This guide details how to build an immersive VR house‑tour web app using Vue.js, Photo Sphere Viewer for 360° panoramas, and AMap API for custom and mass map markers, covering project setup, integration steps, and code examples.
The article presents a VR bare‑hand whiteboard system that replaces controllers with natural hand gestures, detailing its evolution, technical challenges, error‑filtering and smoothing algorithms, multi‑board synchronization, required Unity SDKs, and its validation through a CSCW research paper and user studies.
As 2025 approaches, designers are exploring AI‑driven tools, immersive VR/AR experiences, dynamic graphics, lo‑fi aesthetics, and a resurgence of Chinese visual culture, all of which promise to redefine visual design by blending technology, cultural confidence, and innovative storytelling.
This article explores the rise of virtual clothing, its technological foundations, historical milestones, applications such as NFTs, virtual fashion shows, and AR try‑ons, and examines why the trend resonates strongly with younger consumers while highlighting sustainability and future challenges.
This article introduces Vizard, a C/C++‑based virtual‑reality development platform with Python support, and provides step‑by‑step code examples for loading avatars, creating random pigeon walks, implementing character dialogue, handling movement and mouse input, and showcasing typical VR scene effects.
This article examines the rapid rise of XR—covering AR, VR, and MR—its design challenges, emerging use cases like concerts and autonomous cockpits, and the professional and web‑based tools that empower creators to build immersive experiences for the next five years.
This guide explains how live‑streaming can transform recruitment by improving interaction, reducing costs, and enhancing trust, and it provides concrete design tactics—from brand presentation and host styling to interactive features, VR/AR immersion, and post‑live content reuse—to create engaging hiring broadcasts.
This article introduces Vizard, a C/C++‑based virtual‑reality development platform with Python support, and demonstrates how to load avatars and objects, create random‑walk behavior, implement dialogue actions, control character movement via keyboard, capture mouse input, and combine these techniques into a complete interactive 3D scene.
This article outlines a four‑step workflow to improve VR scene quality—covering hardware upgrades, optimized shooting setups, advanced image preprocessing, and custom color‑filter styling—demonstrating how systematic enhancements and blind testing can produce visually appealing, high‑quality VR experiences.
John Carmack, the pioneering CTO behind Oculus Rift, announced his departure from Meta, citing inefficiencies, internal battles, and a shift toward affordable VR hardware, while also highlighting his new focus on AGI through his startup Keen Technologies.
This article explains the WebXR standard for rendering 3D scenes in browsers, covers its history, browser support, step‑by‑step usage with WebGL, details the WebXR Device API objects such as XRSystem, XRSession, XRReferenceSpace, and demonstrates a panoramic VR image viewer with full code examples.
This guide introduces WebXR’s 3DoF/6DoF concepts, walks through building a basic A‑Frame scene, then shows how to add Mind‑AR face‑tracking with WebAssembly, WebGL2/WebGPU and event listeners, and even wraps it in a React component, outlining the three core steps for creating performant web‑based AR experiences.
This article examines how emerging AI, cloud, and VR technologies reshape human‑machine collaboration, using 58.com’s VR laser capture tool redesign as a case study to illustrate design strategies, usability testing, and practical guidelines for creating intuitive, low‑learning‑curve experiences for novice users.
This tutorial walks you through creating WebAR and WebVR scenes using A‑frame, Three.js, and MindAR, covering 3DoF basics, adding 6DoF models, handling AR events, and even integrating the workflow into a React application.
This article introduces Vizard, a C/C++‑based virtual‑reality development platform with Python bindings, and demonstrates how to load avatars and objects, implement a random‑walk pigeon, create talking characters, handle character movement via keyboard, capture mouse motion, and combine these techniques into a functional VR scene.
This article examines how VR product designers confront incomplete features—such as visible tripods, underused VR‑glasses mode, and 90% point‑cloud stitching accuracy—by weighing cost, user curiosity, and honesty, ultimately proposing transparent design strategies that build trust without unnecessary embellishment.
This article explores the growing maturity of VR technology in the booming metaverse era, detailing its advantages for used‑car sales, the construction of a VR quality evaluation system, and the design strategies for shooting tools that ensure realistic, vivid, and efficient virtual car experiences.
This tutorial walks you through WebXR concepts, the A‑Frame framework, ECS architecture, and step‑by‑step code to create a simple VR game, covering scene setup, assets, primitives, components, JavaScript interaction, and audio integration for a complete web‑based XR experience.
This guide walks you through creating a VR promotional video with C4D and Octane, covering project background, pre‑production planning, storyboard creation, 3D modeling, texturing, rigging, animation, lighting, rendering, and post‑production steps such as editing, color grading, audio, and voice‑over.
