41 a 50 de 888 Resultados
27 may 2025 -
Synthetic datasets generated by Large Language Models
Valores separados por comas - 112,1 KB -
MD5: 41dd93900bfd7b940afe75aa97dffe42
Synthetic QA dataset generated by the model deepseek-r1:14b |
27 may 2025 -
Synthetic datasets generated by Large Language Models
Valores separados por comas - 96,5 KB -
MD5: c2ffef1b613b54f79165a0b2faaf4469
Synthetic QA dataset generated by the model llama3.1:8b-instruct-q8_0 |
27 may 2025 -
Synthetic datasets generated by Large Language Models
Valores separados por comas - 112,3 KB -
MD5: 2d1dc985f80d6ce1a3a261967bd49bd3
Synthetic QA dataset generated by the model mistral:7b-instruct |
27 may 2025 -
Synthetic datasets generated by Large Language Models
Texto plano - 7,3 KB -
MD5: 5fd383d289fe53e3ac0242abfa883bfd
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27 may 2025 -
Synthetic datasets generated by Large Language Models
Texto plano - 8,2 KB -
MD5: 0a221d46d9ad2f61ce4a49fa52d550c7
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Torterolo Orta, Yanco Amor; Roseti, Sofía Micaela; Moreno-Sandoval, Antonio, 2025, "Trafalgar Neo4j Database", https://doi.org/10.21950/DXGRTE, e-cienciaDatos, V1
The dataset is part of the project: GRESEL-UAM: About GRESEL: AI Generation Results Enriched with Simplified Explanations Based on Linguistic Features (Resultados de Generación de IA Enriquecidos con Explicaciones Simplificadas Basadas en Características Lingüísticas). This datas... |
27 may 2025 -
Trafalgar Neo4j Database
Desconocido - 31,3 MB -
MD5: 5d8472094caed885762534737cc4c5f1
Este archivo permite replicar la base de datos de Trafalgar en neo4j |
27 may 2025 -
Trafalgar Neo4j Database
Texto plano - 7,3 KB -
MD5: 89b99117c9a4012f6e9c693f91e45b75
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27 may 2025 -
Trafalgar Neo4j Database
Texto plano - 8,1 KB -
MD5: 9048a0b73c1c96e49e5a465e6ef27435
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22 may 2025
Fernandez Vera, Oscar; Sagresti, Luca; Mateo, Luis M.; Torres, Tomas; Brancato, Giuseppe; Bottari, Giovanni, 2025, "Unprecedented “off-pathway” [2+2] cycloaddition-retroelectrocyclization reaction between an unsymmetric alkyne and tetracyanoquinodimethane [supplementary raw data]", https://doi.org/10.21950/6HATNC, e-cienciaDatos, V1
In recent years, the [2+2] cycloaddition-retroelectrocyclization (CA-RE) reaction between electron-rich alkynes and electron-deficient alkenes has emerged as one of the most effective synthetic routes to prepare a large variety of molecular and polymeric electron donor–acceptor s... |
