metadata.json

{
    "metadata": [
        {
            "title": "Introduction to SoC Design Education Kit",
            "subject": ["arm", "fpga", "cortex-m", "cmsis", "hardware-designs", "amba", "soc", "arm-cortex-m0", "soc-design", "system-on-chip-design", "keil-mdk", "design-start", "system-on-chip"],
            "type": "EdKit",
            "format": ["ppt", "doc", "zip code files"],
            "creator": "Oyinkuro Benafa",
            "publisher": "Arm Education",
            "created": "1/11/2021",
            "description": "Gain an introductory knowledge to the basics of SoC design and key skills required to implement a simple SoC on an FPGA, and write embedded programs targeted at the microprocessor to control the peripherals",
            "language": ["Verilog", "C", "tcl"],
            "source":"",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],  
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": ""
        },
        {
            "title": "Introduction to Arm-based SoC Design, Module 1",
            "subject": ["arm", "fpga", "cortex-m", "cmsis", "hardware-designs", "amba", "soc", "arm-cortex-m0", "soc-design", "system-on-chip-design", "keil-mdk", "design-start", "system-on-chip"],
            "type": "Lecture",
            "format": "ppt",
            "creator": "Oyinkuro Benafa",
            "publisher": "Arm Education",
            "created": "1/11/2021",
            "description": "This lecture provides an overview of the Development of the SoC Design Concept. ",
            "language": ["Verilog", "C", "tcl"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",   
            "link": "CortexM0_DesignStart/contents/Module01_IntroToArmBasedSoCDesign/Lecture01_IntroToArmBasedSoCDesign.pptx"
        },
        {
            "title": "Cortex-M0 Part 1, Module 2",
            "subject": ["arm", "fpga", "cortex-m", "cmsis", "hardware-designs", "amba", "soc", "arm-cortex-m0", "soc-design", "system-on-chip-design", "keil-mdk", "design-start", "system-on-chip"],
            "type": "Lecture",
            "format": "ppt",
            "creator": "Oyinkuro Benafa",
            "publisher": "Arm Education",
            "created": "1/11/2021",
            "description": "An overview of the cortex-m0 processor architecture.",
            "language": ["Verilog", "C", "tcl"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",  
            "link": "CortexM0_DesignStart/contents/Module02_ArmCortexM0ProcessorArchitecturePart01/Lecture02_CortexM0Part1.pptx"
        },
        {
            "title": "Cortex-M0 Part 2, Module 3",
            "subject": ["arm", "fpga", "cortex-m", "cmsis", "hardware-designs", "amba", "soc", "arm-cortex-m0", "soc-design", "system-on-chip-design", "keil-mdk", "design-start", "system-on-chip"],
            "type": "Lecture",
            "format": "ppt",
            "creator": "Oyinkuro Benafa",
            "publisher": "Arm Education",
            "created": "1/11/2021",
            "description": "An overview of the cortex-m0 processor architecture.",
            "language": ["Verilog", "C", "tcl"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",  
            "link": "CortexM0_DesignStart/contents/Module03_ArmCortexM0ProcessorArchitecturePart02/Lecture03_CortexM0Part2.pptxx"
        },
        {
            "title": "AMBA 3 AHB Lite Bus Architecture, Module 4",
            "subject": ["arm", "fpga", "cortex-m", "cmsis", "hardware-designs", "amba", "soc", "arm-cortex-m0", "soc-design", "system-on-chip-design", "keil-mdk", "design-start", "system-on-chip"],
            "type": "Lecture",
            "format": "ppt",
            "creator": "Oyinkuro Benafa",
            "publisher": "Arm Education",
            "created": "1/11/2021",
            "description": "Basic Principles of Buses, main Features of Arm AMBA Bus Families, AMBA 3 AHB-Lite Bus",
            "language": ["Verilog", "C", "tcl"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",  
            "link": "CortexM0_DesignStart/contents/Module04_AMBA3AHBLiteBusArchitecture/Lecture04_AMBA3AHBLiteBusArchitecture.pptx"
        },
        {
            "title": "Cortex-M0 AHB Lite Implementation, Module 4, Lab 1",
            "subject": ["arm", "fpga", "cortex-m", "cmsis", "hardware-designs", "amba", "soc", "arm-cortex-m0", "soc-design", "system-on-chip-design", "keil-mdk", "design-start", "system-on-chip"],
            "type": "Lab",
