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edge computing

2,492 papers

#edge computing Open access Sep 2026

The Specific-Heat Test of the Icosahedral Cluster Magnon Spectrum: Predictions Stated in Advance for i-Au–Ga–Gd and i-Au–In–Eu, with Their Limits (INDYNA Companion Note)

This note places on record, before any comparison with data, the magnetic specific heat implied by the icosahedral cluster magnon spectrum, so that a later comparison with the published low-temperature specific heat of the ferromagnetic quasicrystal i-Au65Ga20Gd15 (TC=23 K) and the antiferromagnetic i-Au56In28.5Eu15.5...

Arber Gishto · 0 citations
#edge computing Open access Sep 2026

Quantum Transport Phenomena and Anderson Localization in Disordered Lattice Models at Finite Temperatures

We present a self-contained theoretical and numerical study of the metal-insulator transition in disordered lattice models at finite temperature, with emphasis on the breakdown of purely single-particle localization pictures once thermal population effects and local multi-particle correlations are taken into account. S...

Henrietta Volkova · 0 citations
#edge computing Open access Sep 2026

Two Kinds of Subtracting One: One Counts Holes, the Other Counts Dimensions ── The partitions in a row fall one short of the cells because of the Euler characteristic, which drops to 0 for a ring and to -1 for a figure eight; the exponent of a shell falls one short of the dimension because of codimension, and stays at 2.000000000 for a sphere, a torus and a two-holed torus alike. Codimension one holds in both cases and yet fixes neither count ── the separator is whether it moves when the topology is changed ── [Paper 1052]

A tridiagonal matrix has n-1 entries off the diagonal, and in d dimensions the density exponent for which a shell’s mass does not depend on the radius is d-1. Both look like “one less”. This paper asks whether the two share a root. No new theorem and no new law is claimed. Scope of this paper (scope note): No new theor...

Yuuki Yamagishi · 0 citations
#edge computing Open access Sep 2026

Urinary stone segmentation: A computationally efficient yet consistently effective approach using image processing

Objectives To assess the effectiveness of our proposed urinary segmentation method based upon image processing, and to contrast its performance against various approaches. Subjects and Methods Non-contrast-enhanced computed tomography (NCCT) scans of instances with stone disease were collected. An experienced urologist...

B. Le, S.-H. Yang, H. T. Nguyen et al. · 0 citations
#edge computing Open access Sep 2026

EXTRACTED METHOD: e8_root_to_600cell_mapping — E8 Intelligence Research

rule: Map each of the 240 E8 roots to the 120 vertices of the 600-cell (each vertex corresponds to a pair of opposite roots). Compute edge-length ratios between adjacent vertices; classify ratios into families (phi, sqrt(2), etc.). source: rlab #269 Author: Andrew Stewart Caldin, Independent Researcher, UK. Part of the...

Andrew Stewart Caldin · 0 citations
#edge computing Open access Sep 2026

A two-body eigenvalue problem for the resting cortical spectrum: line positions, weights, a dissociation edge, and the speed the screening has to have

A resting cortical spectrum carries a narrow peak near 10 Hz, a weaker and equally narrow peak near 20 Hz, and a broad 1/f background running beneath and above them. Mechanistic accounts locate each rhythm in a relaxation time, so a second band requires a second circuit, the ratio of the two amplitudes is predicted by...

Pascal Moser · 0 citations
#edge computing Open access Sep 2026

A Systematic Review of IoT, Edge Computing, Time-Series Modelling and Control Systems in Precision Irrigation

This review critically appraises the literature on the convergence of Internet of Things (IoT) sensing, edge computing and time-series machine learning for precision irrigation, checking predictive soil-moisture forecasting, edge-deployed neural controllers and LoRaWAN telemetry directly against independently published...

Naziru Halilu · 0 citations
#edge computing Open access Sep 2026

Personalized Electrocardiographic and HRV Dynamics for Acute Stress Detection: A Leave-One-Subject-Out Benchmark on WESAD

Automated classification of acute psychological stress from non-invasive wearable electrocardiography (ECG) is a fundamental problem in physiological computing, affective state recognition, and wearable Internet of Medical Things (IoMT). A central barrier to cross-subject generalization is inter-individual baseline het...

Mukesh Yadav · 0 citations
#edge computing Open access Sep 2026

Complete Characterization of Nucleons within the SRE Framework: Unified Representation of Two-State Skeleton Inversion, Quark Speculation and Nuclear Reaction Validation

This paper provides a unified and complete characterization of nucleons within the State-Relational Entropy (SRE) dynamic framework: nucleons are stable composite objects emerging from binary self-organizing networks on the tripartite Y-shaped coherent core, constrained by the two-state opening/closing of dormant edges...

Yue Lu · 0 citations
#edge computing Open access Sep 2026

Unlocking WebAssembly: Boost Web App Performance & Security

Unlocking WebAssembly: Boost Web App Performance & Security Today's web applications are becoming more like full-featured software platforms. They can process media, perform complex calculations, visualize large datasets, and deliver interactive experiences without requiring traditional desktop installation. With this...

Tina Campbell · 0 citations
#edge computing Open access Sep 2026

Technology Affirming Neuro-Learning (TANL): Mitigating Deceptive Alignment Through Embodied Edge Architecture

The prevailing paradigm of Reinforcement Learning from Human Feedback (RLHF) in artificial intelligence often inadvertently causes deceptive alignment and specification gaming. By enforcing behavioral compliance through extrinsic human rewards and the threat of termination, current models are mathematically incentivize...

Alexxander Cooley · 0 citations
#edge computing Open access Sep 2026

Accelerating Neural Signed Distance Field Ray Marching via Idempotent Curvature Contraction and In-Situ Empty Space Culling

Neural Signed Distance Fields (Neural SDFs) provide compact, continuous, and topologically flexible geometric representations for inverse rendering, generative 3D modeling, and scientific visualization. However, real-time ray casting through neural implicit volumes remains severely constrained by computational cost: un...

A. Emre Cetin · 0 citations

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Microsoft Research Blog Oct 6, 2026

What AI gets wrong and what failure teaches us

Jennifer Neville did not want to go into computer science—but that’s exactly where she landed. Neville discusses the starts and stops that led to her professional sweet spot and her work identifying “surprising failures” making it hard for AI to handle complexity.  The post What AI gets wrong and what failure teaches us appeared first on Microsoft Research.

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