metadata.json

{
    "metadata": [
        {
            "title": "Efficient Embedded Education Kit",
            "subject": ["arm", "embedded", "cortex-m", "embedded systems",  "hardware-designs", "armv8", "trustzone", "amba", "arm-cortex-m4", "arm-cortex-m33", "keil-mdk", "embedded-system-design", "st-nucleo-l552ze"],
            "type": "EdKit",
            "format": ["ppt", "doc", "zip code files"],
            "creator": "Oyinkuro Benafa",
            "publisher": "Arm Education",
            "created": "1/11/2021",
            "description": "Design and program Arm-based embedded systems and implement them in low-level hardware using standard C and assembly language.",
            "language": "C",
            "source":"",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],  
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": ""
        },
        {
            "title": "Introduction to Embedded Systems Design, Module 1",
            "subject": ["arm", "embedded", "cortex-m", "embedded systems",  "hardware-designs", "armv8", "trustzone", "amba", "arm-cortex-m4", "arm-cortex-m33", "keil-mdk", "embedded-system-design", "st-nucleo-l552ze"],
            "type": "Lecture",
            "format": "ppt",
            "creator": "Oyinkuro Benafa",
            "publisher": "Arm Education",
            "created": "1/11/2021",
            "description": "Overview of embedded systems.",
            "language": "C",
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",   
            "link": "NUCLEO-L552ZE-Q/contents/Module01_IntroductionToEmbeddedSystemsDesign/Lecture01_IntroductionToEmbeddedSystemsDesign.pptx"
        },
        {
            "title": "Software Design Basics, Module 2",
            "subject": ["arm", "embedded", "cortex-m", "embedded systems",  "hardware-designs", "armv8", "trustzone", "amba", "arm-cortex-m4", "arm-cortex-m33", "keil-mdk", "embedded-system-design", "st-nucleo-l552ze"],
            "type": "Lecture",
            "format": "ppt",
            "creator": "Oyinkuro Benafa",
            "publisher": "Arm Education",
            "created": "1/11/2021",
            "description": "Overview of software design basics for embedded systems",
            "language": "C",
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",  
            "link": "NUCLEO-L552ZE-Q/contents/Module02_SoftwareDesignBasics/Lecture02_SoftwareDesignBasics.pptx"
        },
        {
            "title": "Cortex-M33 Processor Core, Module 3",
            "subject": ["arm", "embedded", "cortex-m", "embedded systems",  "hardware-designs", "armv8", "trustzone", "amba", "arm-cortex-m4", "arm-cortex-m33", "keil-mdk", "embedded-system-design", "st-nucleo-l552ze"],
            "type": "Lecture",
            "format": "ppt",
            "creator": "Oyinkuro Benafa",
            "publisher": "Arm Education",
            "created": "1/11/2021",
            "description": "In this module, the Arm architecture will be comprehensively classified among the Arm processor families, and will be analyzed. Following an overview of the general Arm architecture, and a brief overview of the processor families, this module focus on the M33 processor subfamily.",
            "language": "C",
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",  
            "link": "NUCLEO-L552ZE-Q/contents/Module03_CortexM33ProcessorCore_Part1/Lecture03_CortexM33ProcessorCore_Part1.pptx"
        },
        {
            "title": "Cortex-M33 Processor Core Part 2, Module 4",
            "subject": ["arm", "embedded", "cortex-m", "embedded systems",  "hardware-designs", "armv8", "trustzone", "amba", "arm-cortex-m4", "arm-cortex-m33", "keil-mdk", "embedded-system-design", "st-nucleo-l552ze"],
            "type": "Lecture",
            "format": "ppt",
            "creator": "Oyinkuro Benafa",
            "publisher": "Arm Education",
            "created": "1/11/2021",
            "description": "In this module, the Arm architecture will be comprehensively classified among the Arm processor families, and will be analyzed. Following an overview of the general Arm architecture, and a brief overview of the processor families, this module focus on the M33 processor subfamily.",
            "language": "C",
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",  
            "link": "NUCLEO-L552ZE-Q/contents/Module04_CortexM33ProcessorCore_Part2/Lecture04_CortexM33ProcessorCore_Part2.pptx"
        },
        {
            "title": "CPU, Module 4, Lab 1",
            "subject": ["arm", "embedded", "cortex-m", "embedded systems",  "hardware-designs", "armv8", "trustzone", "amba", "arm-cortex-m4", "arm-cortex-m33", "keil-mdk", "embedded-system-design", "st-nucleo-l552ze"],
            "type": "Lab",
            "format": "doc",
            "creator": "Oyinkuro Benafa",