The article recounts a former VR professional’s candid assessment of the industry’s bleak economics, explaining why consumer‑focused VR is unprofitable, how companies shift to government contracts, the risks of project cancellations, and why many now view real‑world manufacturing as a more viable path.
In this translated AMA, Three.js creator Ricardo Cabello discusses his journey from the Demoscene to Google, the evolution of Three.js, challenges of open‑source maintenance, performance optimizations, WebGL versus WebGPU, VR/AR prospects, and the future role of web graphics in the metaverse.
The article traces the Metaverse from its literary origin in Neal Stephenson's 1992 novel, explains the current investment frenzy by major tech firms, defines the concept through examples like the Oasis and Roblox's eight attributes, and outlines the key technologies—5G, edge computing, VR/AR/MR, blockchain, and AI—required to realize it while highlighting cost challenges.
This article explains how modern UI designers extend their role beyond mobile apps to include PC, VR/AR, automotive systems, and interactive art, illustrating the design process through real project cases that show background research, high‑fidelity mockups, and user‑experience strategies.
ByteDance’s multi‑billion‑dollar acquisition of VR maker Pico mirrors Facebook’s Oculus purchase, intensifying a tech rivalry that spans metaverse ambitions, short‑video dominance, and aggressive investments in VR hardware, gaming, and social platforms.
VR video clarity suffers because the required pixels‑per‑degree far exceed what 4K or 8K spherical streams can deliver, but tile‑based encoding that decodes only the viewport, combined with low motion‑to‑photon latency, distortion control, advanced codecs and AI‑driven projection, promises sharper, lower‑bitrate 6DoF experiences.
This article walks through the complete redesign of the Linggan VR website, detailing problem discovery, a five‑question analysis, three core design themes, storyboarding, collaborative development, responsive layout choices, technical trade‑offs for 3D animation, SEO considerations, and the final launch.
I2UV-HandNet reconstructs high-fidelity 3D hand meshes from a single RGB image using an AffineNet encoder‑decoder to predict coarse UV maps and an SRNet super‑resolution module, trained on the SuperHandScan dataset, achieving real‑time performance and state‑of‑the‑art benchmark results, and targeting integration into next‑generation VR headsets without external controllers.
This article explores the rapid rise of commercial VR in the post‑COVID era, explains XR concepts, outlines the unique challenges of mobile VR interfaces for real‑estate tours, and details a design overhaul that improves aesthetics, flexibility, and immersive user experience.
This article explains how Kuaishou's audio‑video team implemented panorama video technology in 2020, covering its historical background, user impact, data analysis of a viral video, and the technical pipeline that creates a spherical model, projects it, and renders immersive 360° playback on mobile devices.
This article explores loading design by distinguishing system processing time from user‑perceived waiting time, introduces basic and advanced experience dimensions such as feedback clarity, speed perception, continuity, meaning alignment, brand perception and innovation, and demonstrates their application and evaluation through VR loading scenarios.
This article explores how VR technology can be integrated into holiday operational campaigns, detailing design thinking, spatial depth techniques, interactive elements, gamified features, emotional cues, and navigation aids, and culminates in a concise VR operation design formula for future immersive experiences.
The article explores the concept of the comfort zone, shares the personal journey of Alibaba DAMO Academy senior algorithm expert Fei Ying, and offers practical advice on career growth, AI research, and leveraging VR/AR technologies to drive innovation.
This article explores the evolution of virtual reality since its 2016 breakout, examines its diverse applications in gaming, education, manufacturing, and especially immersive 3D art creation with tools like Tilt Brush, and highlights emerging VR artist careers and future prospects.
One‑click decoration uses AI to recognize floor‑plan data and automatically generate immersive 3D interior designs, presenting multiple styles via VR to boost user engagement, empower merchants, and create a new selling scenario for the real‑estate market.
This article outlines how a cross‑functional team at 58&Anjuke systematically improved the VR house‑viewing experience through consensus building, collaborative project management, design refinement, quantitative evaluation, and iterative releases, ultimately achieving a 74.5% implementation rate for VR display features.
The report explores how emerging VR and live‑streaming technologies enable fully online property viewings, accelerate sales, and reshape auction processes, illustrating the broader digital transformation of the real‑estate industry in the post‑pandemic era.
This article explains the fundamentals of virtual reality and its distinction from augmented reality, describes VR hardware, outlines depth‑estimation and eye‑tracking methods such as projection, Hough transform, AdaBoost and sample matching, discusses Sobel edge detection, and explores the importance of audio, haptic feedback, and immersive VR applications in education.
