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| 1.INTRODUCTION TO C |
| Design Methods |
| Top Down Design |
| Bottom Up Design |
| Programming Languages |
| Low Level language |
| Machine Language |
| Assembly Language |
| High Level Languages |
| Structure of C Program |
| 2.Elements of C |
| C Character set |
| Alphabets |
| Digits |
| Special Characters |
| Keywords/Reserved Words |
| Data Types |
| Constants |
| Numeric Constants |
| Character Constants |
| String Constants |
| Variables |
| Variable Declaration |
| Variable Initialisation |
| 3.Operators And Expressions |
| Arithmetic Operators |
| Unary Arithmetic Operators |
| Binary Arithmetic Operators |
| Integer Arithmetic |
| Floating Point Arithmetic |
| Relational Operators |
| Logical Operators |
| AND (&&) Operator |
| OR (||) Operator |
| NOT (!) Operator |
| Sizeof Operator |
| 4.Control Statements |
| If else |
| Nesting of If else Ladder |
| Else if Ladder |
| Loops |
| While Loop |
| Do While loop |
| For loop |
| Nesting of Loops |
| Infinite Loops |
| Break statement |
| Continue Statement |
| Switch Case |
| 5.Functions |
| Advantages of Using Functions |
| Library Functions |
| User defined functions |
| Function Definition |
| Function Call |
| Return Statement |
| Function Arguments |
| Types Of Functions |
| Function with no Arguments and no Return type |
| Function with no Arguments and Return type |
| Function with Arguments and no Return type |
| Function with Arguments and Return type |
| Recursion |
| Advantages and Disadvantages of recursion |
| Local variables In recursion |
| 6.Arrays |
| One dimensional Arrays |
| Declaration Of 1-D Array |
| Accessing 1-D Array |
| Initialisation of 1-D Array |
| 1-D array and Functions |
| Two dimensional array |
| Declaration and Accessing of 2-D Array |
| Initialisation of 2-D arrays |
| Introduction to Strings |
| 7.Pointers |
| About Memory Organisation |
| Address Operator |
| Pointer Variables |
| Pointer Addresses |
| Pointer arithmetic’s |
| Pointer to Pointer |
| Pointer And 1-D array |
| Pointer and 2-d array |
| Pointers and Functions |
| Function returning Pointer |
| Array of pointers |
| Void Pointers |
| Dynamic Memory Allocation |
| malloc() |
| calloc() |
| realloc() |
| free() |
| 8.Strings |
| String constants and String Variables |
| String Library Functions |
| strlen() |
| strcpy() |
| strcmp() |
| strcat() |
| String pointers |
| Array of strings |
| 9.Structures and Unions |
| Defining a structure |
| Declaring Structure variables |
| With structure Definition |
| Using Structure Tag |
| Initialisation of Structure Variables |
| Accessing of Members of structures |
| Storage of Structures in Memory |
| Structure Bit-Fields |
| Sizeof structures |
| Array of Structures |
| Arrays within Structures |
| Pointers to Structures |
| Pointers Within Structures |
| Structures and functions |
| Self Referential structures |
| 10.C Preprocessor |
| #define |
| Macros and Macros With Arguments |
| Nesting in Macros |
| Problems with Macros |
| Macros vs Functions |
| Conditional Compilation |
| Predefined Macros |
| #pragma directive |
| 11.Operation on Bits |
| Bitwise AND(&&) |
| Bitwise OR(|) |
| Bitwise XOR(^) |
| Bitwise Right Shift(>>) |
| Bitwise Left Shift(<<) |
| One’s Compliment |
| Masking |
| Bit fields |
| 12.Storage Classes |
| auto |
| register |
| static |
| extern |
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| 1.Linked list |
| Introduction to single linked list |
| Traversing a single linked list |
| Inserting an element in SLL |
| Deleting a node from SLL |
| Question on rearranging an SLL |
| Question on moving last node to front of list |
| Printing the elements of SLL using recursion |
| Recursive program to reverse an SLL |
| Doubly linked list |
| Circular linked list |
| Problems on DLL and CLL |
| 2. Stacks and Queues |
| Introduction to stacks |
| Implementing of stacks using arrays |
| Linked list implementation of stack |
| Implementing of queue using arrays |
| Implementing of queue using Linked list |
| Implementation of queue using circular array |
| Infix to postfix conversion algorithm |
| Postfix evaluation algorithm |
| Problems on Stacks and queues |
| 3.Trees |
| Introduction to tree traversals |
| Implementation of traversals and time and space analysis |
| Double order traversal |
| Triple order traversal |
| Number of binary tress possible |
| Recursive program to count number of leaves and non leaves |