            "format": "doc",
            "creator": "Oyinkuro Benafa",
            "publisher": "Arm Education",
            "created": "1/11/2021",
            "description": "In this lab, we will begin designing a simple SoC platform that contains a Cortex-M0 microprocessor, an LED peripheral, and an on-chip memory.",
            "language": ["Verilog", "C", "tcl"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",  
            "link": "CortexM0_DesignStart/contents/Module04_AMBA3AHBLiteBusArchitecture/Lab01_CortexM0AHBLiteImplementation/Lab01_CortexM0AHBLiteImplementation.docx"
        },
        {
            "title": "AHB VGA Peripheral, Module 5",
            "subject": ["arm", "fpga", "cortex-m", "cmsis", "hardware-designs", "amba", "soc", "arm-cortex-m0", "soc-design", "system-on-chip-design", "keil-mdk", "design-start", "system-on-chip"],
            "type": "Lecture",
            "format": "ppt",
            "creator": "Oyinkuro Benafa",
            "publisher": "Arm Education",
            "created": "1/11/2021",
            "description": "Principles of VGA Interfaces, design and Implementation of an AHB VGA Peripheral.",
            "language": ["Verilog", "C", "tcl"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",  
            "link": "CortexM0_DesignStart/contents/Module05_AHBVGAPeripheral/Lecture05_AHBVGAPeripheral.pptx"
        },
        {
            "title": "AHB VGA Peripheral, Module 5, Lab 2",
            "subject": ["arm", "fpga", "cortex-m", "cmsis", "hardware-designs", "amba", "soc", "arm-cortex-m0", "soc-design", "system-on-chip-design", "keil-mdk", "design-start", "system-on-chip"],
            "type": "Lab",
            "format": "doc",
            "creator": "Oyinkuro Benafa",
            "publisher": "Arm Education",
            "created": "1/11/2021",
            "description": "In this lab, we will implement an AHB VGA peripheral and write simple program for the processor to display images onto a VGA monitor.",
            "language": ["Verilog", "C", "tcl"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",  
            "link": "CortexM0_DesignStart/contents/Module05_AHBVGAPeripheral/Lab02_AHBVGAPeripheral/Lab02_AHBVGAPeripheral.docx"
        },
        {
            "title": "AHB UART Peripheral, Module 6",
            "subject": ["arm", "fpga", "cortex-m", "cmsis", "hardware-designs", "amba", "soc", "arm-cortex-m0", "soc-design", "system-on-chip-design", "keil-mdk", "design-start", "system-on-chip"],
            "type": "Lecture",
            "format": "ppt",
            "creator": "Oyinkuro Benafa",
            "publisher": "Arm Education",
            "created": "1/11/2021",
            "description": "Principles of Serial and Parallel Communication, the UART (Universal Asynchronous Receiver/Transmitter) Protocol, design and Implementation of an AHB UART Peripheral",
            "language": ["Verilog", "C", "tcl"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",  
            "link": "CortexM0_DesignStart/contents/Module06_AHBUARTPeripheral/Lecture06_AHBUARTPeripheral.pptx"
        },
        {
            "title": "AHB UART Peripheral, Module 6, Lab 3",
            "subject": ["arm", "fpga", "cortex-m", "cmsis", "hardware-designs", "amba", "soc", "arm-cortex-m0", "soc-design", "system-on-chip-design", "keil-mdk", "design-start", "system-on-chip"],
            "type": "Lab",
            "format": "doc",
            "creator": "Oyinkuro Benafa",
            "publisher": "Arm Education",
            "created": "1/11/2021",
            "description": "In this lab, we will implement an AHB UART peripheral and write simple program for the processor to communicate with a PC or laptop.",
            "language": ["Verilog", "C", "tcl"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",  
            "link": "CortexM0_DesignStart/contents/Module06_AHBUARTPeripheral/Lab03_AHBUARTPeripheral/Lab03_AHBUARTPeripheral.docx"
        },
        {
            "title": "Timer GPIO and 7-segment Peripheral, Module 7",
            "subject": ["arm", "fpga", "cortex-m", "cmsis", "hardware-designs", "amba", "soc", "arm-cortex-m0", "soc-design", "system-on-chip-design", "keil-mdk", "design-start", "system-on-chip"],
            "type": "Lecture",
            "format": "ppt",
            "creator": "Oyinkuro Benafa",
            "publisher": "Arm Education",
            "created": "1/11/2021",
