
Explore digital manufacturing in the stainless steel industry and its impact on operational efficiency, yield, and quality.

Explore Bayesian neural networks for improved generalization under covariate shift, focusing on node-based BNNs as scalable alternatives and their performance in out-of-distribution image classification.

Explore interactive visualization for comparing and selecting predictive models, integrating performance, instance, and feature-level analysis to support informed decision-making in machine learning.

Explore energy-efficient AI methods and solutions for sustainability, with insights from industry and academia experts.

Compress multidimensional weather and climate data into neural networks, achieving high compression ratios while preserving accuracy for climate change analysis and severe weather prediction.

Explore scalable synchronization in manycore systems with LRSCwait. Learn about polling-free and retry-free operations for improved throughput and energy efficiency in shared-memory architectures.

Explore neural graph databases, combining graph databases with graph neural networks using LPG2vec encoder for improved prediction accuracy in complex graph datasets.

Explore Cppless, a single-source programming model enabling high-performance serverless applications in C++. Learn about transparent offloading, common abstraction layers, and composable architectures for efficient cloud computing.

Explore in-network compute techniques to accelerate data serialization/deserialization protocols, enhancing efficiency in datacenter and HPC systems. Learn about SmartNIC offloading and its impact on performance.

Explore efficient scheduling techniques for dataflow architectures using canonical task graphs, steady-state analysis, and spatial block partitioning to optimize performance and device utilization.

Explore network performance variability in cloud computing and its impact on HPC workload scalability, comparing cloud providers with on-premise systems.

Explore cutting-edge graph database technology scaling to 100,000+ cores. Learn about GDI, a new interface for high-performance, scalable graph processing in distributed memory systems.

Explore the role of Ethernet in modern datacenters and supercomputers, examining its current state and future prospects in high-performance computing environments.

Explore data-centric optimization techniques for Fortran code on accelerator devices, enhancing high-performance computing capabilities.

Explore hardware-algorithm co-design for efficient vector search on FPGAs, enhancing performance in large-scale information retrieval and machine learning systems.

Explore VENOM, a vectorized N:M format for sparse tensor cores. Learn about high-performance sparse libraries and second-order pruning techniques for efficient deep learning model sparsification.

Optimize allreduce performance on torus networks with Swing algorithm. Improve bandwidth by reducing distance between communicating nodes, outperforming existing methods by up to 3x.

Explore neural-symbolic AI integration with DeepSeaProbLog, combining logic, probability, and neural networks for discrete and continuous domains. Learn about its semantics, inference, and unbiased learning algorithm.

Explore human-aligned synthetic data in machine learning, focusing on mixup regularization. Discover how perceptual judgments and uncertainties can enhance model reliability and generalization.

Explore parity calibration in sequential regression, focusing on predicting increase-decrease events rather than exact values. Learn its applications in epidemiology, weather forecasting, and nuclear fusion control.

Explore factors influencing explanation stability in AI models amid dataset shifts, focusing on model curvature, weight decay, and shift magnitude for robust actionable explanations.