This page provides an English interface to the gxceed GX paper corpus. The corpus aggregates papers from 14 contributing scholarly metadata sources and uses AI-assisted classification to identify signals related to measurement, policy narratives, outcomes, implementation, industrial adoption, and verification.
The goal is not only to discover papers, but to observe how GX research is distributed across research substance, implementation narratives, external expectations, implementation substance, and judgment formation.
Summaries are AI-assisted. Always refer to the original paper for authoritative conclusions.
Showing 221–240 of 992 papers
Michael Bane
This study shows that carbon-intensity-based scheduling of computation in time and space yields far greater emission reductions than code-level optimizations. For matrix operations, implementation choices achieve 51x energy savings, and shi…
Barbosa, Gabriela, Almeida, Manuela
This paper focuses on digital interoperability for Building Renovation Passports (BRP), proposing a framework to support sustainable building renovation and decarbonization. It analyzes challenges in data standardization and information sha…
Boonyaputthipong C.
This paper examines the potential of building envelope renovation to achieve net zero energy building (NZEB) in hot-humid climates. It evaluates combinations of insulation and window improvements to reduce energy consumption, offering insig…
R. Zhao, Yu Zhang, J. Cao +3
This study develops a carbon flow traceability model for waste feed resource utilization equipment, proposing moisture-based load-following control and a multi-machine energy efficiency redistribution strategy. Experiments show 20% energy r…
Stjepan Škudar
This paper focuses on interpreting cost-effectiveness in low-carbon anaesthesia, discussing how decarbonization efforts in healthcare should be evaluated from an economic perspective. Specific methods and results are unclear, but it likely …
Malini Srivastava
Buildings in the US consume ~40% of energy and emit 38% of GHGs, yet the energy efficiency gap persists. This dissertation proposes using serious pervasive games to address heterogeneous consumer needs and promote energy-saving behavior and…
Dipendra Paneru, Subash Koirala, P. Mukhopadhyaya
This paper reviews hygrothermal behavior and field monitoring of mass timber (CLT, glulam) buildings, highlighting moisture management challenges due to wood's hygroscopic nature. It examines modeling approaches including numerical simulati…
Eugene Misa Darko, Doris Arthur
Using Australian data from 1990-2020 and a dynamic ARDL model, this study finds that energy efficiency (EE) has the largest short-run mitigating effect on CO2 emissions, followed by environmental taxes and renewables, while non-renewable en…
M. Zhang
This study optimizes the combination of U-value and solar heat gain coefficient (SHGC) for plastic doors and windows in ultra-low energy buildings in frigid regions. Using a genetic algorithm and weighted entropy method within a multi-objec…
Jianheng Chen, Jinqin Zhong, Zhongzheng Chen +5
This paper compares radiative sky cooling and green roofs for carbon-neutral buildings nationwide, identifying climate-responsive optimal strategies. It quantifies energy savings and CO2 reduction potential, offering practical insights for …
Mohammad Aliff Shakir, Junfeng Zhu, Liu Mengtian +1
This study develops a biocomposite from rice husk waste and polyvinyl alcohol (PVOH) for building insulation. At 10% PVOH, it achieves thermal conductivity of 0.245 W/m·K and flexural strength of 12.27 MPa, showing promise as a low-carbon, …
X. Y. Xu, S. N. Sun, X. G. Zhao
This study constructs a dynamic cost control model for green buildings enabled by low-carbon technology, integrating system dynamics and BP neural networks to improve prediction accuracy. Empirical validation shows a reduction in design-sta…
P. Florio, J. H. Uhl, P. Politis +4
Using building compactness and construction epoch as proxies, this study assesses global building energy efficiency and identifies vulnerable areas home to 48 million people, potentially increasing by 10-30% by 2100. It reveals stark dispar…
Akdag S.
This paper analyzes the impact of energy efficiency improvements on greenhouse gas emissions in European countries, arguing for energy efficiency as a sustainable mitigation approach. It offers insights for policy-making and investment deci…
Truong D.D.
This paper analyzes why green buildings in urban Vietnam fall short of net-zero targets, introducing the concept of 'System Readiness Misalignment.' It suggests that building-level certification alone is insufficient; the readiness of the p…
N. Albelwi
This paper proposes CMFI, a decision-support framework for construction projects that converts routine documentation into performance indicators and operational signals to reduce material waste and embodied carbon. An illustrative case of a…
May Zune
This study evaluates the decarbonization impact of building retrofits, using data from COMMSENG-25-0286. It examines what retrofits should target to maximize energy efficiency and emissions reduction, offering insights for policy and invest…
Dong-wouk Park, Kevin Winthrop
This paper examines the global transition to LED lighting, highlighting the trade-off between energy efficiency gains and potential adverse effects on human physiology, such as circadian rhythm disruption. It argues for a balanced approach …
Mahantayya K Hiremath, Sharmila A, Gopal Malba Alapure +4
This paper proposes a framework integrating lignin-based matrices and conductive sensors into natural fiber composites (NFCs) for sustainable buildings. It reviews studies showing improved mechanical properties and sensing capabilities, but…
Palak Tiwari, Archana Soni, Arvind Mittal
This review systematically organizes thermal management strategies (insulation, thermal storage, natural ventilation, renewable integration) for achieving net-zero energy buildings, discussing contributions to energy efficiency and CO2 redu…
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