            "publisher": "Arm Education",
            "created": "1/11/2021",
            "description": "In this exercise, you will execute assembly code on the Nucleo-L552ZE-Q board using the debugger to examine its execution at the processor level.",
            "language": "C",
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",  
            "link": "NUCLEO-L552ZE-Q/contents/Module04_CortexM33ProcessorCore_Part2/Lab01_CPU/Lab01_CPU.docx"
        },
        {
            "title": "C Implemented in Assembly Language, Module 5",
            "subject": ["arm", "embedded", "cortex-m", "embedded systems",  "hardware-designs", "armv8", "trustzone", "amba", "arm-cortex-m4", "arm-cortex-m33", "keil-mdk", "embedded-system-design", "st-nucleo-l552ze"],
            "type": "Lecture",
            "format": "ppt",
            "creator": "Oyinkuro Benafa",
            "publisher": "Arm Education",
            "created": "1/11/2021",
            "description": "Understand the process of C to Assembly.",
            "language": "C",
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",  
            "link": "NUCLEO-L552ZE-Q/contents/Module05_CImplementedInAssemblyLanguage/Lecture05_CImplementedinAssemblyLanguage.pptx"
        },
        {
            "title": "C Implemented in Assembly Language, Module 5, Lab 2",
            "subject": ["arm", "embedded", "cortex-m", "embedded systems",  "hardware-designs", "armv8", "trustzone", "amba", "arm-cortex-m4", "arm-cortex-m33", "keil-mdk", "embedded-system-design", "st-nucleo-l552ze"],
            "type": "Lab",
            "format": "pptx",
            "creator": "Oyinkuro Benafa",
            "publisher": "Arm Education",
            "created": "1/11/2021",
            "description": "In this lab exercise, you will compile a C program and examine the assembly language program output of the compiler and the map file output of the linker.",
            "language": "C",
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",  
            "link": "NUCLEO-L552ZE-Q/contents/Module05_CImplementedInAssemblyLanguage/Lab02_CImplementedInAssemblyLanguage/Lab02_CImplementedInAssemblyLanguage.docx"
        },
        {
            "title": "Interrupts, Module 6",
            "subject": ["arm", "embedded", "cortex-m", "embedded systems",  "hardware-designs", "armv8", "trustzone", "amba", "arm-cortex-m4", "arm-cortex-m33", "keil-mdk", "embedded-system-design", "st-nucleo-l552ze"],
            "type": "Lecture",
            "format": "ppt",
            "creator": "Oyinkuro Benafa",
            "publisher": "Arm Education",
            "created": "1/11/2021",
            "description": "An overview of interrupts.",
            "language": "C",
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",  
            "link": "NUCLEO-L552ZE-Q/contents/Module06_Interrupts/Lecture06_Interrupts.pptx"
        },
        {
            "title": "Interrupts, Module 6, Lab 3",
            "subject": ["arm", "embedded", "cortex-m", "embedded systems",  "hardware-designs", "armv8", "trustzone", "amba", "arm-cortex-m4", "arm-cortex-m33", "keil-mdk", "embedded-system-design", "st-nucleo-l552ze"],
            "type": "Lab",
            "format": "doc",
            "creator": "Oyinkuro Benafa",
            "publisher": "Arm Education",
            "created": "1/11/2021",
            "description": "In this lab, you will evaluate the behaviour of a system with an interrupt. You will use the interrupt demonstration code from lecture.",
            "language": "C",
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",  
            "link": "NUCLEO-L552ZE-Q/contents/Module06_Interrupts/Lab03_Interrupts/Lab03_Interrupts.docx"
        },
        {
            "title": "General Purpose Digital Interfacing, Module 7",
            "subject": ["arm", "embedded", "cortex-m", "embedded systems",  "hardware-designs", "armv8", "trustzone", "amba", "arm-cortex-m4", "arm-cortex-m33", "keil-mdk", "embedded-system-design", "st-nucleo-l552ze"],
            "type": "Lecture",
            "format": "ppt",
            "creator": "Oyinkuro Benafa",
            "publisher": "Arm Education",
            "created": "1/11/2021",
            "description": "Overview of digital IO.",
            "language": "C",
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",  
            "link": "NUCLEO-L552ZE-Q/contents/Module07_GeneralPurposeDigitalInterfacing/Lecture07_GeneralPurposeDigitalInterfacing.pptx"
        },
        {
            "title": "General Purpose Digital Interfacing, Module 7, Lab 4",
            "subject": ["arm", "embedded", "cortex-m", "embedded systems",  "hardware-designs", "armv8", "trustzone", "amba", "arm-cortex-m4", "arm-cortex-m33", "keil-mdk", "embedded-system-design", "st-nucleo-l552ze"],
            "type": "Lab",
            "format": "doc",
