ABSTRACT
The technical Brilliance and
Developments in different fields has led to a drastic change especially in the
communication field. Devices with intelligence rule the world. Imbibing
intelligence to these devices is through a system called “EMBEDDED SYSTEMS”. It is the
evolution or further development of the computing system. Its applications
provide marvelous opportunities for ingenious use of computer technology.
Almost every new system introduced is an example of Embedded System. These
systems are more intelligent and autonomous.
Embedded Systems are combinations
of hardware and software that are mounted on compact electronic circuit boards
integrated into devices. They are engineered or intended to perform one
specific function in a specific environment. An important decision in the
design of an embedded system is the selection of the processor(s) around which
the rest of the system is to be built. It is a chip that contains a
microprocessor, some memory & I/O interface circuitry useful in embedded
applications and is often called an ‘EMBEDDED PROCESSOR’ or ‘MICRO CONTROLLER’ chips as they perform
important control functions, and are based on micro controller.
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CONCLUSION
With the heights of the
technology autonomous car is no more a myth. It’s a reality! We would like to
present that there must be further developments in this technology to make
autonomous car more common all over the world. This can be happened by making
the autonomous easy to operate for the user and the designers should
concentrate more in producing autonomous cars, which should not cost a lot,
they should in the vicinity of customers’ budget. With this type of vehicles
there will be great advantages in the coming feature. Due to speed control
technique, accident free driving is possible and fuel savage is also made
possible by the technique, which will make the car to travel through shortest
path. In the near future, autonomous car become more common all over the world.
Indian efforts in the embedded technology can assure that these autonomous cars
will become cheaper and may evolve with many more advantages. (e.g. DSPs,
microcontrollers) and dedicated hardware components together onto a single
cost-efficient IC. These application-specific architectures are emerging as a
key design solution to today's microelectronics design problems, which are
being driven by emerging applications in the areas of wireless communication,
broadband networking, and multimedia computing. while ensuring that the
hardware and software parts communicate correctly, is a tremendously difficult
and highly error proned task with little or no tool support. In this paper, we
present a solution to this embedded architecture co-synthesis problem based on
an orchestrated combination of architectural strategies, parameterized
libraries, and software tool support.
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