19 results for “topic:supplementary-data”
Track publicly available replication codes/supplemental materials in economics (currently top 10) journals
Design, layout, and simulation files of the paper "Hexagons are the Bestagons: Design Automation for Silicon Dangling Bond Logic" by M. Walter, S. S. H. Ng, K. Walus, and R. Wille in DAC 2022.
Supplementary data for co-occurrence manuscript
History Survival Guide is pulp-era inspired STEM and history blog that explores different engineer and scientific concepts with practical information about how to recreate by hand. This repo includes the relevant code or pngs behind any given guidebook page
The code for the work presented in the research paper titled "Nanophotonic Structure Inverse Design for Switching Application Using Deep Learning"
Repository for Metavenom project
No description provided.
This folder contains files and code specific to individual papers, that allow reproduction of the results of a paper. Additional toolboxes, functions, or solvers published by other groups might be required. Each paper has a dedicated subfolder following the convention Year_ShortTitle.
Code and data for venom phenotype evolution project
Project Files and folders for the applied data science class at Tufts University
青野ほか「作物痕跡の形状解析と残存デンプン粒分析の照合による栽培作物同定の試み」の残存デンプン粒データです。
「考古学・植物学を活用した松尾大社社蔵史料の料紙の構成物分析」の関連データ
Supplementary information for manuscript
Additional data on SV2A PET studies, supplement to the review "Synaptic changes in psychiatric and neurological disorders"
「陽明文庫所蔵史料における料紙構成物の変化：統計ソフトウェアRを用いた可視化の試み」関連データ
Supplementary files for Ballabio et al., IJC, 2019
「陽明文庫所蔵史料と松尾大社所蔵史料の料紙における構成物の変化」報告資料と関連データ
Open hardware reference design and supplementary specifications for the Advanced Transport Measurement System (ATMS). A modular cryogenic platform optimized for high-impedance transport, pyroelectric, and magnetodielectric characterization in PPMS (14T) and LN2 environments.
Data processing workflow and supplementary data for Li et al. 2018 - The effect of filtration method on the efficiency of environmental DNA capture and quantification via metabarcoding