DeepSeek introduces a “cyber finger” that lets AI not only recognize objects but also infer their spatial relationships, orientations, and manipulability, turning visual perception into a digital simulation of touch and enabling more realistic interaction in robotics, AR, and assistive technologies.
ARHUD integrates augmented‑reality graphics into a vehicle’s head‑up display, projecting speed limits, lane cues and navigation data at a virtual distance beyond 10 m and a wide field of view, while requiring precise eye‑point tracking, coordinate conversion, and advanced optics such as TFT‑LCD, DLP or LCOS to overcome challenges of brightness, size, alignment and limited FOV for safe, low‑cognitive‑load driving.
This article introduces the SARD dataset of background and AR images, describes a large‑scale eye‑tracking study with 60 participants, and presents the VQSal‑AR vector‑quantization model that outperforms baseline methods in predicting visual saliency for augmented reality scenes.
Moving beyond flat screens, the article describes how voxels—3‑D pixels—are reshaping digital life, highlighting Alibaba’s Taobao team innovations like smartphone‑captured 3‑D modeling, immersive live‑stream shopping, and WebXR, while stressing cost reduction and compelling use cases as keys to mainstream adoption.
The paper presents ARShoe, the first practical real‑time augmented reality shoe try‑on system for smartphones, detailing its multi‑branch neural network, foot pose estimation, rendering pipeline, a newly built foot dataset, and extensive experiments demonstrating high accuracy and over 30 FPS performance on multiple devices.
From immersive 3D product displays and AR-driven interactions to gyroscope-enabled navigation, privacy safeguards, and seamless multi‑screen collaboration, emerging hardware and software innovations are expanding the capabilities of mobile devices, promising richer user experiences and new application possibilities across various industries.
The article explains Gaode Maps’ AR navigation design, detailing how environmental factors, spatial experience, color hierarchy, safety considerations, and competitor insights shape a six‑point design framework, and describes prototype testing, implementation strategies for overlapping alerts, and future prospects such as virtual road barriers and multimodal travel.
The lecture explains how augmented reality overlays digital information onto the real world, tracing its history and core value of empowering users, and details its practical uses—from manufacturing guidance and marketing to police facial‑plate recognition, drone‑assisted command, emergency response tools, and the multidisciplinary developer skills needed to build such systems.
This article explains how Alibaba’s merchant mini‑program platform integrates Modiface’s AR makeup try‑on engine using JavaScript, MNN and TensorFlow.js, detailing the architecture, real‑time camera handling, inference acceleration, rendering capabilities, and future evolution of AR features for brands.
This article explains step‑by‑step how to create a simple AR scene where a virtual cube emerges from the ground and its top surface displays real‑time camera texture, covering model creation, texture binding, MVP matrix transformations, clipping to UV space, and handling of skeletal animation to achieve seamless environment‑aware rendering.
This article walks through creating a real‑time card‑based augmented reality prototype using Python, OpenCV, and NumPy, covering surface detection, feature extraction, matching, homography estimation, and RANSAC to project 3D models onto a reference plane.
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.
Alibaba’s AI Lab built an AR‑enhanced Starbucks coffee workshop in Shanghai, using client‑side object detection, deep‑learning cloud recognition, image synthesis, and color‑simulation techniques to overcome challenges like metal reflections, transparency, and varying lighting, illustrating how AR can revamp new‑retail experiences.
This article introduces Google’s ARCore platform, compares it with Apple’s ARKit, explains its relationship to Tango, details its core capabilities such as motion tracking, environmental understanding and light estimation, showcases several demo experiences, and outlines the key ARCore API components for developers.
This article introduces the fundamentals of augmented reality, showcases various market applications and specific QuNar AR experiences, and delves into the technical underpinnings such as 3D mathematics, OpenGL ES 2.0 rendering pipeline, matrix operations, shader programming, and core sensor‑fusion algorithms.
This article explains what augmented reality (AR) is, how recent breakthroughs like Pokemon Go have popularized it, and outlines three practical ways brands can leverage AR—guidance, design visualization, and training—while offering concrete design guidelines for creating effective AR applications.
Google’s ARCore SDK offers motion tracking, surface detection, and light estimation for Android, supports a limited set of phones but can be extended to unsupported devices via a reverse‑engineered class hack, and competes with Apple’s ARKit and Google’s earlier Project Tango by delivering comparable AR features without specialized hardware.
This article explains ARKit’s architecture, core tracking components, scene‑recognition features such as plane detection, hit‑testing and light estimation, and provides a step‑by‑step demo using Xcode templates to render a 3D airplane model on iOS devices.
This tutorial introduces Apple’s ARKit platform introduced at WWDC 2017, explains the required hardware and iOS version, walks through creating an Augmented Reality App project in Xcode 9, importing 3D models, configuring plane detection, and rendering a virtual cup on a detected horizontal surface using ARSCNView.
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.
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.
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.
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.
Kevin Kelly’s three‑hour Stanford talk predicts a shift to an "oxygen" era where wireless data, personal‑device communication, AI, blockchain and immersive technologies will dominate, reshaping business models, innovation cycles and the very way we share and monetize information over the next two decades.
