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Machine vision for locating objects
Hasík, Dávid ; Huzlík, Rostislav (referee) ; Vetiška, Jan (advisor)
The bachelor’s thesis deals with design of machine vision system for object localization and its application possibilities. Design approach, its components and their individual advantages and disadvantages for this type of machine vision system are described. This thesis also includes simple model of machine vision system for object localization using regular PC. For image processing is used Vision Assistant and its tools. Two scripts are made in this software and their performance is compared.
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VC5 and Vision Designer platform visual system
Popovský, Pavel ; Janáková, Ilona (referee) ; Honec, Peter (advisor)
For the purpose of an future machine vision system development in Tyco Electronics Czech s.r.o. I have developed Cognex Designer template. Template will serve as a flexible basis for further development of camera applications on the Cognex VC5 industrial computer. The functionality of the program template has been successfully verified by modifying it to a particular application of the laboratory manual station used to measure the parameters of the manufactured connectors. A camera with lens and lightning was chosen and installed on the station. DIO communication was put into operation between VC5 and PLC system. The application has been calibrated and verified as a measurement system using MSA Type I and Capability study standard methods.
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Application for Industrial Robot Demonstration
Lázničková, Jana ; Benešl, Tomáš (referee) ; Jirgl, Miroslav (advisor)
The aim of this paper is to create a demo application that presents the interaction of the Mitsubishi RV-4FR industrial robot with the SICK Inspector industrial camera. The robot step by step takes out items from the input stock (items can be randomly sorted), uses the camera to identify a specific item. Items that are not in order are placed in the storage stock. Conversely, the items in the corresponding order are folded into two output stocks and creating two different images.
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Video Capture and Compression on Embedded Devices
Dušek, Oto ; Chlubna, Tomáš (referee) ; Bařina, David (advisor)
Industrial cameras are often used in conjunction with the application of machine learning. However, these cameras produce large bitrate and it needs to be reduced when processing video further away from the camera. This thesis tries to solve the problem by design of system suitable for grabbing video from industrial cameras, its compression and distribution to machine learning application. The thesis describes technologies applicable to the development of the multimedia application. For example frameworks FFmpeg and GStreamer were used implementation of the system.
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Application for Industrial Robot Demonstration
Lázničková, Jana ; Benešl, Tomáš (referee) ; Jirgl, Miroslav (advisor)
The aim of this paper is to create a demo application that presents the interaction of the Mitsubishi RV-4FR industrial robot with the SICK Inspector industrial camera. The robot step by step takes out items from the input stock (items can be randomly sorted), uses the camera to identify a specific item. Items that are not in order are placed in the storage stock. Conversely, the items in the corresponding order are folded into two output stocks and creating two different images.
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Video Capture and Compression on Embedded Devices
Dušek, Oto ; Chlubna, Tomáš (referee) ; Bařina, David (advisor)
Industrial cameras are often used in conjunction with the application of machine learning. However, these cameras produce large bitrate and it needs to be reduced when processing video further away from the camera. This thesis tries to solve the problem by design of system suitable for grabbing video from industrial cameras, its compression and distribution to machine learning application. The thesis describes technologies applicable to the development of the multimedia application. For example frameworks FFmpeg and GStreamer were used implementation of the system.
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Machine vision for locating objects
Hasík, Dávid ; Huzlík, Rostislav (referee) ; Vetiška, Jan (advisor)
The bachelor’s thesis deals with design of machine vision system for object localization and its application possibilities. Design approach, its components and their individual advantages and disadvantages for this type of machine vision system are described. This thesis also includes simple model of machine vision system for object localization using regular PC. For image processing is used Vision Assistant and its tools. Two scripts are made in this software and their performance is compared.
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VC5 and Vision Designer platform visual system
Popovský, Pavel ; Janáková, Ilona (referee) ; Honec, Peter (advisor)
For the purpose of an future machine vision system development in Tyco Electronics Czech s.r.o. I have developed Cognex Designer template. Template will serve as a flexible basis for further development of camera applications on the Cognex VC5 industrial computer. The functionality of the program template has been successfully verified by modifying it to a particular application of the laboratory manual station used to measure the parameters of the manufactured connectors. A camera with lens and lightning was chosen and installed on the station. DIO communication was put into operation between VC5 and PLC system. The application has been calibrated and verified as a measurement system using MSA Type I and Capability study standard methods.
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Jasová analýza v reálném čase
Sumec, Stanislav ; Škoda, Jan ; Baxant, Petr ; Krbal, Michal
This paper presents the progress in the development of luminance analyzer LumiDISP. The main innovation is the processing of luminance analysis in real time by using industrial cameras. This new feature allows more efficient process of measurement, because the system allows interactive work. The paper describes the main differences of working with previously used digital camera and demonstrates measurement UGR using the new methodology.
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Industrial HD camera interface
Juřica, Libor ; Dvořák, Vojtěch (referee) ; Bohrn, Marek (advisor)
Master´s thesis deals with creating circuit for receiving data from industrial camera. IP Core is designing for FPGA. Theoretical part of the work describes SDI interface, analysis of relevant SMPTE standards and specification of data format. The thesis include general characteristics of multigigabit transceivers. Practical part include VHDL description of SDI receiver. Thesis presents simulations of created circuit, implementation for real application and measurement results for signal transmission over slip ring.
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