metadata.json

{
    "metadata": [
        {
            "title": "Rapid Embedded Systems Design Education Kit",
            "subject": ["arm", "embedded", "cortex-m", "stm32", "embedded-systems", "cmsis", "hardware-designs", "cortex-m4", "real-time-operating-system", "st-nucleo-f401re"],
            "type": "EdKit",
            "format": ["ppt", "doc", "zip code files"],
            "creator": ["Mark Allen", "Selena Tabbara"],
            "publisher": "Arm Education",
            "created": "1/06/2020",
            "description": "Design and program Arm-based embedded systems and implement them using commercial API.",
            "language": ["C++", "C"],
            "source":"",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],  
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": ""
        },
        {
            "title": "Introduction to Embedded Systems, Module 1",
            "subject": ["arm", "embedded", "cortex-m", "stm32", "embedded-systems", "cmsis", "hardware-designs", "cortex-m4", "real-time-operating-system", "st-nucleo-f401re"],
            "type": "Lecture",
            "format": "ppt",
            "creator": ["Mark Allen", "Selena Tabbara"],
            "publisher": "Arm Education",
            "created": "1/06/2020",
            "description": "In this module we will define what an embedded system is and look at some examples. We will also introduce the Internet of Things and how it relates to embedded devices. Finally, we will take a brief look at options for building embedded systems, and the pros and cons of different methods.",
            "language": ["C++", "C"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",   
            "link": "ST_Nucleo_F401RE_2020/Contents/Module01_IntroductionToEmbeddedSystems/Lecture01_IntroductionToEmbeddedSystems.pptx"
        },
        {
            "title": "The Arm Cortex M4 Processor Architecture, Module 2",
            "subject": ["arm", "embedded", "cortex-m", "stm32", "embedded-systems", "cmsis", "hardware-designs", "cortex-m4", "real-time-operating-system", "st-nucleo-f401re"],
            "type": "Lecture",
            "format": "ppt",
            "creator": ["Mark Allen", "Selena Tabbara"],
            "publisher": "Arm Education",
            "created": "1/06/2020",
            "description": "In this module, the Arm architecture will be comprehensively classified among the Arm processor families and will be analysed.",
            "language": ["C++", "C"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",   
            "link": "ST_Nucleo_F401RE_2020/Contents/Module02_TheArmCortexM4ProcessorArchitecture/Lecture02_TheArmCortexM4ProcessorArchitecture.pptx"
        },
        {
            "title": "Introduction to Arm Cortex-M4 Programming, Module 3",
            "subject": ["arm", "embedded", "cortex-m", "stm32", "embedded-systems", "cmsis", "hardware-designs", "cortex-m4", "real-time-operating-system", "st-nucleo-f401re"],
            "type": "Lecture",
            "format": "ppt",
            "creator": ["Mark Allen", "Selena Tabbara"],
            "publisher": "Arm Education",
            "created": "1/06/2020",
            "description": "An introduction to programming the Arm Cortex-M4 processor.",
            "language": ["C++", "C"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",   
            "link": "ST_Nucleo_F401RE_2020/Contents/Module03_IntroductionToArmCortexM4Programming/Lecture03_IntroductionToArmCortexM4Programming.pptx"
        },
        {
            "title": "Introduction to the Mbed Platform and CMSIS, Module 4",
            "subject": ["arm", "embedded", "cortex-m", "stm32", "embedded-systems", "cmsis", "hardware-designs", "cortex-m4", "real-time-operating-system", "st-nucleo-f401re"],
            "type": "Lecture",
            "format": "ppt",
            "creator": ["Mark Allen", "Selena Tabbara"],
            "publisher": "Arm Education",
            "created": "1/06/2020",
            "description": "An introduction to the Mbed Platform and CMSIS.",
            "language": ["C++", "C"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",   
