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Methodology for monitoring and evaluation of light parameters and biological indicators of internal environment depositories and expositions
Juliš, Karel ; Valach, Jaroslav ; Frankl, Jiří ; Štefcová, Petra ; Pech, Michal ; Kotyk, Michael
The methodology provides guidance procedures for monitoring and evaluation of automatically collected lighting parameters and biological indicators of internal environment depositories and expositions. There is specified a methodology, together with description of particular hardware components and software central point, which collects and evaluates the information acquired. The system, as a whole, is designed as a modular and open platform, which allows a wide variety of user modifications and customisation to almost any specific museum collection, repository or exhibition.
Fulltext:  PDF
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Methodology for monitoring and evaluation of light parameters and biological indicators of internal environment depositories and expositions
Juliš, Karel ; Valach, Jaroslav ; Frankl, Jiří ; Štefcová, P. ; Pech, M. ; Kotyk, M.
The project focuses on automation of collection and evaluation of given physical and biological parameters of the museum expositions and repositories. There is specified a methodology, together with description of particular hardware components and software central point, which collects and evaluates the information acquired. The system, as a whole, is designed as a modular and open platform, which allows a wide variety of user modifications and customisation to almost any specific museum collection, repository or exhibition.
Fulltext: content.csg - PDF
Plný tet: 0457076_2015_Julis_et_al_Metodika_CM_NAKI-027 - PDF
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Assessment of vibrations in museum's environment
Valach, Jaroslav ; Wolf, Benjamin ; Paulová, E. ; Urushadze, Shota
This paper deals with measurement of mechanical vibrations and accelerations threatening objects in museum collections. Two case studies are presented. The first case analyses situation in museum exhibitions strongly influenced by street traffic in its close proximity. It compares results obtained by sensitive professional measurement system to the custom-built user device for acceleration recording. The second case analyzes object’s accelerations during transport based on measurement by the custom-built device.
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