon) as Wong 19. Baloo (TaleSpin) as Star Lord 20. Sylvia (Wander Over Yonder) as Gamora 21. Stitch (Lilo and Stitch: The Series) as Rocket Raccoon 22. Max Goof (Goof Troop) as Groot 23. Pumbaa (Timon and Pumbaa) as Drax 24. Sunni Gummi (Adventures of the Gummi Bears) as Mantis 25. Brandy (Brandy and Mr. Whiskers) as Nebula 26. Dale (Chip and Dale Rescue Rangers) as Ant-Man 27. Maggie (The Buzz on Maggie) as Wasp 28. Fillmore as Nick Fury 29. Ingrid Third (Fillmore!) as Maria Hill 30. Star Butterfly (Star vs the Forces of Evil) as Captain Marvel 31. Shego (Kim Possible) as Proxima Midnight 32. Negaduck (Darkwing Duck) as Corvus Glaive 33. Bankjob Beagle (Ducktales) as Cull Obsidian 34. Mozenrath (Aladdin TV) as Ebony Maw 35. Bill Cipher (Gravity Falls) as Thanos 36. Mickey and Friends Icons (House of Mouse) as Infinity Stones

Source: DeviantArt