            "link": "ST_Nucleo_F401RE_2020/Contents/Module04_IntroductionToTheMbedPlatformAndCMSIS/Lecture04_IntroductionToTheMbedPlatformAndCMSIS.pptx"
        },
        {
            "title": "Getting Started, Module 4, Lab 0",
            "subject": ["arm", "embedded", "cortex-m", "stm32", "embedded-systems", "cmsis", "hardware-designs", "cortex-m4", "real-time-operating-system", "st-nucleo-f401re"],
            "type": "Lab",
            "format": "docx",
            "creator": ["Mark Allen", "Selena Tabbara"],
            "publisher": "Arm Education",
            "created": "1/06/2020",
            "description": "This first lab will focus on getting started with Mbed studio, the Mbed Command-line Interface (CLI), and the Mbed-Simulator.",
            "language": ["C++", "C"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",   
            "link": "ST_Nucleo_F401RE_2020/Contents/Module04_IntroductionToTheMbedPlatformAndCMSIS/Lab00_Getting Started/Lab00_GettingStarted.docx"
        },
        {
            "title": "Digital Input and Output, Module 5",
            "subject": ["arm", "embedded", "cortex-m", "stm32", "embedded-systems", "cmsis", "hardware-designs", "cortex-m4", "real-time-operating-system", "st-nucleo-f401re"],
            "type": "Lecture",
            "format": "ppt",
            "creator": ["Mark Allen", "Selena Tabbara"],
            "publisher": "Arm Education",
            "created": "1/06/2020",
            "description": "In this module, the student will learn about: The link between physical voltages and logic values. How to set up the controller for accessing and using so-called general-purpose input/output (GPIO) pins.",
            "language": ["C++", "C"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",   
            "link": "ST_Nucleo_F401RE_2020/Contents/Module05_DigitalInputAndOutput/Lecture05_DigitalInputAndOutput.pptx"
        },
        {
            "title": "Digital Input and Output, Module 5, Lab 1 - Hardware",
            "subject": ["arm", "embedded", "cortex-m", "stm32", "embedded-systems", "cmsis", "hardware-designs", "cortex-m4", "real-time-operating-system", "st-nucleo-f401re"],
            "type": "Lab",
            "format": "docx",
            "creator": ["Mark Allen", "Selena Tabbara"],
            "publisher": "Arm Education",
            "created": "1/06/2020",
            "description": "In this lab, we will implement two functions in which the RGB LEDs are controlled by the status of the buttons. We will use the DigitalIn/DigitalOut and the BusIn/BusOut interfaces to assist with this. By the end of this lab you will get some insight and practical experience with the Mbed API for Digital I/O.",
            "language": ["C++", "C"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",   
            "link": "ST_Nucleo_F401RE_2020/Contents/Module05_DigitalInputAndOutput/Lab01_DigitalInputAndOutput/Hardware/Lab01_DigitalInputAndOutput_HW.docx"
        },
        {
            "title": "Digital Input and Output, Module 5, Lab 1 - Simulator",
            "subject": ["arm", "embedded", "cortex-m", "stm32", "embedded-systems", "cmsis", "hardware-designs", "cortex-m4", "real-time-operating-system", "st-nucleo-f401re"],
            "type": "Lab",
            "format": "docx",
            "creator": ["Mark Allen", "Selena Tabbara"],
            "publisher": "Arm Education",
            "created": "1/06/2020",
            "description": "In this lab, we will implement two functions in which the RGB LEDs are controlled by the status of the buttons. We will use the DigitalIn/DigitalOut and the BusIn/BusOut interfaces to assist with this. By the end of this lab you will get some insight and practical experience with the Mbed API for Digital I/O.",
            "language": ["C++", "C"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",   
            "link": "ST_Nucleo_F401RE_2020/Contents/Module05_DigitalInputAndOutput/Lab01_DigitalInputAndOutput/Simulator/Lab01_DigitalInputAndOutput_Sim.docx"
        },
        {
            "title": "Lab code for the hardware version, Module 5, Lab 1 - Hardware",