Baidu smart mini‑programs let developers embed low‑cost VR components—such as panoramic video, image, 3‑D ring and model viewers—into apps via dynamic libraries, supporting live streaming, education and marketing use cases, while Baidu’s rendering engine and upcoming 5G bandwidth aim to broaden immersive experiences.
iQIYI’s deep‑learning pipeline converts single‑view images into high‑quality stereo pairs for VR by training on side‑by‑side 3D movies, employing a Monodepth‑based encoder‑decoder, a CVAE to encode camera parameters, ConvLSTM for temporal consistency, and disparity‑guided inpainting to fill occlusion holes, achieving stable, continuous depth maps validated through extensive human 3‑D effect assessments.
The article details how China Mobile's Beijing network management center uses massive monitoring screens, big‑data analytics, AI, VR and advanced data‑center automation to ensure near‑perfect connectivity for tens of thousands of subway passengers during peak hours and major events.
With 5G accelerating video traffic, immersive media relies on advanced 3D representation, efficient point‑cloud and video‑based compression, standardized containers, and selective streaming to enable realistic VR/AR experiences across gaming, autonomous driving, and broadcasting, while Tencent’s lab drives standards and future XR applications.
iQIYI and Huawei verified a 5G MEC + CDN edge‑acceleration solution that reduced end‑to‑end latency from 60 ms to under 10 ms, boosted 1080p/4K video download speeds by 400%, and paved the way for large‑scale VR, AR, and ultra‑HD streaming in the 5G era.
Leveraging 5G’s massive bandwidth, ultra‑low latency, edge computing and network slicing, Youku is delivering ultra‑high-definition, immersive cloud‑VR and interactive video—ranging from restored legacy films and multi‑camera live streams to branching dramas and 6DoF experiences—creating richer user experiences and novel business models.
The article examines iQIYI’s 8K VR live‑streaming pipeline, detailing how 5G connectivity, tiled encoding, ROI‑focused transmission, and hardware‑accelerated processing reduce bitrate by 75 % and bring motion‑to‑photon latency down to zero, while addressing resolution, bandwidth, and latency challenges of immersive VR broadcasts.
This article details a front‑end solution for online seat selection in a virtual‑reality airplane cabin, analyzing challenges such as marker visibility, scene transition effects, and efficient point placement, and presenting concrete implementations with Photo‑Sphere‑Viewer, custom zoom animations, and marker management code.
Youku’s new 6DoF video approach replaces low‑resolution, bandwidth‑heavy VR by capturing multi‑camera footage, reconstructing full‑depth scenes in the cloud, and streaming standard‑compliant streams that let viewers freely translate and rotate within the content, delivering higher visual quality, AR integration, and new business opportunities.
The article presents a detailed technical interpretation of JD’s Design Help Open Platform, describing how it aggregates designers, leverages 3D modeling, VR, and fast rendering to solve the pain points of home‑decoration users, improve designer efficiency, and create a closed‑loop shopping experience.
This article explores how a scenario‑driven approach reshapes e‑commerce by analyzing user demands, enriching the shopping experience with panoramic, AR, VR, and live‑streaming solutions, and detailing the design, prototyping, and productization processes that enable seamless, immersive, and one‑stop purchasing for modern consumers.
This article explains the concept of immersive experience design, illustrates it with examples from VR movies, art exhibitions, theme parks, and digital products, and distills the common principles—scene creation, storytelling, role immersion, and interaction—that engage all five senses and shape future experiences.
This article describes how Lianjia's Ke Holdings launched VR house viewing technology, detailing the 3D scanning process, machine‑learning‑assisted modeling, immersive interactive features, development challenges, and cross‑team collaboration that brought immersive VR tours to over a million property listings.
This article provides a comprehensive overview of augmented reality (AR) technology, explaining its fundamentals, differentiating it from VR, MR, CR, SR, and ER, and exploring its market trends, diverse industry applications—from marketing and social interactions to gaming, cultural tourism, and its connection with AI.
The article details how to integrate Android permission handling, directory loading, thumbnail browsing, and smooth paged scrolling into a Unity‑based Daydream media player, explaining scripts for requesting permissions, populating file selector pages, snapping to pages, and managing scroll events to enable VR file selection and playback.
The CES Asia 2017 report summarizes the exhibition's new product categories, highlights breakthroughs in artificial intelligence, VR/AR, smart home, IoT and drones, showcases Suning's online experience hall, lists award‑winning innovations, and distills key industry trends and consumer insights.
Learn how to create immersive WebVR pages using the WebVR API and three.js, covering VR and non‑VR modes, required libraries, scene construction, camera setup, rendering, animation, and integration of VR controls and effects for both mobile and desktop browsers.
