Blog

Five Technology Trends in Automotive Industry

The five technology trends to consider before the actual fully autonomous vehicles become a fact. These also show our future of automotive. Vehicles as IoT Devices The internet of things provides a great potential for interconnectivity and linking smart vehicles into a network, providing the possibility of optimizing vehicle performance and driver experience. This trend […]

Five Technology Trends in Automotive Industry Read More »

Emerging trends in Automotive embedded systems and applications

The embedded industry was born with the invention of microcontrollers/microprocessors and since then it has evolved into various forms, from primarily being designed for machine control applications to various other new verticals with the convergence of data communications.  Various classes of embedded systems such as media systems for homes, portable players, smartphones, embedded medical devices

Emerging trends in Automotive embedded systems and applications Read More »

Difference between constant pointer, the pointer to constant and both pointer to constant and constant pointer

Constant Pointers: A constant pointer is a pointer that cannot change the address its holding. In other words, we can say that once a constant pointer points to a variable then it cannot point to any other variable. Declaration of constant pointer: <type of pointer> * const <name of pointer> An example:                 int * const

Difference between constant pointer, the pointer to constant and both pointer to constant and constant pointer Read More »

Macros vs Functions

Macros are preprocessed, meaning that all the macros would be executed before the compilation stage. However, functions are not preprocessed but compiled. Example of Macro: #include<stdio.h> #define  A 10 int main() {      printf(“%d”,A);      return 0; }  OUTPUT=10; Example of Function: #include<stdio.h> int A() {     return 10; } int main() {     printf(“%d”, A());     return 0; }

Macros vs Functions Read More »

Carbon Nanotube Field Effect Transistor

The present VLSI electronic systems rely on the Silicon MOS (metal oxide semiconductor) technology which advances will soon come to saturation. Carbon nanotubes represent an advancement in the materials technology with the potential for providing switching devices that may be faster and smaller than the present MOS devices. Carbon nanotubes are miniature tube structures with

Carbon Nanotube Field Effect Transistor Read More »

Page 21 of 22
1 15 16 17 18 19 20 21 22

Enquire Now

Enquire Now

Enquire Now

Please Sign Up to Download

Please Sign Up to Download

Enquire Now

Please Sign Up to Download




    Enquiry Form