            "subject": ["arm", "embedded", "cortex-m", "stm32", "embedded-systems", "cmsis", "hardware-designs", "cortex-m4", "real-time-operating-system", "st-nucleo-f401re"],
            "type": "Lab code",
            "format": ".cpp",
            "creator": ["Mark Allen", "Selena Tabbara"],
            "publisher": "Arm Education",
            "created": "1/06/2020",
            "description": "Code for the corresponding lab exercise.",
            "language": ["C++", "C"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",   
            "link": "ST_Nucleo_F401RE_2020/Contents/Module05_DigitalInputAndOutput/Lab01_DigitalInputAndOutput/Hardware/Code"
        },
        {
            "title": "Lab code for the simulator version, Module 5, Lab 1 - Simulator",
            "subject": ["arm", "embedded", "cortex-m", "stm32", "embedded-systems", "cmsis", "hardware-designs", "cortex-m4", "real-time-operating-system", "st-nucleo-f401re"],
            "type": "Lab code",
            "format": ".cpp",
            "creator": ["Mark Allen", "Selena Tabbara"],
            "publisher": "Arm Education",
            "created": "1/06/2020",
            "description": "Code for the corresponding lab exercise.",
            "language": ["C++", "C"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",   
            "link": "ST_Nucleo_F401RE_2020/Contents/Module05_DigitalInputAndOutput/Lab01_DigitalInputAndOutput/Simulator/Code"
        },
        {
            "title": "Interrupts and Low Power Features, Module 6",
            "subject": ["arm", "embedded", "cortex-m", "stm32", "embedded-systems", "cmsis", "hardware-designs", "cortex-m4", "real-time-operating-system", "st-nucleo-f401re"],
            "type": "Lecture",
            "format": "ppt",
            "creator": ["Mark Allen", "Selena Tabbara"],
            "publisher": "Arm Education",
            "created": "1/06/2020",
            "description": "This module starts with a general introduction into interrupts and their handling within the controller and the Arm architecture. After explaining external and internal interrupts, general program design is discussed.",
            "language": ["C++", "C"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",   
            "link": "ST_Nucleo_F401RE_2020/Contents/Module06_InterruptsAndLowPowerFeatures/Lecture06_InterruptsAndLowPowerFeatures.pptx"
        },
        {
            "title": "Interrupts and Low Power Features, Module 6, Lab 2 - Hardware",
            "subject": ["arm", "embedded", "cortex-m", "stm32", "embedded-systems", "cmsis", "hardware-designs", "cortex-m4", "real-time-operating-system", "st-nucleo-f401re"],
            "type": "Lab",
            "format": "docx",
            "creator": ["Mark Allen", "Selena Tabbara"],
            "publisher": "Arm Education",
            "created": "1/06/2020",
            "description": "In this lab, we will implement two functions. For the first function, the RGB LEDs are controlled by the status of the buttons. For the second, the number of times each button has been pressed controls the LEDs. By the end of this lab you will get some insight and practical experience with the Mbed API for Interrupts.",
            "language": ["C++", "C"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",   
            "link": "ST_Nucleo_F401RE_2020/Contents/Module06_InterruptsAndLowPowerFeatures/Lab02_InterruptsAndLowPowerFeatures/Hardware/Lab02_InterruptsAndLowPowerFeatures_HW.docx"
        },
        {
            "title": "Interrupts and Low Power Features, Module 6, Lab 2 - Simulator",
            "subject": ["arm", "embedded", "cortex-m", "stm32", "embedded-systems", "cmsis", "hardware-designs", "cortex-m4", "real-time-operating-system", "st-nucleo-f401re"],
            "type": "Lab",
            "format": "docx",
            "creator": ["Mark Allen", "Selena Tabbara"],
            "publisher": "Arm Education",
            "created": "1/06/2020",
            "description": "In this lab, we will implement two functions. For the first function, the RGB LEDs are controlled by the status of the buttons. For the second, the number of times each button has been pressed controls the LEDs. By the end of this lab you will get some insight and practical experience with the Mbed API for Interrupts.",
