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36 papers match

cs.DC2026

A Taxonomy of Performance Metrics for the Distributed Computing Continuum

Praveen Kumar Donta, Boris Sedlak, Alfreds Lapkovskis +6

The paper proposes a structured taxonomy of performance metrics for distributed computing continuum systems, categorizing metrics across computing, network, and application levels…

#performance evaluation#distributed systems#edge computing#cloud computing
cs.RO2026

When Robots Exchange Meaning: A Demo of Goal-Oriented Semantic Communications for Collaborative Robotics

Peizheng Li, Xinyi Lin, Sajida Gufran +1

The paper demonstrates a robot‑edge semantic communication testbed that compresses visual data into VQ‑VAE tokens on a mobile robot and reconstructs it on an edge device for semant…

#semantic communication#collaborative robotics#edge computing#visual compression
cs.NI2026

Layered Architecture for Mobile Intelligence

Qingwen Liu, Mingqing Liu

The paper proposes a mobility‑aware architectural framework called the Mobile AI Stack, which integrates energy networks, efficient AI chips, cloud‑edge‑mobile infrastructure, dist…

#mobile ai#edge computing#energy‑efficient chips#distributed models
cs.CR2026

Adaptive Security at the Edge for 6G-Enabled Healthcare IoT

Ijaz Ahmad, Erkki Harjula

The paper introduces NANOEDGEGUARD, a kernel‑plane controller that adaptively enforces multi‑tier rate limits at edge gateways for healthcare IoT, improving alarm latency and reduc…

#edge computing#healthcare iot#adaptive rate control#kernel-plane enforcement
cs.DC2026

A Cloud Continuum Research Infrastructure for Distributed CPS Experimentation

Fabio Orazio Mirto, Giuseppe Tricomi, Luca D'Agati +7

The paper proposes a two‑level reference architecture for experimenting with Cloud Continuum applications, separating infrastructure management from application workflows across Ed…

#edge computing#fog computing#cloud continuum#cyber-physical systems
cs.CV2026

When Fish Look Alike: Tracking Identities with Dual-branch Elasticity

Vran Lee, Xin Liu, Yijie Wei +3

The paper introduces TIDE, a dual‑branch tracking system that forgoes heavy appearance models and instead uses adaptive geometric correspondence to track dense, homogeneous targets…

#multiple object tracking#edge computing#fish tracking#geometric correspondence