            "creator": "Oyinkuro Benafa",
            "publisher": "Arm Education",
            "created": "1/11/2021",
            "description": "For this project you will add switches (see Figure 1) and a text LCD (see Figure 2) to create a simple user interface for the Nucleo-L552ZE-Q board. With it you can control your microcontroller and display information for the user.",
            "language": "C",
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",  
            "link": "NUCLEO-L552ZE-Q/contents/Module07_Interrupts/Lab04_GeneralPurposeDigitalInterfacing/Lab04_GeneralPurposeDigitalInterfacing.docx"
        },
        {
            "title": "Analog Interfacing, Module 8",
            "subject": ["arm", "embedded", "cortex-m", "embedded systems",  "hardware-designs", "armv8", "trustzone", "amba", "arm-cortex-m4", "arm-cortex-m33", "keil-mdk", "embedded-system-design", "st-nucleo-l552ze"],
            "type": "Lecture",
            "format": "ppt",
            "creator": "Oyinkuro Benafa",
            "publisher": "Arm Education",
            "created": "1/11/2021",
            "description": "Overview of analog interfacing.",
            "language": "C",
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",  
            "link": "NUCLEO-L552ZE-Q/contents/Module08_AnalogInterfacing/Lecture08_AnalogInterfacing.pptx"
        },
        {
            "title": "Battery Voltage Monitor, Module 8, Lab 5",
            "subject": ["arm", "embedded", "cortex-m", "embedded systems",  "hardware-designs", "armv8", "trustzone", "amba", "arm-cortex-m4", "arm-cortex-m33", "keil-mdk", "embedded-system-design", "st-nucleo-l552ze"],
            "type": "Lab",
            "format": "doc",
            "creator": "Oyinkuro Benafa",
            "publisher": "Arm Education",
            "created": "1/11/2021",
            "description": "In this project you will use the ADC to measure the voltage of the coin cell BT1 and the USB bus supply voltage rail. This can be useful for systems which rely on the battery as a back-up power source.",
            "language": "C",
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",  
            "link": "NUCLEO-L552ZE-Q/contents/Module08_AnalogInterfacing/Lab05_BatteryVoltageMonitor/Lab05_BatteryVoltageMonitor.docx"
        },
        {
            "title": "Comparator Voltage Monitor, Module 8, Lab 6",
            "subject": ["arm", "embedded", "cortex-m", "embedded systems",  "hardware-designs", "armv8", "trustzone", "amba", "arm-cortex-m4", "arm-cortex-m33", "keil-mdk", "embedded-system-design", "st-nucleo-l552ze"],
            "type": "Lab",
            "format": "doc",
            "creator": "Oyinkuro Benafa",
            "publisher": "Arm Education",
            "created": "1/11/2021",
            "description": "In this project you will implement a software based comparator to monitor the voltage from a potentiometer-based divider. You will evaluate the polling software.",
            "language": "C",
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",  
            "link": "NUCLEO-L552ZE-Q/contents/Module08_AnalogInterfacing/Lab06_ComparatorVoltageMonitor/Lab06_ComparatorVoltageMonitor.docx"
        },
        {
            "title": "Timers, Module 9",
            "subject": ["arm", "embedded", "cortex-m", "embedded systems",  "hardware-designs", "armv8", "trustzone", "amba", "arm-cortex-m4", "arm-cortex-m33", "keil-mdk", "embedded-system-design", "st-nucleo-l552ze"],
            "type": "Lecture",
            "format": "ppt",
            "creator": "Oyinkuro Benafa",
            "publisher": "Arm Education",
            "created": "1/11/2021",
            "description": "An overview of timers.",
            "language": "C",
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",  
            "link": "NUCLEO-L552ZE-Q/contents/Module09_Timers/Lecture09_Timers.pptx"
        },
        {
            "title": "Timers, Module 9, Lab 7",
            "subject": ["arm", "embedded", "cortex-m", "embedded systems",  "hardware-designs", "armv8", "trustzone", "amba", "arm-cortex-m4", "arm-cortex-m33", "keil-mdk", "embedded-system-design", "st-nucleo-l552ze"],
            "type": "Lab",
            "format": "doc",
            "creator": "Oyinkuro Benafa",
            "publisher": "Arm Education",
            "created": "1/11/2021",
            "description": "In this project you will periodic interrupt timer and GPIOs (since this particular platform does not offer DAC) to generate signals which can be viewed on a logic analyzer or an oscilloscope. The timing accuracy will be improved through the use of a timer. You will then investigate the impact of delaying your task code, and how to buffer output data.",
            "language": "C",
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",  