            "language": ["C++", "C"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",   
            "link": "ST_Nucleo_F401RE_2020/Contents/Module06_InterruptsAndLowPowerFeatures/Lab02_InterruptsAndLowPowerFeatures/Simulator/Lab02_InterruptsAndLowPowerFeatures_Sim.docx"
        },
        {
            "title": "Lab code for the hardware version, Module 6, Lab 2 - Hardware",
            "subject": ["arm", "embedded", "cortex-m", "stm32", "embedded-systems", "cmsis", "hardware-designs", "cortex-m4", "real-time-operating-system", "st-nucleo-f401re"],
            "type": "Lab code",
            "format": ".cpp",
            "creator": ["Mark Allen", "Selena Tabbara"],
            "publisher": "Arm Education",
            "created": "1/06/2020",
            "description": "Code for the corresponding lab exercise.",
            "language": ["C++", "C"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",   
            "link": "ST_Nucleo_F401RE_2020/Contents/Module06_InterruptsAndLowPowerFeatures/Lab02_InterruptsAndLowPowerFeatures/Hardware/Code"
        },
        {
            "title": "Lab code for the simulator version, Module 6, Lab 2 - Simulator",
            "subject": ["arm", "embedded", "cortex-m", "stm32", "embedded-systems", "cmsis", "hardware-designs", "cortex-m4", "real-time-operating-system", "st-nucleo-f401re"],
            "type": "Lab code",
            "format": ".cpp",
            "creator": ["Mark Allen", "Selena Tabbara"],
            "publisher": "Arm Education",
            "created": "1/06/2020",
            "description": "Code for the corresponding lab exercise.",
            "language": ["C++", "C"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",   
            "link": "ST_Nucleo_F401RE_2020/Contents/Module06_InterruptsAndLowPowerFeatures/Lab02_InterruptsAndLowPowerFeatures/Simulator/Code"
        },
        {
            "title": "Analog Input and Output, Module 7",
            "subject": ["arm", "embedded", "cortex-m", "stm32", "embedded-systems", "cmsis", "hardware-designs", "cortex-m4", "real-time-operating-system", "st-nucleo-f401re"],
            "type": "Lecture",
            "format": "ppt",
            "creator": ["Mark Allen", "Selena Tabbara"],
            "publisher": "Arm Education",
            "created": "1/06/2020",
            "description": "Overview of analog input and output.",
            "language": ["C++", "C"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",   
            "link": "ST_Nucleo_F401RE_2020/Contents/Module07_AnalogInputAndOutput/Lecture07_AnalogInputAndOutput.pptx"
        },
        {
            "title": "Analog Input and Output, Module 7, Lab 3 - Hardware",
            "subject": ["arm", "embedded", "cortex-m", "stm32", "embedded-systems", "cmsis", "hardware-designs", "cortex-m4", "real-time-operating-system", "st-nucleo-f401re"],
            "type": "Lab",
            "format": "docx",
            "creator": ["Mark Allen", "Selena Tabbara"],
            "publisher": "Arm Education",
            "created": "1/06/2020",
            "description": "In this lab, we will implement an audio wave generator using PWM. We will set it up so that the volume and the pitch can be tuned using potentiometers. By the end of this lab you will get some insight and practical experience with the Mbed API for Analog I/O and PWM.",
            "language": ["C++", "C"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",   
            "link": "ST_Nucleo_F401RE_2020/Contents/Module07_AnalogInputAndOutput/Lab03_AnalogInputAndOutput/Hardware/Lab03_AnalogInputAndOutput_HW.docx"
        },
        {
            "title": "Analog Input and Output, Module 7, Lab 3 - Simulator",
            "subject": ["arm", "embedded", "cortex-m", "stm32", "embedded-systems", "cmsis", "hardware-designs", "cortex-m4", "real-time-operating-system", "st-nucleo-f401re"],
            "type": "Lab",
            "format": "docx",
            "creator": ["Mark Allen", "Selena Tabbara"],
