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Energy Self-sufficient Wireless Module for Sensoric Applications
Jacko, Róbert ; Botta, Miroslav (referee) ; Šimek, Milan (advisor)
Masters thesis deals with design and practical implementation of wireless sensor module. The primary requirement for this module is its energy self-sufficiency. In this context, the work gets to the subject of "energy harvesting". Then, in terms of energy requirements, several wireless communication platforms which are favorable for the selected application, are compared. From mentioned technologies was chosen communication platform IQRF. The next parts deals with initial prototype of sensor module, which will be demonstrated as the application of measuring wind direction. This paper describes the hardware and software solution. Followed by a detailed analysis of its properties in terms of energy requirements. Based on the obtained measurements resource parameters are set.
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Portable universal timing facility for sports activities
Jacko, Róbert ; Strašil, Ivo (referee) ; Pavelka, Ondřej (advisor)
Semestral thesis entitled „Universal timekeeping system for sport“ deals with issue of time measurement at sporting events. At this thesis is included basic overview of timekeeping solutions, practically set requirements for timekeeping, comparison of few commercially available time measurement systems and proposal itself. The proposal is divided into few parts. Designed solution is shown by block schemes and functionality of each used block is explained at own part. At first is shown how entire system works then each part of measuring system is explained closely. Based on proposal was constructed prototype of system. Prototype consists of nessesary parts. This thesis deals with design of all parts and describes its functionality.
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Portable universal timing facility for sports activities
Jacko, Róbert ; Strašil, Ivo (referee) ; Pavelka, Ondřej (advisor)
Semestral thesis entitled „Universal timekeeping system for sport“ deals with issue of time measurement at sporting events. At this thesis is included basic overview of timekeeping solutions, practically set requirements for timekeeping, comparison of few commercially available time measurement systems and proposal itself. The proposal is divided into few parts. Designed solution is shown by block schemes and functionality of each used block is explained at own part. At first is shown how entire system works then each part of measuring system is explained closely. Based on proposal was constructed prototype of system. Prototype consists of nessesary parts. This thesis deals with design of all parts and describes its functionality.
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Energy Self-sufficient Wireless Module for Sensoric Applications
Jacko, Róbert ; Botta, Miroslav (referee) ; Šimek, Milan (advisor)
Masters thesis deals with design and practical implementation of wireless sensor module. The primary requirement for this module is its energy self-sufficiency. In this context, the work gets to the subject of "energy harvesting". Then, in terms of energy requirements, several wireless communication platforms which are favorable for the selected application, are compared. From mentioned technologies was chosen communication platform IQRF. The next parts deals with initial prototype of sensor module, which will be demonstrated as the application of measuring wind direction. This paper describes the hardware and software solution. Followed by a detailed analysis of its properties in terms of energy requirements. Based on the obtained measurements resource parameters are set.
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