Cloud-edge AI sends 94% less data to generate cultural patterns losslessly
A new cloud-edge framework transmits only a losslessly compressed ControlNet condition instead of the raw reference image, cutting uplink payloads ...
A new cloud-edge framework transmits only a losslessly compressed ControlNet condition instead of the raw reference image, cutting uplink payloads ...
A compact hybrid Transformer-graph attention autoencoder reconstructs downhole geomechanical states from unlabelled drilling data, outperforming standalone models and surviving simulated ...
A new on-device digital twin framework decides which location queries to release and how much privacy noise to spend, cutting ...
A new PLOS One study reports a Harris Hawks-optimized bilateral segmentation deep learning network that detects wild animals with 99.8 ...
A new Trust-aware Cloudlet Federation model balances node credibility against delivery speed in edge computing, revealing a 40 percent deviation ...
A new systematic review of 150 studies argues that AI-driven cybersecurity for the Industrial Internet of Things has reached impressive ...
A new review argues that human-centric digital twins must deliver measurable benefits to factory workers in safety, ergonomics and wellbeing, ...
Smart grids promise a cleaner, more responsive electricity system, but they also carry a hidden vulnerability: every smart meter is ...
Researchers at SLAC National Accelerator Laboratory have compressed a neural network by 98.8% and deployed it on an FPGA chip, ...
A new lightweight AI framework recognizes sixteen driving actions at 96.37 percent accuracy while producing a continuous, expert-informed risk score ...
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© 2025 Scienmag - Science Magazine