            "publisher": "Arm Education",
            "created": "1/06/2020",
            "description": "In this lab, we will implement an audio wave generator using PWM. We will set it up so that the volume and the pitch can be tuned using potentiometers. By the end of this lab you will get some insight and practical experience with the Mbed API for Analog I/O and PWM.",
            "language": ["C++", "C"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",   
            "link": "ST_Nucleo_F401RE_2020/Contents/Module07_AnalogInputAndOutput/Lab03_AnalogInputAndOutput/Simulator/Lab03_AnalogInputAndOutput_Sim.docx"
        },
        {
            "title": "Lab code for the hardware version, Module 7, Lab 3 - Hardware",
            "subject": ["arm", "embedded", "cortex-m", "stm32", "embedded-systems", "cmsis", "hardware-designs", "cortex-m4", "real-time-operating-system", "st-nucleo-f401re"],
            "type": "Lab code",
            "format": ".cpp",
            "creator": ["Mark Allen", "Selena Tabbara"],
            "publisher": "Arm Education",
            "created": "1/06/2020",
            "description": "Code for the corresponding lab exercise.",
            "language": ["C++", "C"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",   
            "link": "ST_Nucleo_F401RE_2020/Contents/Module07_AnalogInputAndOutput/Lab03_AnalogInputAndOutput/Hardware/Code"
        },
        {
            "title": "Lab code for the simulator version, Module 7, Lab 3 - Simulator",
            "subject": ["arm", "embedded", "cortex-m", "stm32", "embedded-systems", "cmsis", "hardware-designs", "cortex-m4", "real-time-operating-system", "st-nucleo-f401re"],
            "type": "Lab code",
            "format": ".cpp",
            "creator": ["Mark Allen", "Selena Tabbara"],
            "publisher": "Arm Education",
            "created": "1/06/2020",
            "description": "Code for the corresponding lab exercise.",
            "language": ["C++", "C"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",   
            "link": "ST_Nucleo_F401RE_2020/Contents/Module07_AnalogInputAndOutput/Lab03_AnalogInputAndOutput/Simulator/Code"
        },
        {
            "title": "Timer and Pulse-width Modulation, Module 8",
            "subject": ["arm", "embedded", "cortex-m", "stm32", "embedded-systems", "cmsis", "hardware-designs", "cortex-m4", "real-time-operating-system", "st-nucleo-f401re"],
            "type": "Lecture",
            "format": "ppt",
            "creator": ["Mark Allen", "Selena Tabbara"],
            "publisher": "Arm Education",
            "created": "1/06/2020",
            "description": "Overview of timers and pulse-width modulation",
            "language": ["C++", "C"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",   
            "link": "ST_Nucleo_F401RE_2020/Contents/Module08_TimerAndPulseWidthModulation/Lecture08_TimerAndPulseWidthModulation.pptx"
        },
        {
            "title": "Timers and Pulse-width Modulation, Module 8, Lab 4 - Hardware",
            "subject": ["arm", "embedded", "cortex-m", "stm32", "embedded-systems", "cmsis", "hardware-designs", "cortex-m4", "real-time-operating-system", "st-nucleo-f401re"],
            "type": "Lab",
            "format": "docx",
            "creator": ["Mark Allen", "Selena Tabbara"],
            "publisher": "Arm Education",
            "created": "1/06/2020",
            "description": "In this lab, we will design an audio player that will play a melody saved beforehand. The volume of the music as well as its speed can be controlled by two buttons. By the end of this lab you will get some insight and practical experience with the Mbed API for Timers and Tickers.",
            "language": ["C++", "C"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",   
            "link": "ST_Nucleo_F401RE_2020/Contents/Module08_TimerAndPulseWidthModulation/Lab04_TimerAndPulseWidthModulation/Hardware/Lab04_TimerAndPulseWidthModulation_HW.docx"
        },
        {
            "title": "Timers and Pulse-width Modulation, Module 8, Lab 4 - Simulator",