            "description": "General Architecture and Operation Modes of a Timer Peripheral.",
            "language": ["Verilog", "C", "tcl"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",  
            "link": "CortexM0_DesignStart/contents/Module07_TimerGPIOand7SegmentPeripherals/Lecture07_TimerGPIOand7SegmentPeripherals.pptx"
        },
        {
            "title": "Timer GPIO and 7-segment Peripheral, Module 7, Lab 4",
            "subject": ["arm", "fpga", "cortex-m", "cmsis", "hardware-designs", "amba", "soc", "arm-cortex-m0", "soc-design", "system-on-chip-design", "keil-mdk", "design-start", "system-on-chip"],
            "type": "Lab",
            "format": "doc",
            "creator": "Oyinkuro Benafa",
            "publisher": "Arm Education",
            "created": "1/11/2021",
            "description": "In this lab, we implement three AHB peripherals: an internal timer, a general-purpose input output (GPIO), and a 7-segment display. ",
            "language": ["Verilog", "C", "tcl"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",  
            "link": "CortexM0_DesignStart/contents/Module07_TimerGPIOand7SegmentPeripherals/Lab04_TimerGPIOand7SegmentPeripherals/Lab04_GPIO.docx"
        },
        {
            "title": "Interrupt Mechanisms, Module 8",
            "subject": ["arm", "fpga", "cortex-m", "cmsis", "hardware-designs", "amba", "soc", "arm-cortex-m0", "soc-design", "system-on-chip-design", "keil-mdk", "design-start", "system-on-chip"],
            "type": "Lecture",
            "format": "ppt",
            "creator": "Oyinkuro Benafa",
            "publisher": "Arm Education",
            "created": "1/11/2021",
            "description": "An overview of interrupt mechanisms.",
            "language": ["Verilog", "C", "tcl"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",  
            "link": "CortexM0_DesignStart/contents/Module08_InterruptMechanisms/Lecture08_InterruptMechanisms.pptx"
        },
        {
            "title": "Interrupt Mechanisms, Module 8, Lab 5",
            "subject": ["arm", "fpga", "cortex-m", "cmsis", "hardware-designs", "amba", "soc", "arm-cortex-m0", "soc-design", "system-on-chip-design", "keil-mdk", "design-start", "system-on-chip"],
            "type": "Lab",
            "format": "doc",
            "creator": "Oyinkuro Benafa",
            "publisher": "Arm Education",
            "created": "1/11/2021",
            "description": "In this lab, we will implement an interrupt mechanism for the timer and the UART peripherals.",
            "language": ["Verilog", "C", "tcl"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",  
            "link": "CortexM0_DesignStart/contents/Module08_InterruptMechanisms/Lab05_InterruptMechanisms/Lab05_InterruptMechanisms.docx"
        },
        {
            "title": "Programming an SoC using C, Module 9",
            "subject": ["arm", "fpga", "cortex-m", "cmsis", "hardware-designs", "amba", "soc", "arm-cortex-m0", "soc-design", "system-on-chip-design", "keil-mdk", "design-start", "system-on-chip"],
            "type": "Lecture",
            "format": "ppt",
            "creator": "Oyinkuro Benafa",
            "publisher": "Arm Education",
            "created": "1/11/2021",
            "description": "How to program an SoC using the C programming language.",
            "language": ["Verilog", "C", "tcl"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",  
            "link": "CortexM0_DesignStart/contents/Module09_ProgrammingAnSoCUsingC/Lecture09_ProgrammingAnSoCUsingC.pptx"
        },
        {
            "title": "Programming an SoC using C, Module 9, Lab 6",
            "subject": ["arm", "fpga", "cortex-m", "cmsis", "hardware-designs", "amba", "soc", "arm-cortex-m0", "soc-design", "system-on-chip-design", "keil-mdk", "design-start", "system-on-chip"],
            "type": "Lab",
            "format": "doc",
            "creator": "Oyinkuro Benafa",
            "publisher": "Arm Education",
            "created": "1/11/2021",
            "description": "How to program an SoC using the C programming language.",
            "language": ["Verilog", "C", "tcl"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",  
            "link": "CortexM0_DesignStart/contents/Module09_ProgrammingAnSoCUsingC/Lab06_ProgrammingAnSoCUsingC/Lab06_ProgrammingAnSoCUsingC.docx"
        },
        {