| Recursive program to find the height of tree |
| Binary search Tree |
| Problems on BST |
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| 1.Introduction to ARM Cortex m3 |
| 2.Introduction to LPC 1313 |
| 3.Memory Architecture |
| 4.GPIO Handling |
| Configuring General Purpose Input and Output Module |
| Switching the Peripherals (on / off) |
| Signaling LED’s |
| Monitoring the User Keys…etc |
| LED Blinking |
| 5.Analog Joystick |
| 6.Analog touch Sensor |
| 7.Analog Encoder |
| 8.Seven Segment Display |
| 9.LCD |
| 10.ADC |
| Implementation of Analog to Digital Converter |
| Observing LM35(Temperature) |
| Analog Voltage Measurement (POT) |
| Finding Analog Joystick Positions |
| 11.DA |
| 12.PWM |
| Implementation of Pulse Width Modulation |
| Motor Speed Control |
| Light Intensity Control |
| Buzzer Sound Control |
| 13.Timers |
| Implementation of Timers |
| We Can Implement Task Scheduler |
| For Counting Events |
| For Encoder Pulses |
| 14.Systic timer |
| 15.NVIC |
| 16.Interrupts |
| 17.UART |
| Implementation of Universal Asynchronous Receiver and Transmitter |
| See the Controller data at live time in another Screen |
| Send Instructions to Machine when it is running |
| Perform Simplex communication |
| 18.I2C |
| Implementation of Inter Integrated Circuit |
| Transmitting the Data from Master to Outside Slave |
| Saving the Live Data in EEPROM |
| Handling Real Time Clock |
| 19.SPI |
| Implementation of Serial Peripheral Interface |
| Processor to Processor Communication |
| Handling DAC with SPI |
| Sending data to MAX7219(4 digit SSD) |
| 20.CAN |
| Elaboration of Control Area Network |
| Real time data Transmission |
| Data Security |
| Filtering data |
| Error Handling |
| 21.Cooperative task Scheduler |
| Implementation of Co-operative Task Scheduler |
| Periodic Execution of tasks |
| 22.Real Time Projects |
| Project1 : Setting Factory Defaults |
| Usage: Fix vehicles speed limit, rpm, engine Temperature etc. |
| Project2 : Smart Home Automation |
| Usage: You can able to Set any electronic device when to ON and When to OFF or Automatically sensing etc. |
| 23.Interview Point of Questions |
| NOTE:All Implementations are from Scratch(by seeing controller User Manual) |
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| 1. Operating System |
| What is an operating system |
| Why Linux? |
| Linux Kernel Architecture |
| 2. The Process |
| Process State |
| Process Control Block |
| Context Switch |
| CPU scheduler |
| Dispatcher |
| 3. Scheduling Algorithms |
| FIFO Scheduling Algorithm |
| Round robin |
| Priority Based Scheduling |
| Shortest Job First |
| 4. Processes |
| Creating Sub process with fork |
| Synchronising With the Creator process |
| System commands |
| The Process Table |
| Orphan and Zombie Process |
| 5. Threads |
| 6. Signals |
| 7. The Operating System Interface |
| What are System Calls? |
| System call Interface |
| 8.Inter-Process Communication |
| Pipes |
| What is Pipe? |
| Parent and Child Processes |
| Reading closed Pipes |
| FIFO |
| Accessing a FIFO |
| Client/Server Using FIFO |
| 9. Process Synchronisation |
| Need of Synchronisation |
| Introduction to Synchronisation Mechanisms |
| Conditions for Synchronisation Mechanisms |
| Lock Variables |
| TSL |
| TSL Question |
| Disabling Interrupts |
| Turn Variable or Strict Alteration Method |
| interested Variable |
| Peterson Solution |
| Tracing Peterson Solution |
| Sleep and Wake |
| 10. Introduction to Semaphores |
| Counting Semaphores |
| Problems on Counting Semaphore |
| Binary Semaphore or mutexes |
| 11. Threads |
| Introduction |
| Threads Creation |
| Thread Termination |
| Thread Synchronization |
| Mutexes |
| Semaphores |
| Reentrancy |
| 12.Inter Process Communication |
| Message Queues |
| msgget |
| msgsnd |
| msgrcv |
| msgctl |
| Shared Memory segment |
| shmget |
| shmat |
| shmdt |
| shmctl |
| Semaphores |
| Semaphore Definition |
| Linux semaphore Facilities |
| Using Semaphore |
| 13. Memory Management |
| Memory Hierarchy |
| Virtual memory |
| Fragmentation and Compaction |
| Dealing with Fragmentation |
| Page Table in Memory |
| Memory allocation with Paging |
| Sharing the processor and sharing Memory |
| Swapping |
| Page Tables |
| Levels of page Table |
| Page Table Hierarchy |
| Page Tables problem |
| Page Replacement |
| Page Replacement Algorithms |
| Virtual to Physical address translation |
| Two level Translation |
| Three level Translation |
