|
|
USB Bus Communication Analyzer
Jančo, Tomáš ; Grochol, David (referee) ; Šimek, Václav (advisor)
This diploma thesis focuses on designing a USB analyzer. First part of this work describes the USB bus and types of USB data transfers. Next part explores existing USB analyzers. After that, FitKIT Minerva is presented as target platform for USB analyzer implementation. Next part of this project is dedicated to design the analyzer architecture and its parts: physical layer circuit, communication interface and user interface. Rest of the work show how the analyzer was implemented and evaluates the results achieved. Final result of this thesis is a working USB analyzer on FitKIT Minerva platform with graphical user interface accesible via web browser.
|
|
|
Library for Utilization of Audiocodec SGTL5000 on Educational Kit Minerva
Hartmann, Jiří ; Podivínský, Jakub (referee) ; Šimek, Václav (advisor)
The target of this work is create create library for utilization of audiocodec SGTL5000 which is placed on educational kit Minerva. Educational kit is equipped by microcontroller Kinetis K60 and FPGA Xilinx Spartan-6. Library contain macros and control functions in C language for launch and control audiocodec. Further contain module for communication with audiocodec through FPGA with protocols I2C and I2S. This work also contain demonstration application which play and record sound data on SD card.
|
|
|
Application Development Framework for the ARM Platform
Buchta, Petr ; Sekanina, Lukáš (referee) ; Vašíček, Zdeněk (advisor)
This master's thesis focuses on designing and implementing a framework that would offer basic program resources for application development on hardware platform FITkit Minerva. First part of this work focuses on designing a data channel between PC and the kit for which the USB interface was used. Next part focuses on implementing a channel between an ARM based microcontroller and FPGA Xilinx Spartan-6. That led to creating a special system inside FPGA that allows adding new HW components that communicate with the microcontroller, which can be used for implementing HW acceleration techniques. Another outcome of this work is a debugging interface that allows to program and debug FPGA using development environment Xilinx ISE without a need of the original Xilinx JTAG adapter. This was achieved by using the XVC protocol that allows to create a custom JTAG adapter that in this case was implemented in the software of the microcontroller.
|
|
|
Library for Utilization of Audiocodec SGTL5000 on Educational Kit Minerva
Hartmann, Jiří ; Podivínský, Jakub (referee) ; Šimek, Václav (advisor)
The target of this work is create create library for utilization of audiocodec SGTL5000 which is placed on educational kit Minerva. Educational kit is equipped by microcontroller Kinetis K60 and FPGA Xilinx Spartan-6. Library contain macros and control functions in C language for launch and control audiocodec. Further contain module for communication with audiocodec through FPGA with protocols I2C and I2S. This work also contain demonstration application which play and record sound data on SD card.
|
|
|
Library for Utilization of Audiocodec SGTL5000 on Educational Kit Minerva
Hartmann, Jiří ; Podivínský, Jakub (referee) ; Šimek, Václav (advisor)
The target of this work is create create library for utilization of audiocodec SGTL5000 which is placed on educational kit Minerva. Educational kit is equipped by microcontroller Kinetis K60 and FPGA Xilinx Spartan-6. Library contain macros and control functions in C language for launch and control audiocodec. Further contain module for communication with audiocodec through FPGA with protocols I2C and I2S. This work also contain demonstration application which play and record sound data on SD card.
|
|
|
Library for Utilization of Audiocodec SGTL5000 on Educational Kit Minerva
Hartmann, Jiří ; Podivínský, Jakub (referee) ; Šimek, Václav (advisor)
The target of this work is create create library for utilization of audiocodec SGTL5000 which is placed on educational kit Minerva. Educational kit is equipped by microcontroller Kinetis K60 and FPGA Xilinx Spartan-6. Library contain macros and control functions in C language for launch and control audiocodec. Further contain module for communication with audiocodec through FPGA with protocols I2C and I2S. This work also contain demonstration application which play and record sound data on SD card.
|
|
|
USB Bus Communication Analyzer
Jančo, Tomáš ; Grochol, David (referee) ; Šimek, Václav (advisor)
This diploma thesis focuses on designing a USB analyzer. First part of this work describes the USB bus and types of USB data transfers. Next part explores existing USB analyzers. After that, FitKIT Minerva is presented as target platform for USB analyzer implementation. Next part of this project is dedicated to design the analyzer architecture and its parts: physical layer circuit, communication interface and user interface. Rest of the work show how the analyzer was implemented and evaluates the results achieved. Final result of this thesis is a working USB analyzer on FitKIT Minerva platform with graphical user interface accesible via web browser.
|
|
|
Application Development Framework for the ARM Platform
Buchta, Petr ; Sekanina, Lukáš (referee) ; Vašíček, Zdeněk (advisor)
This master's thesis focuses on designing and implementing a framework that would offer basic program resources for application development on hardware platform FITkit Minerva. First part of this work focuses on designing a data channel between PC and the kit for which the USB interface was used. Next part focuses on implementing a channel between an ARM based microcontroller and FPGA Xilinx Spartan-6. That led to creating a special system inside FPGA that allows adding new HW components that communicate with the microcontroller, which can be used for implementing HW acceleration techniques. Another outcome of this work is a debugging interface that allows to program and debug FPGA using development environment Xilinx ISE without a need of the original Xilinx JTAG adapter. This was achieved by using the XVC protocol that allows to create a custom JTAG adapter that in this case was implemented in the software of the microcontroller.
|
guest ::
