Transient Indocyanine Green Distribution Measurement and Modelling in Chorioallantoic Membrane (CAM) Model
Collection of different types
2025
Subject: Molecular Communication, Chorioallantoic Membrane Model, in-vivo Testbed, Indocyanine Green
DOI: 10.5281/zenodo.14626107
Details
Description
This Data Set contains the results of the paper ``The Chorioallantoic Membrane Model: An in vivo Testbed for Design and Analysis of Molecular Communication Systems''. It includes all the data related to the 69 different measurements and their corresponding estimations. The file ``CAM_Data.mat" contains all data in a single variable of table type named ``MetaData''. The ``MetaData'' table contains, egg numbers, ROI numbers, estimated set of parameters by the kernel using a single wrapped normal distribution, estimated set of parameters by the kernel using two wrapped normal distributions, day of the embryonic development, injection duration, measured normalized fluorescence intensity, time vector, estimated molecule distribution using single wrapped normal distribution, estimated molecule distribution using two wrapped normal distributions, image of the CAM demonstrating the injection point and the region of interest, injection distance, RMSE of estimator using single wrapped normal distribution, and RMSE of estimator using two wrapped normal distribution.
Creators/Owners
Debug: Alles
Autoren: Schober R, Vakilipoor Takaloo F, Härteis S, Schäfer M
Datum: March 8, 2025
Year: 2025
Beschreibung: This Data Set contains the results of the paper ``The Chorioallantoic Membrane Model: An in vivo Testbed for Design and Analysis of Molecular Communication Systems''. It includes all the data related to the 69 different measurements and their corresponding estimations. The file ``CAM_Data.mat" contains all data in a single variable of table type named ``MetaData''. The ``MetaData'' table contains, egg numbers, ROI numbers, estimated set of parameters by the kernel using a single wrapped normal distribution, estimated set of parameters by the kernel using two wrapped normal distributions, day of the embryonic development, injection duration, measured normalized fluorescence intensity, time vector, estimated molecule distribution using single wrapped normal distribution, estimated molecule distribution using two wrapped normal distributions, image of the CAM demonstrating the injection point and the region of interest, injection distance, RMSE of estimator using single wrapped normal distribution, and RMSE of estimator using two wrapped normal distribution.
Subject: Molecular Communication, Chorioallantoic Membrane Model, in-vivo Testbed, Indocyanine Green
Verf: 320704969
Publ-Datum: None
Datentyp: 272444612
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