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Proportional counter measurement system
Kolář, Ondřej ; Matěj, Zdeněk (referee) ; Kubíček, Michal (advisor)
This work focuses on development of a measurment system for proportional counters that are used to measure ionizing radiation. The system allows for data acquisition from proportional counters in form of time waveforms for further analysis. Core of the system is a Red Pitaya STEMlab 125-14 board which is able to record fast signals and transfer them to a computer for further processing. The first part of this work briefly describes theory of ionizing radiation and propotional counters. In the following part the measuring unit and its improvements are described. The main part of this work is focused on development of new software and description of individual software pieces. In the last part a real measurement is depicted, gathered data are analyzed and a machine learning method is proposed as a solution for proportional counters data analysis.
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STEMLab based data acquisition system
Pavlík, Radim ; Kováč, Michal (referee) ; Kubíček, Michal (advisor)
Thesis deals with design of acquisition system, working on developing platform STEMLab (Red Pitaya). Goal is possibility of monitoring analog signals with adjustable sampling frequency and length of acquisition. Software was created for both controlling part (Python application) and for platform itself (embedded C, Python) using the appropriate FPGA-HW design (HDL). Thesis describe how to work with platform ecosystem, control and behaviour of aplications created during the proces of getting acquainted with the platform and options how aplications could be created.
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Proportional counter measurement system.
Kolář, O. ; Kubíček, M.
This paper describes development of a proportional counter measurement system which is used to measure ionizing radiation. The system will allow easy acquisition of data from various detectors for further analysis and research of new processing algorithms. At first, hardware and software of the prototype system is described. Then, a test measurement and its results are mentioned.
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SMV-2022-61: Development of advanced programmable acquisition system with pulse generator
Vondra, Vlastimil
Assessment of the equipment specification in terms of the equipment implementation possibilities using the contractor's instrumentation. Analysis of the requirements of the assignment and development of the generator solution methodology. Preparation of a proposal for implementation according to the desired characteristics. Manufacturing mechanical and electrical parts and purchasing the necessary components. Verification of theoretical initial requirements by practical measurements at a designated location. Assembling 1 piece of experimental equipment. Installation, calibration of equipment at the filling site. Operator training at the client's.
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Proportional counter measurement system
Kolář, Ondřej ; Matěj, Zdeněk (referee) ; Kubíček, Michal (advisor)
This work focuses on development of a measurment system for proportional counters that are used to measure ionizing radiation. The system allows for data acquisition from proportional counters in form of time waveforms for further analysis. Core of the system is a Red Pitaya STEMlab 125-14 board which is able to record fast signals and transfer them to a computer for further processing. The first part of this work briefly describes theory of ionizing radiation and propotional counters. In the following part the measuring unit and its improvements are described. The main part of this work is focused on development of new software and description of individual software pieces. In the last part a real measurement is depicted, gathered data are analyzed and a machine learning method is proposed as a solution for proportional counters data analysis.
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SMV-2019-58: Development of programmable acquisition system with pulse generator
Vondra, Vlastimil
The contract research project consists of:\n• assessment of the equipment specification in terms of the equipment implementation possibilities using the contractor's instrumentation,\n• analysis of the requirements of the assignment and development of the generator solution methodology,\n• preparation of a proposal for implementation according to the desired characteristics,\n• manufacturing mechanical and electrical parts and purchasing the necessary components,\n• Verification of theoretical initial requirements by practical measurements at a designated location\n• assembling 1 piece of experimental equipment,\n• installation, calibration of equipment at the filling site,\n• Operator training at the client's.\n
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STEMLab based data acquisition system
Pavlík, Radim ; Kováč, Michal (referee) ; Kubíček, Michal (advisor)
Thesis deals with design of acquisition system, working on developing platform STEMLab (Red Pitaya). Goal is possibility of monitoring analog signals with adjustable sampling frequency and length of acquisition. Software was created for both controlling part (Python application) and for platform itself (embedded C, Python) using the appropriate FPGA-HW design (HDL). Thesis describe how to work with platform ecosystem, control and behaviour of aplications created during the proces of getting acquainted with the platform and options how aplications could be created.
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