The article recaps Baidu's AR research talk, explains the differences between VR, AR, and MR, outlines Baidu's AR technical principles, showcases successful AR case studies, and discusses future AR application scenarios across gaming, entertainment, and education.
This step‑by‑step guide shows how to set up Unity with Google’s Cardboard SDK, import the required assets, add gaze‑based interaction components, write a C# script to change object colors on focus, link events, and finally package the project for Android devices.
This tutorial explains how to create a WebVR page using the WebVR API and three.js, covering VR and naked‑eye modes, required plugins, HTML setup, scene construction, camera, renderer, a rotating cube, and integration of VR controls, effects, and manager for a complete immersive experience.
The article reviews Alipay's 2017 AR‑driven marketing campaign, surveys the rapid adoption of AR/VR/MR by major e‑commerce platforms, and explains the technical foundations and distinctions of vision‑based, marker‑less, and location‑based augmented reality, virtual reality, and mixed reality systems.
The article surveys the most eye‑catching CES 2017 products across VR/AR/MR headsets, smart‑home wireless charging, breakthrough displays, drones, 3D printers, audio gear, portable modules and sensor technologies, highlighting specs, unique features and market positioning of each showcased device.
The 2017 interaction design trend report highlights multi‑layer menus, horizontal selections, natural gesture controls, cross‑app collaboration, evolving chat interfaces powered by AI, and immersive 360° video experiences, illustrating how mobile products are becoming more expert‑oriented, expressive, and immersive.
The author shares a detailed recap of Google Developer Day, covering Android's new features and standardization, Web technologies like Progressive Web Apps, emerging AI and VR/AR demos, and overall insights on the direction Google is steering its developer ecosystem.
The 2016 Double 11 event showcased Alibaba's cutting‑edge mobile innovations—including VR shopping via Buy+, the DIVA visual augmentation platform, rapid mobile marketing delivery, and the high‑performance Weex framework—demonstrating how interactive technology can transform large‑scale e‑commerce experiences.
This article traces the origins of virtual reality from early concepts and devices to modern headsets, then introduces the A-Frame web framework and provides a step‑by‑step tutorial with code examples for creating VR scenes, animations, and interactions in the browser.
This article explores Google Daydream’s controller—from its pocket‑sized hardware and Bluetooth connection to its ray‑cast cursor, continuous and discrete motion gestures, touch‑pad click mechanics, and button functions—showing how hand‑based control upgrades VR experiences while reducing neck strain.
The article examines the current state and projected growth of the virtual reality (VR) tourism market, outlining its key characteristics, market size, dominant applications, business models, content creation challenges, and the strategic role of high‑quality IP in driving future industry development.
This article introduces WebVR, an experimental JavaScript API that enables VR experiences on the web, walks through setting up a three.js‑based boilerplate, explains key files like VRControls.js, VREffect.js, and webvr‑polyfill.js, and shows how to create a simple rotating cube demo for mobile cardboard viewers.
This article explains the fundamentals of virtual reality, the optics behind head‑mounted displays, the different HMD categories, and how WebVR—especially the A‑Frame framework—enables developers to create immersive 3D experiences directly in web browsers.
This article explains augmented reality (AR), compares it with virtual reality (VR), describes the technical pipeline and design challenges of AR, illustrates its unique interaction methods, and discusses current limitations and future possibilities, using Pokemon Go as a concrete example.
At Google’s 2016 I/O conference, the company unveiled a suite of AI‑driven products—including Google Assistant, the smart speaker Google Home, the Allo and Duo messaging apps, Android N with 250 new features, Android Wear 2.0, and the Daydream VR platform—signaling a major shift toward integrated, voice‑first and immersive experiences.
This article explains the fundamentals of Virtual Reality, Augmented Reality, and Mixed Reality, describing their definitions, typical devices, practical examples, and the technical distinctions that set AR apart from MR for immersive experiences.
Li Kaifu’s 2016 Silicon Valley tour revealed emerging trends in robotics, AI, VR/AR, and Google’s ambitious data‑driven strategy, highlighting insights from industry leaders like Andy Rubin, Boston Dynamics, and top AI researchers, and offering predictions on how these technologies will reshape global innovation.
Google announced a new Android‑integrated virtual reality headset, a successor to Cardboard, aiming to challenge Oculus and expand VR adoption by leveraging smartphones, which could reshape the VR hardware market and shift competition toward content creation.
The Avegant Glyph uses a virtual retinal display that projects images directly onto the retina, offering a compact cinema experience with low‑power LEDs, 720p‑like resolution, multi‑hour battery life, and a price point that challenges traditional VR headsets while aiming to solve content scarcity.
