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‎Zybo_Z7_10_Board/contents/Module04_Armv7ARInstructionSetArchitecturePart2/Lab01_ProgrammingAProcessor.zip‎

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‎Zybo_Z7_10_Board/contents/Module07_AXI4LiteGPIOPeripheralAndDDRMemoryController/Lab02_AXILiteAndGPIO.zip‎

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Zybo_Z7_10_Board/contents/Module12_ImageProcessingApplication/Lecture12ImageProcessingApplication.pptx renamed to Zybo_Z7_10_Board/contents/Module12_ImageProcessingApplication/Lecture12_ImageProcessingApplication.pptx

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‎metadata.json‎

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{
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"metadata": [
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{
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"title": "Advanced SoC Design Education Kit",
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"type": "EdKit",
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"creator": "Brent Lei",
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"publisher": "Arm Education",
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"created": "1/11/2014",
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"description": "Design, implement, and test an Arm Cortex-A-based SoCs on FPGA hardware using functional specifications, standard hardware description and software programming languages",
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"identifier": ""
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},
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{
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"title": "Introduction to Arm-based SoC Design, Module 1",
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"subject": ["arm", "fpga", "armv7", "hardware-designs", "cortex-a", "amba", "cortex-a9", "arm-cortex-a9", "soc-design", "system-on-chip-design", "zybo-z7-10"],
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"type": "Lecture",
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"description": "This lecture provides an overview of the Development of the SoC Design Concept. ",
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"title": "Getting Started, Module 1, Getting Started",
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"description": "Setting up all the tools needed for completing the labs in this education kit.",
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"title": "Arm and Arm Processors, Module 2",
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"subject": ["arm", "fpga", "armv7", "hardware-designs", "cortex-a", "amba", "cortex-a9", "arm-cortex-a9", "soc-design", "system-on-chip-design", "zybo-z7-10"],
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"type": "Lecture",
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"link": "Zybo_Z7_10_Board/contents/Module02_ArmAndArmProcessors/Lecture02_ArmAndArmProcessors.pptx"
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},
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{
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"title": "Armv7-A/R ISA Part 1, Module 3",
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"subject": ["arm", "fpga", "armv7", "hardware-designs", "cortex-a", "amba", "cortex-a9", "arm-cortex-a9", "soc-design", "system-on-chip-design", "zybo-z7-10"],
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{
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"title": "Armv7-A/R ISA Part 2, Module 4",
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},
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{
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"title": "Programming A Processor, Module 4, Lab 1",
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"subject": ["arm", "fpga", "armv7", "hardware-designs", "cortex-a", "amba", "cortex-a9", "arm-cortex-a9", "soc-design", "system-on-chip-design", "zybo-z7-10"],
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"description": "In this module, we will program an Arm processor on a Fixed Virtual Platform using a mixture of Assembly language and C code.",
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},
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{
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"title": "Arm Cortex-A9 Processor Part 1, Module 5",
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"subject": ["arm", "fpga", "armv7", "hardware-designs", "cortex-a", "amba", "cortex-a9", "arm-cortex-a9", "soc-design", "system-on-chip-design", "zybo-z7-10"],
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"type": "Lecture",
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"publisher": "Arm Education",
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"created": "1/11/2014",
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"description": "An overview of the Cortex-A9 processor.",
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"link": "Zybo_Z7_10_Board/contents/Module05_ArmCortexA9ProcessorPart1/Lecture05_ArmCortexA9ProcessorPart1.pptx"
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},
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{
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"title": "Arm Cortex-A9 Processor Part 2, Module 6",
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"subject": ["arm", "fpga", "armv7", "hardware-designs", "cortex-a", "amba", "cortex-a9", "arm-cortex-a9", "soc-design", "system-on-chip-design", "zybo-z7-10"],
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"type": "Lecture",
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"creator": "Brent Lei",
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"publisher": "Arm Education",
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"created": "1/11/2014",
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"description": "An overview of the Cortex-A9 processor.",
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"language": ["Assembly", "Verilog"],
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"date": "",
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"license": "EULA",
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"identifier": "",
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"link": "Zybo_Z7_10_Board/contents/Module06_ArmCortexA9ProcessorPart2/Lecture06_ArmCortexA9ProcessorPart2.pptx"
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},
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{
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"title": "Axi Lite and GPIO, Module 7",
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"subject": ["arm", "fpga", "armv7", "hardware-designs", "cortex-a", "amba", "cortex-a9", "arm-cortex-a9", "soc-design", "system-on-chip-design", "zybo-z7-10"],
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"type": "Lecture",
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"format": "ppt",
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"creator": "Brent Lei",
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"publisher": "Arm Education",
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"created": "1/11/2014",
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"description": "An overview of AXI4-Lite features and GPIO.",
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"language": ["Assembly", "Verilog"],
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"source": "",
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"relation": "",
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"audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],
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"contributor": "",
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"date": "",
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"license": "EULA",
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"identifier": "",