            "subject": ["arm", "embedded", "cortex-m", "stm32", "embedded-systems", "cmsis", "hardware-designs", "cortex-m4", "real-time-operating-system", "st-nucleo-f401re"],
            "type": "Lab",
            "format": "docx",
            "creator": ["Mark Allen", "Selena Tabbara"],
            "publisher": "Arm Education",
            "created": "1/06/2020",
            "description": "In this lab, we will design an audio player that will play a melody saved beforehand. The volume of the music as well as its speed can be controlled by two buttons. By the end of this lab you will get some insight and practical experience with the Mbed API for Timers and Tickers.",
            "language": ["C++", "C"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",   
            "link": "ST_Nucleo_F401RE_2020/Contents/Module08_TimerAndPulseWidthModulation/Lab04_TimerAndPulseWidthModulation/Simulator/Lab04_TimerAndPulseWidthModulation_Sim.docx"
        },
        {
            "title": "Lab code for the hardware version, Module 8, Lab 4 - Hardware",
            "subject": ["arm", "embedded", "cortex-m", "stm32", "embedded-systems", "cmsis", "hardware-designs", "cortex-m4", "real-time-operating-system", "st-nucleo-f401re"],
            "type": "Lab code",
            "format": ".cpp",
            "creator": ["Mark Allen", "Selena Tabbara"],
            "publisher": "Arm Education",
            "created": "1/06/2020",
            "description": "Code for the corresponding lab exercise.",
            "language": ["C++", "C"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",   
            "link": "ST_Nucleo_F401RE_2020/Contents/Module08_TimerAndPulseWidthModulation/Lab04_TimerAndPulseWidthModulation/Hardware/Code"
        },
        {
            "title": "Lab code for the simulator version, Module 8, Lab 4 - Simulator",
            "subject": ["arm", "embedded", "cortex-m", "stm32", "embedded-systems", "cmsis", "hardware-designs", "cortex-m4", "real-time-operating-system", "st-nucleo-f401re"],
            "type": "Lab code",
            "format": ".cpp",
            "creator": ["Mark Allen", "Selena Tabbara"],
            "publisher": "Arm Education",
            "created": "1/06/2020",
            "description": "Code for the corresponding lab exercise.",
            "language": ["C++", "C"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",   
            "link": "ST_Nucleo_F401RE_2020/Contents/Module08_TimerAndPulseWidthModulation/Lab04_TimerAndPulseWidthModulation/Simulator/Code"
        },
        {
            "title": "Serial Communication, Module 9",
            "subject": ["arm", "embedded", "cortex-m", "stm32", "embedded-systems", "cmsis", "hardware-designs", "cortex-m4", "real-time-operating-system", "st-nucleo-f401re"],
            "type": "Lecture",
            "format": "ppt",
            "creator": ["Mark Allen", "Selena Tabbara"],
            "publisher": "Arm Education",
            "created": "1/06/2020",
            "description": "Overview of serial communication",
            "language": ["C++", "C"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",   
            "link": "ST_Nucleo_F401RE_2020/Contents/Module09_SerialCommunication/Lecture09_SerialCommunication.pptx"
        },
        {
            "title": "Serial Communication, Module 9, Lab 5 - Hardware",
            "subject": ["arm", "embedded", "cortex-m", "stm32", "embedded-systems", "cmsis", "hardware-designs", "cortex-m4", "real-time-operating-system", "st-nucleo-f401re"],
            "type": "Lab",
            "format": "docx",
            "creator": ["Mark Allen", "Selena Tabbara"],
            "publisher": "Arm Education",
            "created": "1/06/2020",
            "description": "In this lab, we will display the temperature on the LCD using serial communication. We will explore how to implement different serial communication protocols : UART, SPI and I2C using their relative interface on Mbed Studio.",
            "language": ["C++", "C"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",   
            "link": "ST_Nucleo_F401RE_2020/Contents/Module09_SerialCommunication/Lab05_SerialCommunication/Hardware/Lab05_SerialCommunication_HW.docx"
