mmWave — 3 Technical Articles

Apr 12, 2026 · Artificial Intelligence

Breaking Camera Dependence: M4Human Advances Millimeter-Wave Human Perception to New Levels

The M4Human paper introduces a large‑scale multimodal mmWave radar benchmark for high‑fidelity human mesh reconstruction, detailing its data collection pipeline, annotation quality, benchmark splits, a raw‑radar‑tensor baseline (RT‑Mesh), and extensive experiments that show radar’s privacy‑friendly robustness and complementary strength to visual sensors.

CVPR 2026M4HumanRF dataset

0 likes · 13 min read

Breaking Camera Dependence: M4Human Advances Millimeter-Wave Human Perception to New Levels

HyperAI Super Neural

Mar 26, 2026 · Artificial Intelligence

MIT’s Wave‑Former Reconstructs Fully Occluded Objects with 85% Precision, Boosting Recall to 72%

MIT researchers introduce Wave‑Former, a physics‑aware, generative‑AI framework for mmWave sensing that achieves high‑precision 3D reconstruction of completely hidden objects, raising recall from 54% to 72% while maintaining 85% precision and outperforming existing baselines on real‑world datasets.

3D reconstructionGenerative AIbenchmark

0 likes · 15 min read

MIT’s Wave‑Former Reconstructs Fully Occluded Objects with 85% Precision, Boosting Recall to 72%

Alibaba Cloud Developer

Dec 12, 2019 · Fundamentals

Why 5G Is More Than Speed: Inside Its Core Technologies

This article explains how 5G reshapes connectivity by detailing its three use‑case scenarios—eMBB, URLLC and mMTC—and the key technologies such as massive MIMO, millimeter‑wave, advanced channel coding, NOMA, cognitive radio, flexible frame structures and network slicing that together boost capacity, lower latency and support massive device density.

5GMassive MIMOURLLC

0 likes · 29 min read

Why 5G Is More Than Speed: Inside Its Core Technologies