New DIMES Method Tackles Urban Problem Structuring
Researchers propose the DIMES method to address pedagogical challenges in teaching problem structuring for complex urban science problems.
Researchers propose the DIMES method to address pedagogical challenges in teaching problem structuring for complex urban science problems.
A five-year editorial review documents the expansion of Discover Internet of Things alongside research challenges in artificial intelligence, edge analytics, ...
Researchers have designed an energy-aware deep learning framework combining radial attention, residual learning, and reinforcement scheduling to improve cloud-IoT efficiency ...
Researchers have demonstrated an automated AIoT platform architecture in Brisbane that integrates deep learning and geospatial workflows to extract building ...
A systematic review of 95 studies reveals how urban sustainability assessments have evolved from static checklists into dynamic, data-driven frameworks ...
Researchers evaluated seventy-one Czech district towns across twenty-five indicators to quantify the implementation of smart city elements in public spaces.
A systematic literature review of 116 peer-reviewed studies reveals persistent conceptual fragmentation and power imbalances in smart city inclusive innovation ...
A systematic review of 177 studies details how artificial intelligence and advanced spatial data transformed 3D urban modeling from static ...
A qualitative study of Tehran's smart-city initiatives reveals that algorithmic stewardship is urgently needed to prevent urban climate artificial intelligence ...
A systematic review of 244 smart city studies finds only four that directly measure equity outcomes, revealing a persistent gap ...
© 2026 Scienmag - Science Magazine
© 2026 Scienmag - Science Magazine