        },
        {
            "title": "Serial Communication, Module 9, Lab 5 - Simulator",
            "subject": ["arm", "embedded", "cortex-m", "stm32", "embedded-systems", "cmsis", "hardware-designs", "cortex-m4", "real-time-operating-system", "st-nucleo-f401re"],
            "type": "Lab",
            "format": "docx",
            "creator": ["Mark Allen", "Selena Tabbara"],
            "publisher": "Arm Education",
            "created": "1/06/2020",
            "description": "In this lab, we will display the temperature on the LCD using serial communication. We will explore how to implement different serial communication protocols : UART, SPI and I2C using their relative interface on Mbed Studio.",
            "language": ["C++", "C"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",   
            "link": "ST_Nucleo_F401RE_2020/Contents/Module09_SerialCommunication/Lab05_SerialCommunication/Simulator/Lab05_SerialCommunication_Sim.docx"
        },
        {
            "title": "Lab code for the hardware version, Module 9, Lab 5 - Hardware",
            "subject": ["arm", "embedded", "cortex-m", "stm32", "embedded-systems", "cmsis", "hardware-designs", "cortex-m4", "real-time-operating-system", "st-nucleo-f401re"],
            "type": "Lab code",
            "format": ".cpp",
            "creator": ["Mark Allen", "Selena Tabbara"],
            "publisher": "Arm Education",
            "created": "1/06/2020",
            "description": "Code for the corresponding lab exercise.",
            "language": ["C++", "C"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",   
            "link": "ST_Nucleo_F401RE_2020/Contents/Module09_SerialCommunication/Lab05_SerialCommunication/Hardware/Code"
        },
        {
            "title": "Lab code for the simulator version, Module 9, Lab 5 - Simulator",
            "subject": ["arm", "embedded", "cortex-m", "stm32", "embedded-systems", "cmsis", "hardware-designs", "cortex-m4", "real-time-operating-system", "st-nucleo-f401re"],
            "type": "Lab code",
            "format": ".cpp",
            "creator": ["Mark Allen", "Selena Tabbara"],
            "publisher": "Arm Education",
            "created": "1/06/2020",
            "description": "Code for the corresponding lab exercise.",
            "language": ["C++", "C"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",   
            "link": "ST_Nucleo_F401RE_2020/Contents/Module09_SerialCommunication/Lab05_SerialCommunication/Simulator/Code"
        },
        {
            "title": "Real-time Operating Systems, Module 10",
            "subject": ["arm", "embedded", "cortex-m", "stm32", "embedded-systems", "cmsis", "hardware-designs", "cortex-m4", "real-time-operating-system", "st-nucleo-f401re"],
            "type": "Lecture",
            "format": "ppt",
            "creator": ["Mark Allen", "Selena Tabbara"],
            "publisher": "Arm Education",
            "created": "1/06/2020",
            "description": "Overview of RTOS",
            "language": ["C++", "C"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",   
            "link": "ST_Nucleo_F401RE_2020/Contents/Module10_RealTimeOperatingSystems/Lecture10_RealTimeOperatingSystems.pptx"
        },
        {
            "title": "Real-time Operating Systems, Module 10, Lab 6 - Hardware",
            "subject": ["arm", "embedded", "cortex-m", "stm32", "embedded-systems", "cmsis", "hardware-designs", "cortex-m4", "real-time-operating-system", "st-nucleo-f401re"],
            "type": "Lab",
            "format": "docx",
            "creator": ["Mark Allen", "Selena Tabbara"],
            "publisher": "Arm Education",
            "created": "1/06/2020",
            "description": "In this lab, you will integrate the functions developed in the previous modules and run them concurrently in the Mbed RTOS. Each of the previous tasks will be executed in one thread that is scheduled by the RTOS.",
            "language": ["C++", "C"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",   
            "link": "ST_Nucleo_F401RE_2020/Contents/Module10_RealTimeOperatingSystems/Lab06_RealTimeOperatingSystems/Hardware/Lab06_RealTimeOperatingSystems_HW.docx"
