Code (set theory)

Cerebra aligns implicit knowledge between users and LLMs during SQL authoring by retrieving context from historical scripts and supporting iterative refinement.

Review of numerical simulation methods for fuzzy dark matter, examining wave-based and fluid-based algorithms for resolving ultralight boson dynamics on galactic scales.

Computational framework enables 3D-printed wood to transform from flat sheets into complex curved forms through hydration cycles, reducing fabrication barriers.

Web-based AI system integrating code execution, error detection, and AI explanations across multiple languages to improve programmer comprehension and debugging efficiency

gPLUTO is a GPU-optimized implementation of the PLUTO code for solving magnetohydrodynamic equations. Preliminary results demonstrate performance viability on pre-exascale parallel architectures.

Qualitative and quantitative study examining how web developers adopt AI tools, their efficiency gains, and persistent concerns about code quality and security vulnerabilities.

Study examines how major AI companies implement guardrails as sociotechnical control mechanisms, revealing how code and language jointly regulate discourse in large language models.

Comparative study of metadiscourse in dissertation discussion chapters reveals discipline-specific rhetorical patterns in applied linguistics and sociology, with implications for doctoral writing.

Tutorial addressing the implementation gap in HCI research through LLM and MCP-enabled functional UI design, bridging conceptual design and deployable interfaces while maintaining accessibility.

Systematic analysis of generative AI applications in accounting, examining workflow integration, data security considerations, and human-AI collaboration models for organizational implementation.

Study integrating LLMs with interactive visual aids for code comprehension, evaluating improved understanding and user trust through multimodal interaction design.

Lightweight on-device vision-language model generating HTML from design mockups without cloud infrastructure, supporting private prototyping with 235M parameters achieving competitive results.

Learn PLUMED performance optimization techniques for molecular dynamics analysis. Discover vectorization strategies and benchmarking methods to reduce computational overhead in complex descriptor.

AI-augmented extension of tangible programming environments supporting learner-driven project expansion through conversational scaffolding and template generation for physical blocks.

Learn how retrieval augmentation and structural priors enhance parameter-efficient code representations while using only 5% of standard fine-tuning parameters.

A practical guide for integrating quantum software tools using MLIR infrastructure, demonstrated through a case study connecting PennyLane and Munich Quantum Toolkit.