Programming Concepts and Data Communication

1. Advanced C
2. Data-structures
3. Unix network programming
4. Embedded  programming(ARM7, ARM9)
5. Microcontroller programming(8051, PIC)
6. Real Time Operating Systems (Linux RTOS)
7. Linux Device Driver
8. Linux Internals
9. Embedded Systems Design, Implementation and Testing
10. Project Management
11. Overview of Networking and Packet Switching Concepts
12. Introduction to Networking
13. Internet Protocol
14. Routing Protocol
15. Routing IP address
16. Error and Control messages
17. Transfer Control Protocol
18. TCP Control Applications (FTP, TFTP, TELNET, DNS, DHCP)
19. Implementation of SMTP
20. OSI Reference Model and TCP/IP Protocol Suite
21. LAN Protocol Suite
22. Application Layer Protocols
23. Embedded Network Protocols: Issues and Applications
24. Security Issues in Embedded Systems
25. Video and Audio Standards
26. Socket Programming
27. Client Server Model
28. Concurrent Processing
29. Programming Interface
30. Socket Interface
31. Concept of client Server
32. Client Design
33. Server Design
34. Socketcall for TCP and UDP
35. Single Processes
36. Remote Procedure call

Real-time Operating Systems                                     Top

1. Introduction to OS
2. Process Management and Inter Process Communication
3. Memory Management
4. I/O subsystems
5. File System Organization
6. POSIX Thread Programming
7. Introduction to Real-Time / Embedded Operating Systems
8. Real Time Scheduling
9. Performance Metrics of RTOS
10. Linux and RTLinux Internals
11. Programming in Linux and RTLinux
12. Configuring and Compiling RTLinux
13. VxworksRTOS
14. Introduction to Tornado
15. Wind kernel and POSIX features
16. Tornado development Tools
17. Task Management
18. Inter Task Communication
19. Watch Dog Timer Installation and Implementation
20. Overview of other RTOS / EOSs

Embedded Systems Programming                             Top

1. Embedded Systems Design Issues
2. Challenges and Trends in Embedded Systems
3. Assemblers, Compilers, Linkers, Loaders, Debuggers
4. Profilers and Test Coverage Tools
5. Utilities like make, ranlib, objcopy and objdump
6. Configuring and Building GNU Cross-Toolchain
7. Building RTOS / EOS Imager for Target Hardware
8. Porting RTOS and Embedded Operating Systems
9. Writing Time and Space Sensitive Programs
10. Writing Device Drivers

8/16/32 bit Microcontrollers and Interfacing

1. RISC / CISC and Harvard / Princeton Architectures
2. Types of Memories
3. Introduction to 8-bit Microcontrollers
4. Timers / Counters, UART, SPI, PWM, WDT, Input Capture
5. Output Compare Modes, 12C, CAN
6. LED, Switches, ADC, DAC, LCD, RTC
7. Emerging Bus Standards (USB, Compact PCI)
8. Programming in Assembly and C(GNU Tools)
9. Introduction to 16 / 32 – bit Processors
10. ARM Architecture and Organization
11. ARM/THUMB Programming Model
12. ARM/THUMB Instruction Set
13. ARM Exception Handling
14. ARM/THUMB Assembly and C programming (GNU Tools)
15. ARM/THUMB
16. Embedded C
17. Cross compiler
18. Compiling with Cx51
19. Difference fromA NSIC
20. Memory Models
21. Library Interface
22. Clanguageextension for 8051

Digital Signal Processing                                            Top

1. Architecture of Digital Signal Processors
2. Digital Signal Processor vs Conventional Processor
3. Fixed Point and Floating Point Arithmetic
4. Digital Signal Processing for Embedded Systems
5. DSP-based Embedded Systems Design Process: Selecting Processors, ADC, DAC, DDC, DDS, Algorithms
6. DSP Programming in Assembly and C
7. Time and Frequency Domain Analysis of Signals
8. FFT Algorithms and Implementation
9. Design and Implementation of FIR and IIR Filters
10. Applications of DSP (VoIP, Audio/Video Coding, Mobile Communication, Software Defined Radio)

Wireless Embedded Systems Design

1. Protocol Design and Validation
2. Network Embedded Systems (Operating Systems and programming)
3. Bluetooth and IrDA
4. Wireless Sensor Networks and ZigBee
5. Wireless LAN – IEEE 802.11
6. RFID
7. GSM and GPRS
8. Ubiquitous Computing

Digital System Design

• Synchronous systems: system design using synchronous finite state machine controllers.
• State assignment, sum rule, mutual exclusivity rule, asynchronous input rule, “into” rule and “out of” rule.
• Derivation of excitation equations, circuit realization.
• Metastabillity and the synchronization of asynchronous inputs.
• Microprogrammed State Machines: data and control functions, sequence generation, state machine controllers.
• Design of controllers using ROMs and PLAs. Programmable sequencers and bit-slice systems.
• Pipelined data systems and controllers, microprogramming
• Comparison of control flow and data flow methods for description of parallel systems;
• Design methodologies: data flow, MASCOT2

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