PUE measures the wrong thing: infrastructure
A three-part metric set—compute efficiency, conversion efficiency, cooling overhead—would fix what efficiency rules reward.
· “Circular Economy Synergies and Trade-offs in Data Centres”
Other Computer Science
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A three-part metric set—compute efficiency, conversion efficiency, cooling overhead—would fix what efficiency rules reward.
· “Circular Economy Synergies and Trade-offs in Data Centres”
A cloglog reformulation drops global risk sets; federated training beats local models on every C-MAPSS subset.
· “Collaborative System Failure Prognostics via Federated Longitudinal-Survival Modeling”
A hand-drawn path samples the artist's color design and luminance rhythm, ready to reveal hidden features in data.
· “Interactive Extraction of High-Frequency Aesthetically-Coherent Colormaps”
The virtual AMX G-trac runs the same CAN code as the real tractor, so autonomy research can move indoors.
· “Digital Twin Modeling of a Highly Automated Agricultural Tractor”
A taxonomy from nine experts helps designers spot sustainability risks before they grow.
· “Risk-based Design for Sustainability in Cloud Systems: Insights from an Experts' Survey”
Recursive training generates inward visions yet proves foundation models cannot sustain coherence without fresh human content.
· “Model Collapse: On Recursion, Noise, and Uncharted Machine Visions”
Q-Backbone uses a policy to route tasks to QPUs only when they outperform classical methods on complex network decisions.
· “Q-Backbone: A Quantum-Enhanced Control Plane for Future Communication Networks”
A decade-long review shows how computing, design, ethics, ecology and waste embed assumptions about time in the field
Method groups segments by geometry and physics, cutting manual tuning and segmentation errors.
· “Hairpin Vortices Extraction in Turbulent Boundary Layer Flows”
Users accept lower accuracy and higher latency during high-carbon periods in exchange for lower prices, giving providers flexible resource a
· “Greening AI Inference with Accuracy and Latency-aware User Incentives”
Structured best practices help users navigate complex infrastructure without getting lost in documentation.
Battery-free tags deliver privacy-preserving measurements in routine clinic visits with 87.7% success across 966 trials
Four aspects of information and usability organize views from philosophy to computer science.
A modular tool-server design runs six building-model tasks reliably across 30 trials.
· “A Modular Reference Architecture for MCP-Servers Enabling Agentic BIM Interaction”
Automated ICA cleanup reduces attrition and bias in stomach signal recordings
· “A tutorial on electrogastrography using low-cost hardware and open-source software”
Even with ideal grid assumptions, moving compute to green regions barely dents data-centre growth.
· “Modelling Scenarios for Carbon-aware Geographic Load Shifting of Compute Workloads”
A minimal ontology and two SPARQL queries turn functional dependencies into OR gates and redundancy into AND gates.
A Python library turns object-based descriptions into algebraic graphs that run on any hardware and supply gradients for optimization and f
· “ParamRF: A JAX-native Framework for Declarative Circuit Modelling”
An Android app compares teat temperatures to literature thresholds; a five-cow pilot was too small to validate them.
· “MastitisApp: a software for preventive diagnosis of mastitis in dairy cows”
A co-simulation test reports 0.32 m joint final error, supporting proactive conflict alerts.
A real deployment distills sensor selection, calibration, and fusion into a proactive-safety playbook.
A periodic table of 40+ principles gives systems students and engineers a shared cross-domain vocabulary.
· “Towards a Periodic Table of Computer System Design Principles”
A real-road study: one raw camera stream already misses the 45 ms uplink budget; multi-sensor feeds are worse.
· “Teleoperating Autonomous Vehicles over Commercial 5G Networks: Are We There Yet?”
One camera feeds both local H.264 recording and a web-ready MPJPEG stream without loading the CPU.
VAILabs maps three published studies onto one domain-agnostic workflow system
· “Virtual Laboratories: Domain-agnostic workflows for research”
PCG and Philox pass official claims on most seeds, but TensorFlow, PyTorch, and NumPy versions fail different tests.
The paper argues biology's design rules—encapsulation, regulation, local selection—can make AI continually learnable and transparent.
The literal readings of the universe-as-computer collapse; only the descriptive metaphor stays useful.
A review of 2,077 papers shows the OR method spread across healthcare, logistics, and Industry 4.0.
A smartphone system logs temperature, humidity, and location for perishable food; NoSQL beats SQL as data volume grows.
· “Smartphone-Based Food Traceability System Using NoSQL Database”
15-year case study: a vague idea became a national standard by abstraction, then adaptation.