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"link": "Zybo_Z7_10_Board/contents/Module07_AXI4LiteGPIOPeripheralAndDDRMemoryController/Lecture07_AXI4LiteGPIOPeripheralAndDDRMemoryController"
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},
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{
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"title": "AXI Lite and GPIO, Module 7, Lab 2",
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"subject": ["arm", "fpga", "armv7", "hardware-designs", "cortex-a", "amba", "cortex-a9", "arm-cortex-a9", "soc-design", "system-on-chip-design", "zybo-z7-10"],
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"type": "Lab",
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"format": "doc",
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"creator": "Brent Lei",
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"publisher": "Arm Education",
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"created": "1/11/2014",
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"description": "In this lab, we will design and implement AXI-Lite peripheral to control General Purpose Input and Output Ports (GPIOs).",
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"language": ["Assembly", "Verilog"],
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"source": "",
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"audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],
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"contributor": "",
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"date": "",
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"link": "Zybo_Z7_10_Board/contents/Module07_AXI4LiteGPIOPeripheralAndDDRMemoryController/Lab02_AXILiteAndGPIO/Lab02_AXILiteAndGPIO.docx"
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},
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{
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"title": "AXI UART and AXI4 Stream Peripherals, Module 8",
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"subject": ["arm", "fpga", "armv7", "hardware-designs", "cortex-a", "amba", "cortex-a9", "arm-cortex-a9", "soc-design", "system-on-chip-design", "zybo-z7-10"],
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"type": "Lecture",
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"format": "ppt",
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"creator": "Brent Lei",
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"publisher": "Arm Education",
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"created": "1/11/2014",
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"description": "An overview of AXI UART and AXI4 Stream Peripherals.",
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"language": ["Assembly", "Verilog"],
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"source": "",
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"relation": "",
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"audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],
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"contributor": "",
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"date": "",
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"license": "EULA",
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"identifier": "",
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"link": "Zybo_Z7_10_Board/contents/Module08_AXIUARTAndAXI4StreamPeripherals/Lecture08_AXIUARTAndAXI4StreamPeripherals.pptx"
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},
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{
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"title": "HDMI, Module 9",
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"subject": ["arm", "fpga", "armv7", "hardware-designs", "cortex-a", "amba", "cortex-a9", "arm-cortex-a9", "soc-design", "system-on-chip-design", "zybo-z7-10"],
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"type": "Lecture",
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"format": "ppt",
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"creator": "Brent Lei",
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"publisher": "Arm Education",
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"created": "1/11/2014",
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"description": "An overview of HDMI.",
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"language": ["Assembly", "Verilog"],
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"source": "",
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"relation": "",
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"audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],
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"contributor": "",
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"date": "",
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"license": "EULA",
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"identifier": "",
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"link": "Zybo_Z7_10_Board/contents/Module09_HDMI/Lecture09_HDMI.pptx"
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},
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{
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"title": "HDMI, Module 9, Lab 3",
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"subject": ["arm", "fpga", "armv7", "hardware-designs", "cortex-a", "amba", "cortex-a9", "arm-cortex-a9", "soc-design", "system-on-chip-design", "zybo-z7-10"],
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"type": "Lab",
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"format": "doc",
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"creator": "Brent Lei",
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"publisher": "Arm Education",
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"created": "1/11/2014",
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"description": "In this module, we will design and implement an AXI4-Stream HDMI peripheral to display a simple colored image onto an HDMI monitor.",
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"language": ["Assembly", "Verilog"],
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"source": "",
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"relation": "",
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"audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],
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"contributor": "",
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"date": "",
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"license": "EULA",
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"identifier": "",
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"link": "Zybo_Z7_10_Board/contents/Module09_HDMI/Lab03_HDMI/Lab03_HDMI.docx"
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},
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{
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"title": "HDMI Input Peripheral, Module 10",
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"subject": ["arm", "fpga", "armv7", "hardware-designs", "cortex-a", "amba", "cortex-a9", "arm-cortex-a9", "soc-design", "system-on-chip-design", "zybo-z7-10"],
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"type": "Lab",
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"format": "doc",
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"creator": "Brent Lei",
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"publisher": "Arm Education",
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"created": "1/11/2014",
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"description": "Identify the function of miscellaneous HDMI signals including DDC, CEC, and HPD and outline the operation of an example implementation of an AXI4-Stream HDMI input peripheral.",
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"language": ["Assembly", "Verilog"],
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"source": "",
