When we drive a car, we don't focus only on the car and driving it ; we also look for obstacles on the road , movement of other vehicles , avoid crashing into pedestrians or animals crossing the road , listen to music, carry on a conversation with our passengers, and continue navigating our car to reach the destination we started off towards . .
We do all this simultaneously while navigating through a series of turns and bends and arrive at our planned destination.
Humans process multiple stimuli in Parallel when controlling a vehicle be it on the ground , in the air or water .
Parallel processing is our ability to deal with multiple stimuli simultaneously to control vehicles .
Our ability to process all these different kinds of stimuli at once through our reflex and cognitive nerve systems enables our brain to direct our hands and legs to act in unison while performing the act of driving.
ZUPPA’s “ SYSTEM OF DISSEMINATED PARALLEL CONTROL COMPUTING IN REAL TIME ( DPCC ) “ is a Bio Mimicry of the “ Human Intelligence system of parallel processing .
DPCC is a control computing architecture that performs in a way similar to Human intelligence to control vehicles like Drones in the air , UGV’s on the ground or USV’s in water .
DPCC processes data from sensors like IMU’s , Accelerometer , Gyro , magnetometer , barometer , GPS to control and navigate the vehicle and make them unmanned or driverless .
DPCC also processes video feeds from Multiple cameras to create 360 Deg Vision Based guidance and navigation systems .
ZUPPA’s NavGati Motherboard for unmanned systems and Drishya for Vision guidance & navigation are all set to lead 5th Generation technologies in the emerging industries of Drones , Defence , ADAS , IoT and connected mobility