            "link": "NUCLEO-L552ZE-Q/contents/Module09_Timers/Lab07_Timers/Lab07_Timers.docx"
        },
        {
            "title": "Serial Communication, Module 10",
            "subject": ["arm", "embedded", "cortex-m", "embedded systems",  "hardware-designs", "armv8", "trustzone", "amba", "arm-cortex-m4", "arm-cortex-m33", "keil-mdk", "embedded-system-design", "st-nucleo-l552ze"],
            "type": "Lecture",
            "format": "ppt",
            "creator": "Oyinkuro Benafa",
            "publisher": "Arm Education",
            "created": "1/11/2021",
            "description": "An overview of serial communication.",
            "language": "C",
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",  
            "link": "NUCLEO-L552ZE-Q/contents/Module10_SerialCommunication/Lecture10_SerialCommunication.pptx"
        },
        {
            "title": "Serial Communication, Module 10, Lab 8",
            "subject": ["arm", "embedded", "cortex-m", "embedded systems",  "hardware-designs", "armv8", "trustzone", "amba", "arm-cortex-m4", "arm-cortex-m33", "keil-mdk", "embedded-system-design", "st-nucleo-l552ze"],
            "type": "Lab",
            "format": "doc",
            "creator": "Oyinkuro Benafa",
            "publisher": "Arm Education",
            "created": "1/11/2021",
            "description": "In this lab, you will use an oscilloscope or logic analyzer to see how serial communcations operate.",
            "language": "C",
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",  
            "link": "NUCLEO-L552ZE-Q/contents/Module10_SerialCommunication/Lab08_SerialCommunication/Lab08_SerialCommunication.docx"
        },
        {
            "title": "Programming Techniques For Power Efficient Computing Part 1, Module 11",
            "subject": ["arm", "embedded", "cortex-m", "embedded systems",  "hardware-designs", "armv8", "trustzone", "amba", "arm-cortex-m4", "arm-cortex-m33", "keil-mdk", "embedded-system-design", "st-nucleo-l552ze"],
            "type": "Lecture",
            "format": "ppt",
            "creator": "Oyinkuro Benafa",
            "publisher": "Arm Education",
            "created": "1/11/2021",
            "description": "Overview of programming techniques with power efficient computing in mind.",
            "language": "C",
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",  
            "link": "NUCLEO-L552ZE-Q/contents/Module11_ProgrammingTechniquesForPowerEfficientComputing_Part1/Lecture11_ProgrammingTechniquesForPowerEfficientComputing_Part1.pptx"
        },
        {
            "title": "Programming Techniques For Power Efficient Computing Part 2, Module 12",
            "subject": ["arm", "embedded", "cortex-m", "embedded systems",  "hardware-designs", "armv8", "trustzone", "amba", "arm-cortex-m4", "arm-cortex-m33", "keil-mdk", "embedded-system-design", "st-nucleo-l552ze"],
            "type": "Lecture",
            "format": "ppt",
            "creator": "Oyinkuro Benafa",
            "publisher": "Arm Education",
            "created": "1/11/2021",
            "description": "Overview of programming techniques with power efficient computing in mind.",
            "language": "C",
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",  
            "link": "NUCLEO-L552ZE-Q/contents/Module12_ProgrammingTechniquesForPowerEfficientComputing_Part2/Lecture12_ProgrammingTechniquesForPowerEfficientComputing_Part2.pptx"
        },
        {
            "title": "TrustZone, Module 13",
            "subject": ["arm", "embedded", "cortex-m", "embedded systems",  "hardware-designs", "armv8", "trustzone", "amba", "arm-cortex-m4", "arm-cortex-m33", "keil-mdk", "embedded-system-design", "st-nucleo-l552ze"],
            "type": "Lecture",
            "format": "ppt",
            "creator": "Oyinkuro Benafa",
            "publisher": "Arm Education",
            "created": "1/11/2021",
            "description": "Overview of TrustZone.",
            "language": "C",
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",  
            "link": "NUCLEO-L552ZE-Q/contents/Module13_Trustzone/Lecture13_Trustzone.pptx"
        },
        {
            "title": "TrustZone, Module 13, Lab 9",
            "subject": ["arm", "embedded", "cortex-m", "embedded systems",  "hardware-designs", "armv8", "trustzone", "amba", "arm-cortex-m4", "arm-cortex-m33", "keil-mdk", "embedded-system-design", "st-nucleo-l552ze"],
            "type": "Lab",
            "format": "doc",
            "creator": "Oyinkuro Benafa",
            "publisher": "Arm Education",
            "created": "1/11/2021",
            "description": "Overview of TrustZone",
            "language": "C",
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",  
            "link": "NUCLEO-L552ZE-Q/contents/Module13_Trustzone/Lab09_Trustzone/Lab09_Trustzone.docx"
        }
    ]
}