Certification in Advanced Communication Applications Using ARM Cortex
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Module 1: Explanation of UART ProtocolUART-PRO-I-Transmitting and Receiving using POLLING method: Intoduction to UART10m 22sUART-PRO-I: TX/RX Using Polling (Project 1_UART_Part 1)24m 8sUART-PRO-I: TX/RX Using Polling: PROJECT DEMO8m 12sUART-PRO-II: TX String/Int via Callback: PROJECT2_Part1(a)14m 25sUART-PRO-II: TX String/Int via Callback: PROJECT2_part1(b)14m 7sUART-PRO-II: TX String/Int via Callback: PROJRECT2_part26m 22sUART-PRO-III: Interrupt LED Dock: PROJECT3_part1(a)13m 43sUART-PRO-III: Interrupt LED Dock: PROJECT3_part1(b)16m 4sUART-PRO-III: Interrupt LED Dock: PROJECT3_part27m 59sUART-PRO-III: Interrupt LED Dock: PROJECT3_Demo5m 5sUART-PRO-IV: UART Using DMA: PROJECT4_part1(a)12m 40sUART-PRO-IV: UART Using DMA: PROJECT4_part1(b)13m 45sUART-PRO-IV: UART Using DMA: PROJECT4_part2(1)10m 13sUART-PRO-IV: UART Using DMA: PROJECT4_part2(b)15m 12sUART-PRO-IV: UART Using DMA: PROJECT4_part2(c)15m 40sUART-PRO-IV: UART Using DMA: PROJECT4_part37m 28sUART-PRO-IV: UART Using DMA: PROJECT4_Demo2m 56sUART-PRO-V: UART DMA RX: PROJECT5_part110m 58sUART-PRO-V: UART DMA RX: PROJECT5_part2(a)10m 28sUART-PRO-V: UART DMA RX: PROJECT5_part2(b)10m 57sUART-PRO-V: UART DMA RX: PROJECT5_Demo6m 2s
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Module 2: Significance of CAN in Automotive ApplicationsIntroduction to CAN Protocol & Key Concepts24m 9sCAN Technical Concepts – Controller, Transceiver, CRC & ECU21m 37sApplications of CAN – Automotive & Industrial Systems11m 5sMessage-Based Communication & Arbitration in CAN12m 11sDifferential Signaling & CAN Frame Structure Explained22m 40sCAN-PRO-I: CAN Master Project Setup & Configuration – Part 115m 31sCAN-PRO-I: CAN Master Project Setup & Configuration – Part 213m 39sCAN-PRO-I: CAN Master Project Setup & Configuration – Part 314m 5sCAN-PRO-I: CAN Master Project Setup & Configuration – Part 416m 2sCAN-PRO-I: Hardware video3m 23sCAN-PRO-II: CAN Communication Between Two STM32_part 18m 2sCAN-PRO-II: CAN Communication Between Two STM32_part 215m 22sCAN-PRO-II: CAN Communication Between Two STM32_part 312m 50sCAN-PRO-II: CAN Communication Between Two STM32_part 411m 53s
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Module 3: I2C Communication and Sensor Interfacing
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Module 4: Explanation of Data Frames in CAN — Extended and Standard
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Module 5: Explanation of I2C Protocol and Its Significance in Automotive
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Module 6: Data Frame Explanation of I2C
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Module 7: Explanation of SPI Protocol and Its Significance in Automotive
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Module 8: Data Frame Explanation of SPI
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Module 9: Explanation of EEPROM
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Module 10: Use of EEPROM in Automotive Applications
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Module 11: Use of Bluetooth in Automotive Applications
The certification course in Developing Advanced Communication Applications Using ARM Cortex offers comprehensive insight into the communication protocols integral to modern automotive systems.
Participants will explore essentials protocols like CAN, I2C, SPI, and Bluetooth technologies, understanding how they power real-time communication in today’s vehicles. Learn how data frames are structured, why EEPROM is critical in embedded automotive systems, and how to bring it all together in practical applications. By the end of the course, learners will be well-equipped to design, develop, and optimize robust communication interfaces for real-time automotive applications.
What's included
- Coming Soon!