It turns public demographics, satellite imagery, and points of interest into city-level commuting matrices without costly surveys.
· “A Global Commuting Origin-Destination Flow Dataset for Urban Sustainable Development”
Conversational AI, sorted by who uses it: citizens, operators, and planners.
· “Opportunities and Applications of GenAI in Smart Cities: A User-Centric Survey”
A survey reorders cooperative perception around representation, fusion, and scale, with bandwidth as the load-bearing constraint.
· “Wireless Communication as an Information Sensor for Multi-agent Cooperative Perception: A Survey”
Empty cars refresh the twin's traffic map, lifting completed deliveries 11.8% and cutting peak data age 23%.
· “Digital Twin-Empowered Cooperative Autonomous Car-sharing Services: Proof-of-Concept”
A two-level taxonomy plus outlier scoring labels ships, foxes, cyclones, and footballers' common and uncommon motion.
· “A Novel Multilevel Taxonomical Approach for Describing High-Dimensional Unlabeled Movement Data”
Where Fisher information diverges, a score-based measure stays finite and computable for alpha-stable distributions.
· “Mixed Fractional Information: Consistency of Dissipation Measures for Stable Laws”
Sub-25 nm-per-pixel GDSII renders expose layout details standard viewers miss.
· “ArtistIC: An Open-Source Toolchain for Top-Metal IC Art and Ultra-High-Fidelity GDSII Renders”
Per-transistor CO2 metric could let buyers and regulators compare chips on carbon, not just speed.
· “Carbon Per Transistor (CPT): The Golden Formula for Green Computing Metrics”
The paper maps three existing farm-weather systems onto one five-step pipeline, from sensors to farmer alerts.
· “Integration of IoT- AI powered local weather forecasting: A Game-Changer for Agriculture”
In SUMO tests, the D-Wave-backed VTL beat two classical solvers and an actuated signal on delay and travel time
Detects 91% of motifs per read and needs 14 reads for 95% recovery, versus 23 for the best baseline.
· “Motif Caller: Sequence Reconstruction for Motif-Based DNA Storage”
Two graph passes score each location as a hotspot, then a Christofides tour routes the drone.
· “SprayCraft: Graph-Based Route Optimization for Variable Rate Precision Spraying”
SISCO.web couples medical-language search with WHO main-diagnosis rules as a middle path between manual coding and AI.
Automatic sizing across 1.84 million cases cuts NNPT average power to 26.59 nW and PDP to 8.53 aJ.
· “SPICE-PIDE: A Methodology for Design and Optimization of Integrated Circuits”
A control-room tool turns live tank levels and fixed recipes into feasible production plans, step by step.
· “Real-time stock analysis for blending recipes in industrial plants”
Even minimal learning and forgetting effects change optimal production plans and total cost, a six-period model shows.
A concrete mechanism—time-dependent gate voltages—lets abstract algorithms reach into transistor physics.
Travel-time matching plus compressed sensing recovers city traffic from sparse GPS.
Identifies dense areas then matches paths to aid navigation, recommendations and resource planning
Optimization model that adds external costs ranks Physical Internet ahead of traditional alternatives in city logistics.
· “Modeling and analysis of alternative distribution and Physical Internet schemes in urban area”
Combines safety, security, 5G and socio-technical factors to support cheaper autonomous train systems on less-used tracks.
Theoretical system targets the missing elements that keep machines from acting like humans.
· “A Theoretical Model For Artificial Learning, Memory Management And Decision Making System”
Trained on past sales, the models predict sales for unseen designs and styles without item-specific history.
A model builds networks from data references to measure quality and explain why some pieces stand out.
· “Wise Data: A Novel Approach in Data Science from a Network Science Perspective”
The Java-based system issues evacuation messages from GNSS and IMU readings to enable autonomous safe-area flight.
Including brain images in the state space lets an agent model thoughts, memory, and internal dynamics to guide robot actions.
· “Inverse reinforcement learning conditioned on brain scan”
Review of diverse domains yields focused characteristics to guide data management and platform design
Covers history, system design and algorithms while listing open challenges in optimisation, behaviour modelling and security
· “Emergency Management Systems and Algorithms: a Comprehensive Survey”
A four-phase control profile from orbit to target, with terminal IR guidance, is claimed to reach a ground target in under 90 seconds.
Computing seed detection rates on the alignments search tools actually return changes which seeds win.
One dynamic program over three automata computes sensitivity and designs more sensitive seeds.
· “A unifying framework for seed sensitivity and its application to subset seeds (Extended abstract)”