關於EmpathSense

About EmpathSense

Experience 4D Precision with HKSC’s SAM: Emotion-Aware, Real-Time Interaction

Explore HKSC’s 4D Segment Anything Model (SAM): Enhanced with MMW•TOF Imaging and Reinforcement Learning.
Transform real-world data into precise 4D models effortlessly with HKSC’s SAM—no manual input needed.
Additionally, we support mmWave + infrared wavelengths of 850, 940, and 1330 nm, enabling real-time spatiotemporal alignment for unparalleled perception.

  • Effortless: SAM’s no-click technology accelerates 4D modeling and interaction.
  • Insightful: Capture dynamic 3D environments with real-time emotional and spatial awareness.
  • Efficient: Automate highly accurate 4D representations to enhance robotics, VR, and more.

Unlock the future of perception with HKSC’s 4D SAM—faster, smarter, and more intuitive than ever!

3D Segment Anything Model (SAM) Imaging

Overview of the 3D Segment Anything Model (SAM): The 3D Segment Anything Model (SAM) Imaging from HKSC is a 3D object segmentation tool utilizing Time-of-Flight (ToF) sensors and reinforcement learning …

Benchmark

Feature HKSC 3D SAM Meta 2D SAM Object Segmentation Supports 3D object segmentation without user interaction Supports 2D object segmentation, requires user interaction Volume Measurement Enables easy 3D object volume …

DataSet 数据集

Progress

5 +
Physical Attributes
100 +
classification
132 TB
Training Dataset
10 +
Use Case
新闻

Latest News

EmpathSense

Enabling robots and bionic pets to truly understand your emotions! Combining MMW•TOF, EmpathSense delivers precise emotion-aware interaction experiences. Core Technologies Behind Emotion-Aware Interaction: MMWave Sensing: Captures fine movements and subtle emotional …

4D Spatial Computing

We are about to launch 4D spatial computing. In four-dimensional space, beyond the familiar x, y, and z axes, the w-axis introduces a new dimension. This is not just a …

TrueToF Gen4: Spatial Modeling Technology

TrueToF Gen4 leverages Time-of-Flight (ToF) depth sensing technology, combined with Visual Inertial Odometry (VIO) and real-time physical modeling capabilities, enabling users to quickly and accurately capture depth information from their …