"FOR SPQR" Write a 200- to 300-word short-answer response to the following Embedded OS An embedded computer system runs nearly every electronic device available today. These tiny programs regulate everything from the apps on a cellphone to the heat in a toaster. This type of system centers on microcontroller chips. These chips function like a tiny computer, taking in information, processing it and then outputting information. Unlike a normal computer, a typical microcontroller chip is only able to do one thing. While all of these embedded systems have microcontroller chips, only the more complex ones have a full embedded operating system. Generally, in order for an embedded system to warrant an actual operating system it needs at least one of two things: complexity or interactivity. A complex system needs to take in information from multiple sources, perform multiple types of operations or output different information based on its situation. In essence, it needs to be able to do multiple tasks. The other common requirement for an actual operating system is interactivity. If a user has to interact with the operation, especially if the operation is time dependent, it will usually have an embedded operating system. Since a standard controller simply takes in and sends out data, any time a user needs to interact with that data a more complex system is needed. Many real-time operating systems are also embedded. This type of system requires immediate response to data input--latency and lag are not an option. Since an embedded system has no purpose outside its specific task, they operate well together. These systems typically run immediate response procedures, such as the anti-lock breaking processes on a car. Are there any drawbacks to using embedded operating systems ? Format your paper consistent with APA guidelines .

1. "FOR SPQR"
Write a 200- to 300-word short-answer response to the
following
Embedded OS
An embedded computer system runs nearly every electronic
device available today. These tiny programs regulate everything
from the apps on a cellphone to the heat in a toaster. This type
of system centers on microcontroller chips. These chips
function like a tiny computer, taking in information, processing
it and then outputting information. Unlike a normal computer, a
typical microcontroller chip is only able to do one thing. While
all of these embedded systems have microcontroller chips, only
the more complex ones have a full embedded operating system.
Generally, in order for an embedded system to warrant an actual
operating system it needs at least one of two things: complexity
or interactivity. A complex system needs to take in information
from multiple sources, perform multiple types of operations or
output different information based on its situation. In essence, it
needs to be able to do multiple tasks. The other common
requirement for an actual operating system is interactivity. If a
user has to interact with the operation, especially if the
operation is time dependent, it will usually have an embedded
operating system. Since a standard controller simply takes in
and sends out data, any time a user needs to interact with that
data a more complex system is needed. Many real-time
operating systems are also embedded. This type of system
requires immediate response to data input--latency and lag are
not an option. Since an embedded system has no purpose
outside its specific task, they operate well together. These
systems typically run immediate response procedures, such as

2. the anti-lock breaking processes on a car.
Are there any drawbacks to using embedded operating systems
?
Format your paper consistent with APA guidelines