            "title": "Arm CMSIS and Software Drivers, Module 10",
            "subject": ["arm", "fpga", "cortex-m", "cmsis", "hardware-designs", "amba", "soc", "arm-cortex-m0", "soc-design", "system-on-chip-design", "keil-mdk", "design-start", "system-on-chip"],
            "type": "Lecture",
            "format": "ppt",
            "creator": "Oyinkuro Benafa",
            "publisher": "Arm Education",
            "created": "1/11/2021",
            "description": "Overview of Arm CMSIS",
            "language": ["Verilog", "C", "tcl"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",  
            "link": "CortexM0_DesignStart/contents/Module10_ArmCMSISandSoftwareDrivers/Lecture10_ArmCMSISandSoftwareDrivers.pptx"
        },
        {
            "title": "Arm CMSIS and Software Drivers, Module 10, Lab 7",
            "subject": ["arm", "fpga", "cortex-m", "cmsis", "hardware-designs", "amba", "soc", "arm-cortex-m0", "soc-design", "system-on-chip-design", "keil-mdk", "design-start", "system-on-chip"],
            "type": "Lab",
            "format": "doc",
            "creator": "Oyinkuro Benafa",
            "publisher": "Arm Education",
            "created": "1/11/2021",
            "description": "In this lab, we will introduce Cortex Microcontroller Software Interface Standard (CMSIS), which is an abstraction layer for the microcontroller, and defines generic tool interfaces. It simplifies software reuse.",
            "language": ["Verilog", "C", "tcl"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",  
            "link": "CortexM0_DesignStart/contents/Module10_ArmCMSISandSoftwareDrivers/Lab07_ArmCMSISandSofwareDrivers/Lab07_CMSIS.docx"
        },
        {
            "title": "Application Programming Interface and Final Application, Module 11",
            "subject": ["arm", "fpga", "cortex-m", "cmsis", "hardware-designs", "amba", "soc", "arm-cortex-m0", "soc-design", "system-on-chip-design", "keil-mdk", "design-start", "system-on-chip"],
            "type": "Lecture",
            "format": "pptx",
            "creator": "Oyinkuro Benafa",
            "publisher": "Arm Education",
            "created": "1/11/2021",
            "description": "Design and Implementation of Simple Application Programming Interface (API), final Application to Run on SoC: the Snake Game",
            "language": ["Verilog", "C", "tcl"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",  
            "link": "CortexM0_DesignStart/contents/Module11_ApplicationProgrammingInterfaceAndFinalApplication/Lecture11_APIandFinalApp.pptx"
        },
        {
            "title": "Applicaiton Programming Interface and Final Application, Module 11, Lab 8",
            "subject": ["arm", "fpga", "cortex-m", "cmsis", "hardware-designs", "amba", "soc", "arm-cortex-m0", "soc-design", "system-on-chip-design", "keil-mdk", "design-start", "system-on-chip"],
            "type": "Lab",
            "format": "doc",
            "creator": "Oyinkuro Benafa",
            "publisher": "Arm Education",
            "created": "1/11/2021",
            "description": "In this lab, we will develop an API that has more generic and easy-to-use functions. Then, based on the API, we will develop a final game application: Snake.",
            "language": ["Verilog", "C", "tcl"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",  
            "link": "CortexM0_DesignStart/contents/Module11_ApplicationProgrammingInterfaceAndFinalApplication/Lab09_APIandFinalApp/Lab08_APIandFinalApp.docx"
        },
        {
            "title": "PMOD Expansion Header, Module 12",
            "subject": ["arm", "fpga", "cortex-m", "cmsis", "hardware-designs", "amba", "soc", "arm-cortex-m0", "soc-design", "system-on-chip-design", "keil-mdk", "design-start", "system-on-chip"],
            "type": "Lecture",
            "format": "pptx",
            "creator": "Oyinkuro Benafa",
            "publisher": "Arm Education",
            "created": "1/11/2021",
            "description": "In this lab, we will use the Expansion headers of the Basys 3 development board to expand our SoC with additional joystick peripherals and develop the final application further with a new API.",
            "language": ["Verilog", "C", "tcl"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",  
            "link": "CortexM0_DesignStart/contents/Module12_PMod Expansion Header/Lab/Lab09_PMod Expansion Header.docx"
        }
    ]
}