Description: Embedded System is a computer system designed for specific control functions within a larger system, often with real-time computing constraints.
Curriculum
- 1 Section
- 36 Lessons
- 10 Weeks
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- Embedded Systems36
- 2.1Lecture 1: Introduction
- 2.2Lecture 2: Embedded Hardware
- 2.3Lecture 3 PIC Instruction Set
- 2.4Lecture 4: PIC Peripherals On Chip
- 2.5Lecture 6: More ARM Instructions
- 2.6Lecture 7: ARM Interrupt Processing
- 2.7Lecture 8: Digital Signal Processors
- 2.8Lecture 9: More on DSP Processors
- 2.9Lecture 10: System On Chip (SOC)
- 2.10Lecture 11: Memory
- 2.11Lecture 12: Memory Organization
- 2.12Lecture 13: Virtual Memory and Memory Management Unit
- 2.13Lecture 14: Bus Structure – I
- 2.14Lecture 15: Bus Structure – II
- 2.15Lecture 16: Bus Structure
- 2.16Lecture 17: Serial Interfaces
- 2.17Lecture 18: Power Aware Architecture
- 2.18Lecture 19: Software for Embedded Systems
- 2.19Lecture 20: Fundamentals of Embedded Operating Systems
- 2.20Lecture 21: Scheduling Policies
- 2.21Lecture 22: Resource Management
- 2.22Lecture 23: Embedded – OS
- 2.23Lecture 24: Networked Embedded System
- 2.24Lecture 25: Networked Embedded Systems – II
- 2.25Lecture 26: Network Embedded System – III
- 2.26Lecture 27: Network Embedded System – IV
- 2.27Lecture 28: Designing Embedded Systems
- 2.28Lecture 29: Designing Embedded Systems – II
- 2.29Lecture 30: Designing Embedded Systems – III
- 2.30Lecture 31: Designing Embedded Systems – IV
- 2.31Lecture 32: Designing Embedded Systems – V
- 2.32Lecture 33: Platform Based Design
- 2.33Lecture 34: Compilers for Embedded Systems
- 2.34Lecture 35: Developing Embedded Systems
- 2.35Lecture 36: Building Dependable Embedded Systems
- 2.36Lecture 37: Pervasive & Ubiquitous Computing
