12-07-2012, 01:08 PM
EVOLUTION OF EMBEDDED SYSTEMS
[attachment=27500]
ABSTRACT
If the accuracy of the work done by any gadget is precision, then the cost of manufacturing the gadget becomes directly proportional to it. This in turn decreases the end users affordability or adoptability to it.
In coming decades the quality of work will play the role in all the fields. Considering the Medical field, the accuracy, time, precision, adoptability, user friendly.
As the gadget is reduced in its size but maintaining the end result with most advantages then a machine, it makes the end users to use them at cheaper costs.
EMBEDDED SYSTEM
The name gives the meaning -> Togetherness. This embedded system consists of two parts namely Hardware + Software. The hardware is the microprocessor and the memory is the software part.
Where ever a system consist these both, then it becomes embedded system. This is also known as “Inbuilt Intelligence”.
As the memory in integrated with the processor, the space becomes more compact, high speed, reliably, flexibility etc.
The most peculiar note is, the failure percentage in embedded system is 1%
INNOVATION
The birth of embedded system is in Florida by the Jacob’s Family.
The Rice-Sized chip developed by them and each of the Jacob’s family member had one naming it as “Verichip”. This chip was made with Bio compatible materials and it was designed in such a manner to store entire medical history of the holder.
TRENDS
Advanced digital signal processors (DSPs) cater to AV coding and image processing. Embedded systems are built around processor boards.
ROM and RAM devices are easily available nowadays. Secondary storage devices, such as hard disks, are also being incorporated in embedded systems of mobile communication and computing gadgets.
Devices that don’t have secondary storage use flash memory and even nowadays, so powerful OS, such as Windows NT, can be incorporated in embedded systems.
MEDICAL FIELD
As far as the medical field is considered, all the equipments are costly as they are highly precision and accurate. This is because of the complicated structure of the testing equipments.
This can be eliminated by using the embedded system. The equipment is going to be used only for the specified actions and not for any other extra purposes.
[attachment=27500]
ABSTRACT
If the accuracy of the work done by any gadget is precision, then the cost of manufacturing the gadget becomes directly proportional to it. This in turn decreases the end users affordability or adoptability to it.
In coming decades the quality of work will play the role in all the fields. Considering the Medical field, the accuracy, time, precision, adoptability, user friendly.
As the gadget is reduced in its size but maintaining the end result with most advantages then a machine, it makes the end users to use them at cheaper costs.
EMBEDDED SYSTEM
The name gives the meaning -> Togetherness. This embedded system consists of two parts namely Hardware + Software. The hardware is the microprocessor and the memory is the software part.
Where ever a system consist these both, then it becomes embedded system. This is also known as “Inbuilt Intelligence”.
As the memory in integrated with the processor, the space becomes more compact, high speed, reliably, flexibility etc.
The most peculiar note is, the failure percentage in embedded system is 1%
INNOVATION
The birth of embedded system is in Florida by the Jacob’s Family.
The Rice-Sized chip developed by them and each of the Jacob’s family member had one naming it as “Verichip”. This chip was made with Bio compatible materials and it was designed in such a manner to store entire medical history of the holder.
TRENDS
Advanced digital signal processors (DSPs) cater to AV coding and image processing. Embedded systems are built around processor boards.
ROM and RAM devices are easily available nowadays. Secondary storage devices, such as hard disks, are also being incorporated in embedded systems of mobile communication and computing gadgets.
Devices that don’t have secondary storage use flash memory and even nowadays, so powerful OS, such as Windows NT, can be incorporated in embedded systems.
MEDICAL FIELD
As far as the medical field is considered, all the equipments are costly as they are highly precision and accurate. This is because of the complicated structure of the testing equipments.
This can be eliminated by using the embedded system. The equipment is going to be used only for the specified actions and not for any other extra purposes.