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Kannya Prashala School Rd Loni Kalbhor Gaon, Loni Kalbhor Details verified of N.E.S.D Labs✕
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Tutor's home The curriculum of the course is comprehensive, covering a wide range of topics relevant to Embedded Systems development. Students get a solid foundation on both hardware and software aspects of Embedded Systems. The course adopts a hands-on approach, and students learn by doing. My colleagues have done their training from NSED LABS and they have got a better career growth.
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Kannya Prashala School Rd Loni Kalbhor Gaon, Loni Kalbhor, India - 412201
Landmark: Bazar mala Road
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Class Location
Online class via Zoom
At the Institute
Class Location
Online class via Zoom
At the Institute
BCA Subject
C Language Programming, Microprocessor, Programming in C++
Type of class
Regular Classes, Crash Course
Class strength catered to
One on one/ Private Tutions, Group Classes
Class Location
Online class via Zoom
At the Institute
BTech Electrical & Electronics subjects
Microprocessors, Design Of Embedded Controllers, (Dc- Ac) Direct Current-Alternatiing Current System Interaction, Design Of Intelligent Electronic Devices, Real Time Systems, Control Systems, Data Structures & Algorithms, Algorithms And Data Structures, Digital Control Systems, Circuit Theory, Power Electronics
BTech Branch
BTech Electrical & Electronics
Type of class
Regular Classes, Crash Course
Class strength catered to
One on one/ Private Tutions, Group Classes
Class Location
Online class via Zoom
At the Institute
Class Location
Online class via Zoom
At the Institute
4 out of 5 2 reviews
Divya Srivastava
"The curriculum of the course is comprehensive, covering a wide range of topics relevant to Embedded Systems development. Students get a solid foundation on both hardware and software aspects of Embedded Systems. The course adopts a hands-on approach, and students learn by doing. My colleagues have done their training from NSED LABS and they have got a better career growth. "
Kanakanti Srinivas
"Completed Btech in electronics and communication in 2023, Done a multiple projects academic years In IOT domain , as well as done internship , mostly interested in electronics, and well currently developing my coding skills. "
Have you attended any class with N.E.S.D Labs?
Answered on 23/09/2023 Learn IT Courses/Programming Languages/C Language
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In computer programming, the volatile qualifier is used to indicate to the compiler that a variable can be changed by some external entity that is not explicitly specified in the program. It is primarily used when working with multi-threaded or embedded systems where variables can be modified by hardware, interrupts, or other threads outside of the normal flow of program execution.
The volatile keyword informs the compiler not to optimize access to the variable by caching its value in a register or by reordering memory accesses. This is because the value of a volatile variable can change at any time due to external factors that the compiler may not be aware of, so it needs to be re-read from memory every time it is accessed.
Here's an example in C/C++:
volatile int sensorValue; // Declare a volatile integer variable
int main() {while (1) {// Read the volatile variableint reading = sensorValue;// Perform some operations with the reading// Compiler won't optimize away the reading}return 0;}
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Answers 3 
Comments Answered on 23/09/2023 Learn IT Courses/Programming Languages/C Language
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In computer programming, the volatile qualifier is used to indicate to the compiler that a variable can be changed by some external entity that is not explicitly specified in the program. It is primarily used when working with multi-threaded or embedded systems where variables can be modified by hardware, interrupts, or other threads outside of the normal flow of program execution.
The volatile keyword informs the compiler not to optimize access to the variable by caching its value in a register or by reordering memory accesses. This is because the value of a volatile variable can change at any time due to external factors that the compiler may not be aware of, so it needs to be re-read from memory every time it is accessed.
Here's an example in C/C++:
volatile int sensorValue; // Declare a volatile integer variable
int main() { while (1) { // Read the volatile variable int reading = sensorValue;
// Perform some operations with the reading
// Compiler won't optimize away the reading } return 0;}
Like 0 Answers 3 Comments Ask a Question
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Class Location
Online class via Zoom
At the Institute
Class Location
Online class via Zoom
At the Institute
BCA Subject
C Language Programming, Microprocessor, Programming in C++
Type of class
Regular Classes, Crash Course
Class strength catered to
One on one/ Private Tutions, Group Classes
Class Location
Online class via Zoom
At the Institute
BTech Electrical & Electronics subjects
Microprocessors, Design Of Embedded Controllers, (Dc- Ac) Direct Current-Alternatiing Current System Interaction, Design Of Intelligent Electronic Devices, Real Time Systems, Control Systems, Data Structures & Algorithms, Algorithms And Data Structures, Digital Control Systems, Circuit Theory, Power Electronics
BTech Branch
BTech Electrical & Electronics
Type of class
Regular Classes, Crash Course
Class strength catered to
One on one/ Private Tutions, Group Classes
Class Location
Online class via Zoom
At the Institute
Class Location
Online class via Zoom
At the Institute
4 out of 5 2 reviews
Divya Srivastava
"The curriculum of the course is comprehensive, covering a wide range of topics relevant to Embedded Systems development. Students get a solid foundation on both hardware and software aspects of Embedded Systems. The course adopts a hands-on approach, and students learn by doing. My colleagues have done their training from NSED LABS and they have got a better career growth. "
Kanakanti Srinivas
"Completed Btech in electronics and communication in 2023, Done a multiple projects academic years In IOT domain , as well as done internship , mostly interested in electronics, and well currently developing my coding skills. "
Have you attended any class with N.E.S.D Labs?
Answered on 23/09/2023 Learn IT Courses/Programming Languages/C Language
Ask a Question
Post a Lesson
In computer programming, the volatile qualifier is used to indicate to the compiler that a variable can be changed by some external entity that is not explicitly specified in the program. It is primarily used when working with multi-threaded or embedded systems where variables can be modified by hardware, interrupts, or other threads outside of the normal flow of program execution.
The volatile keyword informs the compiler not to optimize access to the variable by caching its value in a register or by reordering memory accesses. This is because the value of a volatile variable can change at any time due to external factors that the compiler may not be aware of, so it needs to be re-read from memory every time it is accessed.
Here's an example in C/C++:
volatile int sensorValue; // Declare a volatile integer variable
int main() {while (1) {// Read the volatile variableint reading = sensorValue;// Perform some operations with the reading// Compiler won't optimize away the reading}return 0;}
Like 0 Answers 3 Comments Answered on 23/09/2023 Learn IT Courses/Programming Languages/C Language
Ask a Question
Post a Lesson
In computer programming, the volatile qualifier is used to indicate to the compiler that a variable can be changed by some external entity that is not explicitly specified in the program. It is primarily used when working with multi-threaded or embedded systems where variables can be modified by hardware, interrupts, or other threads outside of the normal flow of program execution.
The volatile keyword informs the compiler not to optimize access to the variable by caching its value in a register or by reordering memory accesses. This is because the value of a volatile variable can change at any time due to external factors that the compiler may not be aware of, so it needs to be re-read from memory every time it is accessed.
Here's an example in C/C++:
volatile int sensorValue; // Declare a volatile integer variable
int main() { while (1) { // Read the volatile variable int reading = sensorValue;
// Perform some operations with the reading
// Compiler won't optimize away the reading } return 0;}
Like 0 Answers 3 Comments Ask a Question
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