| 14. DeadLocks |
| What is Deadlock? |
| Why Deadlock is a problem? |
| Conditions for Deadlock to Occur |
| How to deal with Deadlock |
| Deadlock Prevention |
| Deadlock Avoidance |
| Deadlock Recovery | Deadlock Handling Mechanisms |
| Bankers Algorithm |
| Resource allocation Graph |
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| 1. Introduction |
| Why C++ |
| Difference Between C and C ++ |
| Procedural Oriented Programming Language |
| Object Oriented Programming Language |
| 2.What is C++ |
| Features of C++ |
| Data Encapsulation |
| Data Abstraction |
| Polymorphism |
| Inheritance |
| 3. Basic Input Output Statements in C++ |
| The standard output stream(cout) |
| C++ program Structure |
| Compiling and Executing C++ Program |
| Namespaces |
| New Datatypes in C++ |
| 4. Scope Resolution Operator |
| Syntax of Scope resolution operator |
| References |
| C++ References vs Pointers |
| C++ pointers vs References |
| 5. Function Overloading |
| What is function Overloading |
| Default Values in parameters |
| Argument passed by value and reference |
| Inline functions |
| What is Inline function? |
| Reason for the need of Inline Function |
| Difference between Inline functions and Macros |
| Advantages of Inline functions |
| 6. Class |
| What is Class? |
| Features of Class? |
| How to Write a Class? |
| Access Specifiers |
| Creation of Objects |
| Data Encapsulation Example |
| Malloc and New |
| 7. Friend Classes |
| Friend functions |
| Friend Classes |
| Class Member Functions and Classes as Friends |
| Friend Declarations |
| 8. Constructors |
| Types of Constructors |
| Default Constructor |
| Parameterized Constructor |
| Copy Constructor |
| Destructor |
| 9. Operator Overloading |
| Operator overloading Restrictions |
| Operator overloading of Different Unary and Binary Operators |
| 10. Inheritance |
| Inheritances Between classes |
| Types of Inheritance |
| Single Inheritance |
| Multiple Inheritance |
| Multi Level Inheritance |
| Hybrid Inheritance |
| Hierarchical Inheritance |
| 11. Polymorphism |
| Pointers to Base class |
| Abstract base classes |
| 12. Templates |
| Function Templates |
| Class Templates |
| Advantages of templates |
| 13. Exception Handling |
| Exceptional Behaviour |
| Facing an Exception |
| Catching Multiple Exceptions |
| Nesting Exceptions |
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| Group discussions will be running throughout the course |
Course videos
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| Unit 1 | SES1:Linux basics and Embedded C-data types | 03:13:13 | |
| Unit 2 | SES2:Embedded C-operators | 03:10:59 | |
| Unit 3 | SES3 :Embedded C - Types of Variables, Functions and pointers | 03:21:24 | |
| Unit 4 | SES4 :Embedded C - Control statements | 03:00:56 | |
| Unit 5 | SES5 :Embedded C - Arrays and pointers | 02:55:23 | |
| Unit 6 | SES6 :Embedded C - Data Structure | 03:05:28 | |
| Unit 7 | SES7 :Embedded C - Data Structure continued | 01:45:57 | |
| Unit 8 | SES8 :Embedded C - Operations using data-structures | 02:14:11 | |
| Unit 9 | SES9 :Embedded C - Stack operations and Stack data structure | 02:36:31 | |
| Unit 10 | SES10 :Embedded C - Recurssion and Tree data structures | 02:24:03 | |
| Unit 11 | SES1:Basic Architecture of ARM-LPC1313 | 02:20:22 | |
| Unit 12 | SES2:Basics of C-progarm for ARM-LPC1313 using keil microvision 4 software | 02:51:26 | |
| Unit 13 | SES3:Implementing Key-touch program for ARM-LPC1313 and analysing using debugger | 02:45:53 | |
| Unit 14 | SES4:Configuring ARM-LPC1313 ADC and analysing using deugger | 02:54:31 | |
| Unit 15 | SES5: Configuring ARM-LPC1313 ADC Continued ,Basics of UART and configuring ARM-LPC1313 UART | 02:24:59 | |
| Unit 16 | SES6 :Configuring ARM-LPC1313 SPI , Configuring ARM-LPC1313 LCD | 02:23:23 | |
| Unit 17 | SES7: Configuring ARM-LPC1313 I2C module | 02:31:15 | |
| Unit 18 | SES8 :Configuring ARM-LPC1313 Timers and counters to generate PWM and creating Task schedular , Basics of CAN Protocol | 01:29:36 | |
| Unit 19 | SES9: CAN Protocol Continued , Embedded project design flow (Ex: light monitoring system in car) | 01:38:16 | |
| Unit 20 | SES10:Configuring ARM-LPC1313 UART continued ,Bascics Serial pheripheral interface | 01:42:29 | |
| Unit 21 | SES11:Process synchronization | 02:23:01 | |
| Unit 22 | SES12 :Process synchronization continued , Memory management | 02:10:58 |
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