The software should consider three limits which are system
memory, processor speed, and power consumption
memory, processor speed, and power consumption
Anonymous Quiz
91%
T
9%
F
Use of ...... has some
distinct advantages over ........ codes–low
development time, shorter debug cycles and ease of maintenance
distinct advantages over ........ codes–low
development time, shorter debug cycles and ease of maintenance
Anonymous Quiz
81%
high level programming languages - assembly language
19%
assembly language - high level programming languages
In Mix mode programming, both the “C” & “C#”
language are used for application development.
language are used for application development.
Anonymous Quiz
43%
T
57%
F
RTOS supervises the application software and provide
mechanism to let the processor run a process as per
scheduling by following a plan to control the latencies.
mechanism to let the processor run a process as per
scheduling by following a plan to control the latencies.
Anonymous Quiz
94%
T
6%
F
RTOS sets the rules during the execution of application
program.
and It is responsible for managing the different hardware resources of Embedded system
program.
and It is responsible for managing the different hardware resources of Embedded system
Anonymous Quiz
86%
T
14%
F
we can classify embedded systems as real time, stand alone, networked, mobile based on
Anonymous Quiz
84%
Performance & Functional Requirments
16%
Performance of the microcontroller
we can classify embedded systems as small, medium, sophisticated scale based on
Anonymous Quiz
13%
Performance & Functional Requirments
87%
Performance of the microcontroller
Infrequent deadline misses are acceptable, but may degrade the
system’s quality of service
system’s quality of service
Anonymous Quiz
27%
Soft real–time systems
67%
Firm real–time systems
6%
Hard real–time systems
Can miss some deadlines, but eventually performance will degrade
if too many are missed, such as sound system in your computer
if too many are missed, such as sound system in your computer
Anonymous Quiz
84%
Soft real–time systems
6%
Firm real–time systems
9%
Hard real–time systems
Must absolutely hit every deadline, such as nuclear, some medical
and defense applications
and defense applications
Anonymous Quiz
2%
Soft real–time systems
2%
Firm real–time systems
96%
Hard real–time systems
takes the input
from the input ports either analog or digital and
processes, calculates and converts the data and gives the resulting data through the connected devices
from the input ports either analog or digital and
processes, calculates and converts the data and gives the resulting data through the connected devices
Anonymous Quiz
75%
Stand Alone Embedded Systems
21%
Networked Embedded Systems
4%
Mobile Embedded Systems
are related to a network to
access the resources
access the resources
Anonymous Quiz
4%
Stand Alone Embedded Systems
95%
Networked Embedded Systems
1%
Mobile Embedded Systems
are used in portable embedded
devices
devices
Anonymous Quiz
8%
Stand Alone Embedded Systems
7%
Networked Embedded Systems
84%
Mobile Embedded Systems
cell phones, mobiles, digital cameras, mp3
players and personal digital assistants are examples of
players and personal digital assistants are examples of
Anonymous Quiz
20%
Stand Alone Embedded Systems
2%
Networked Embedded Systems
78%
Mobile Embedded Systems
This type of embedded system is the fastest growing area in
embedded system applications
embedded system applications
Anonymous Quiz
14%
Stand Alone Embedded Systems
60%
Networked Embedded Systems
26%
Mobile Embedded Systems
digital cameras, microwave ovens and
temperature measurement systems are examples of
temperature measurement systems are examples of
Anonymous Quiz
80%
Stand Alone Embedded Systems
9%
Networked Embedded Systems
10%
Mobile Embedded Systems
are designed with a single
8 or 16–bit microcontroller, that may even be activated by
a battery
8 or 16–bit microcontroller, that may even be activated by
a battery
Anonymous Quiz
87%
Small Scale Embedded Systems
11%
Medium Scale Embedded Systems
2%
Sophisticated embedded systems
have enormous
hardware and software complexities, that may need
IPs or configurable processors.
hardware and software complexities, that may need
IPs or configurable processors.
Anonymous Quiz
5%
Small Scale Embedded Systems
15%
Medium Scale Embedded Systems
80%
Sophisticated embedded systems
are designed with a
single or 16 or 32 bit microcontroller. These types of
embedded systems have both hardware & software complexities.
single or 16 or 32 bit microcontroller. These types of
embedded systems have both hardware & software complexities.
Anonymous Quiz
4%
Small Scale Embedded Systems
92%
Medium Scale Embedded Systems
4%
Sophisticated embedded systems
Advantages of embedded systems ..
Anonymous Quiz
0%
Low power consumption
0%
Easily Customizable.
1%
Better diagnostics to improve repair time
0%
Adaptive system which can compensate for failures
1%
Manufacturing costs reduced
0%
Software makes it possible to provide sophisticated control
0%
Greater performance & efficiency
97%
All of the above
Disadvantage of embedded systems
Anonymous Quiz
4%
High development effort.
2%
Larger time to market.
87%
A & B
7%
None of these