        },
        {
            "title": "Lab code for the hardware version, Module 10, Lab 6 - Hardware",
            "subject": ["arm", "embedded", "cortex-m", "stm32", "embedded-systems", "cmsis", "hardware-designs", "cortex-m4", "real-time-operating-system", "st-nucleo-f401re"],
            "type": "Lab code",
            "format": ".cpp",
            "creator": ["Mark Allen", "Selena Tabbara"],
            "publisher": "Arm Education",
            "created": "1/06/2020",
            "description": "Code for the corresponding lab exercise.",
            "language": ["C++", "C"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",   
            "link": "ST_Nucleo_F401RE_2020/Contents/Module10_RealTimeOperatingSystems/Lab06_RealTimeOperatingSystems/Hardware/code"
        },
        {
            "title": "Final Project, Module 11, Lab 7 - Hardware",
            "subject": ["arm", "embedded", "cortex-m", "stm32", "embedded-systems", "cmsis", "hardware-designs", "cortex-m4", "real-time-operating-system", "st-nucleo-f401re"],
            "type": "Lab",
            "format": "docx",
            "creator": ["Mark Allen", "Selena Tabbara"],
            "publisher": "Arm Education",
            "created": "1/06/2020",
            "description": "Lab exercise for building a complete music player.",
            "language": ["C++", "C"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",   
            "link": "ST_Nucleo_F401RE_2020/Contents/Module11_FinalProject/Lab07_FinalProject/Hardware/RE_Module11_Lab-Hardware.docx"
        },
        {
            "title": "Final Project, Module 11, Lab 7 - Software",
            "subject": ["arm", "embedded", "cortex-m", "stm32", "embedded-systems", "cmsis", "hardware-designs", "cortex-m4", "real-time-operating-system", "st-nucleo-f401re"],
            "type": "Lab",
            "format": "docx",
            "creator": ["Mark Allen", "Selena Tabbara"],
            "publisher": "Arm Education",
            "created": "1/06/2020",
            "description": "Lab exercise for building a complete music player.",
            "language": ["C++", "C"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",   
            "link": "ST_Nucleo_F401RE_2020/Contents/Module11_FinalProject/Lab07_FinalProject/Simulator/RE_Module11_Lab-Simulator.docx"
        },
        {
            "title": "Lab code for the hardware version, Module 10, Lab 6 - Hardware",
            "subject": ["arm", "embedded", "cortex-m", "stm32", "embedded-systems", "cmsis", "hardware-designs", "cortex-m4", "real-time-operating-system", "st-nucleo-f401re"],
            "type": "Lab code",
            "format": ".cpp",
            "creator": ["Mark Allen", "Selena Tabbara"],
            "publisher": "Arm Education",
            "created": "1/06/2020",
            "description": "Code for the corresponding lab exercise.",
            "language": ["C++", "C"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",   
            "link": "ST_Nucleo_F401RE_2020/Contents/Module11_FinalProject/Lab07_FinalProject/Hardware/code"
        },
        {
            "title": "Lab code for the hardware version, Module 10, Lab 6 - Software",
            "subject": ["arm", "embedded", "cortex-m", "stm32", "embedded-systems", "cmsis", "hardware-designs", "cortex-m4", "real-time-operating-system", "st-nucleo-f401re"],
            "type": "Lab code",
            "format": ".cpp",
            "creator": ["Mark Allen", "Selena Tabbara"],
            "publisher": "Arm Education",
            "created": "1/06/2020",
            "description": "Code for the corresponding lab exercise.",
            "language": ["C++", "C"],
            "source": "",
            "relation": "",
            "audience": ["Learner", "Developer", "Undergraduate", "Student", "Lecturer", "Academic", "Professor"],     
            "contributor": "",
            "date": "",
            "license": "EULA",
            "identifier": "",   
            "link": "ST_Nucleo_F401RE_2020/Contents/Module11_FinalProject/Lab07_FinalProject/Software/code"
        }
    ]
}