UMKC Announces New Master of Science in Artificial Intelligence
UMKC announces a new Master of Science in Artificial Intelligence program aimed at addressing workforce demand for AI expertise, set to l...
Data analysis, statistics, and data engineering
UMKC announces a new Master of Science in Artificial Intelligence program aimed at addressing workforce demand for AI expertise, set to l...
Six months ago I committed to using AI tools for everything I possibly could in my work. Every day, every task, every workflow. Here's th...
This article presents a deep-learning framework for registering melanoma brain metastases (MBM) to a common atlas, enhancing cohort-level...
EPRBench introduces a benchmark dataset for event stream-based visual place recognition, addressing challenges in low-light and high-spee...
This article presents a novel ultrasound-guided method for real-time 3D visualization of spinal motion to assess spinal instability, aimi...
The paper presents X-VORTEX, a novel spatio-temporal contrastive learning framework designed to enhance wake vortex trajectory forecastin...
TRACE introduces a novel framework for temporal reasoning in electronic health records, enhancing prediction accuracy and clinical safety...
The GRAIL framework enhances next-visit event prediction in healthcare by utilizing geometry-aware retrieval and hyperbolic representatio...
The paper explores a novel algorithm, Placer, which utilizes Message Passing Networks to create latent embeddings for telemetry-aware gre...
The paper introduces SQuTR, a new benchmark for evaluating the robustness of spoken query retrieval systems under various acoustic noise ...
This paper introduces Calibrated Uncertainty Distillation (CUD), a novel approach to knowledge distillation that enhances the transfer of...
The paper introduces IndicFairFace, a balanced dataset aimed at addressing geographical bias in Vision-Language Models (VLMs) by represen...
The PMG paper presents a novel Parameterized Motion Generator for humanoid locomotion, addressing challenges in adapting motion tracking ...
This article evaluates HiFloat formats for low-bit inference on Ascend NPUs, highlighting their efficiency and compatibility with state-o...
The paper introduces RQ-GMM, a novel model for improving click-through rate (CTR) prediction by effectively discretizing multimodal embed...
The paper presents Power Interpretable Causal ODE Networks (PICODE), a novel model for explainable anomaly detection and root cause analy...
This paper presents a novel framework, Stage-MCTS, which enhances small language models' ability to generate NoSQL queries through conver...
This article presents a computational model addressing developmental amnesia, characterized by impaired episodic memory and intact semant...
The paper presents Bench-MFG, a benchmark suite designed to standardize evaluations in learning for stationary Mean Field Games, addressi...
The paper presents ExtraCare, a novel domain adaptation method for predictive healthcare that enhances accuracy and transparency by decom...
This article presents a novel DenseNet-121 framework for classifying grape leaf diseases, achieving high accuracy and interpretability wh...
This paper explores how soft contamination in training data affects the evaluation of large language models (LLMs) on benchmarks, reveali...
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