Friday, 27 November 2015

RTOS EXAMPLE PROGRAM 1

#include "main.h"

#include <rtos.h>// add rtos header file here

#define TASK1  TCBP(1) /* task #1 */

#define TASK2  TCBP(2) /* "" #2 */

#define TASK3  TCBP(3) /* "" #3 */

#define  priority 10 /* task priorities*/

#define priority 10 /* "" */

#define priority 2 /* "" */

#define semaphore OSECBP(1) /* binSem
#1 */


unsigned int counter;

void Task1( void )
{
while (1) {
 {
OSSignalBinSem(semsphore);
}
task-switch();
}
}

void Task2( void )
{
while (1) {

OS_WaitBinSem(semaphore);


}
}
void Task3( void )
{

while (1) {
xxxxxxxxxxxx;
}
}

void main( void )
{
Init();

OSInit();

OSCreateTask(Task1,TCB,priority );

OSCreateTask(Task2,TCB,priority );

OSCreateTask(Task3,TCB,priority );

OSCreateBinSem(semaphore, 0);

counter = 0;

enable_interrupts();

while (1)
{

OSSched();
}
}
For more Application Program:CLICK HERE

Sunday, 22 November 2015

Recommendations Supporting Situation Awareness in Partially Automated Driver Assistance Systems



The aim of our embedded system device is to avoid the accident occurring during the rash driving. Our system comprise two section one is car section 1 and car section 2. To make the system more optimize, we should develop this system with real time operating system. Because RTOS will perform multitasking at the time, which it is develop by salvo RTOS software. Through the system, we can avoid the accident by interfacing sensors like break sensor, ultrasonic sensor and communication module with our device. The PIC micro controller and 8051 microcontroller, which this both act in major role for sensor detection purpose and controlling purpose in this system.

For more detail about this system, please click on below link...

Recommendations Supporting Situation Awareness in Partially Automated Driver Assistance Systems

Minimizing the Disruption of Traffic Flow of Automated Vehicles during Lane Changes


The objectives of our embedded system device is to reduce the time for the vehicle driver's and toll gate employers in toll section. To make the system more optimize, we should develop this system with real time operating system. Because RTOS will perform multitasking at the time, which it is develop by salvo RTOS software. Through the system, we can reduce time by interfacing sensors and communication module with our device. The PIC micro controller, which act in major role for sensor detection purpose in this system.

For more details about this system, please click on the below link... 
Minimizing the Disruption of Traffic Flow of Automated Vehicles during Lane Changes

Noninvasive Monitoring Device to Evaluate Sleep Quality at Mining Facilities




The objectives of our embedded system device is to monitor the mine worker's body health conditions and mine environment. for optimization of this project, we developing this system with real time operating system. because RTOS will perform multitasking at the time, which it is develop by salvo RTOS software. By using this system, we can secure the mine workers from Abnormalities and at the same time monitor the environment condition of the mine.

For more details about this system, please click on the below link... 


Noninvasive Monitoring Device to Evaluate Sleep Quality at Mining Facilities