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"relation": "",
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"audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],
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"contributor": "",
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"date": "",
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"license": "EULA",
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"identifier": "",
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"link": "Zybo_Z7_10_Board/contents/Module10_HDMIInputPeripheral/Lecture10_HDMIInputPeripheral.pptx"
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},
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{
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"title": "System Debugging, Module 11",
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"subject": ["arm", "fpga", "armv7", "hardware-designs", "cortex-a", "amba", "cortex-a9", "arm-cortex-a9", "soc-design", "system-on-chip-design", "zybo-z7-10"],
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"type": "Lecture",
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"format": "ppt",
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"creator": "Brent Lei",
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"publisher": "Arm Education",
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"created": "1/11/2014",
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"description": "Overview of system debugging and Arm CoreSight",
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"language": ["Assembly", "Verilog"],
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"source": "",
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"relation": "",
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"audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],
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"contributor": "",
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"date": "",
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"license": "EULA",
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"identifier": "",
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"link": "Zybo_Z7_10_Board/contents/Module11_SystemDebugging/Lecture11_SystemDebugging.pptx"
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},
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{
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"title": "Image Processing Application, Module 12",
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"subject": ["arm", "fpga", "armv7", "hardware-designs", "cortex-a", "amba", "cortex-a9", "arm-cortex-a9", "soc-design", "system-on-chip-design", "zybo-z7-10"],
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"type": "Lecture",
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"format": "pptx",
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"creator": "Brent Lei",
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"publisher": "Arm Education",
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"created": "1/11/2014",
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"description": "Outline the operation and types of edge detection algorithms, describe the operation of grayscaling and mathematical derivation of gradient magnitude, compare and contrast the Sobel kernels with other existing kernels including Roberts Cross and Prewitt.",
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"language": ["Assembly", "Verilog"],
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"source": "",
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"audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],
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"contributor": "",
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"date": "",
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"license": "EULA",
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"identifier": "",
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"link": "Zybo_Z7_10_Board/contents/Module12_ImageProcessingApplication/Lecture12_ImageProcessingApplication.pptx"
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},
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{
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"title": "Accelerate Image Processing Using SIMD Engine, Module 13",
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"subject": ["arm", "fpga", "armv7", "hardware-designs", "cortex-a", "amba", "cortex-a9", "arm-cortex-a9", "soc-design", "system-on-chip-design", "zybo-z7-10"],
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"type": "Lecture",
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"format": "pptx",
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"creator": "Brent Lei",
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"publisher": "Arm Education",
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"created": "1/11/2014",
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"description": "An overview of SIMD.",
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"language": ["Assembly", "Verilog"],
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"source": "",
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"relation": "",
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"audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],
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"contributor": "",
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"date": "",
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"license": "EULA",
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"identifier": "",
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"link": "Zybo_Z7_10_Board/ontents/Module13_AccelerateImageProcessingUsingSIMDEngine/Lecture13_AccerlateImageProcessingUsingSIMDEngine.pptx"
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},
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{
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"title": "Accelerate Image Processing Using FPGA Hardware, Module 14",
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"subject": ["arm", "fpga", "armv7", "hardware-designs", "cortex-a", "amba", "cortex-a9", "arm-cortex-a9", "soc-design", "system-on-chip-design", "zybo-z7-10"],
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"type": "Lecture",
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"format": "ppt",
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"creator": "Brent Lei",
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"publisher": "Arm Education",
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"created": "1/11/2014",
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"description": "Explain the purpose of hardware acceleration and give examples of its implementation,give examples on how to modularize hardware to achieve hardware acceleration, ompare and contrast the advantages and disadvantages of hardware acceleration vs using Neon technology.",
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"language": ["Assembly", "Verilog"],
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"source": "",
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"relation": "",
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"audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],
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"contributor": "",
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"date": "",
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"license": "EULA",
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"identifier": "",
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"link": "Zybo_Z7_10_Board/ontents/Module14_AccelerateImageProcessingUsingFPGAHardware/Lecture14_AccerlateImageProcessingUsingFPGAHardware.pptx"
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}
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]
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}

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