This document discusses pervasive computing and provides examples of its applications. It begins by defining pervasive computing as computing that has moved beyond desktops and is embedded in surrounding environments. It then gives examples of pervasive computing in vehicles, noting how sensors detect various parameters and how controllers collaborate to make driving safer through features like anti-lock braking and airbags. Finally, it suggests future applications of pervasive computing in vehicles could include auto security systems and advances in automotive mobility.

1. Daffodil International University
SECTION: PC-I
COURSE CODE: CSE 334
SUBJECT: PERVASIVE COMPUTING
Al- Basit
ID: 191-15-12512
Fahim Imtiaz Shawon
ID: 201-15-3172
MD. shakiuzzaman
ID: 201-15-3331
K. Md Mehedi Hasan
ID : 201-15-13804
MD. Abul Hayat
ID: 201-15-3154
Presented to-
MD.ASSADUZZAMANN
Lecturer
Daffodil International University

3. ❏ What is Pervasive Computing ?
➢ Ubiquitous computing, also called pervasive computing, is
a field of study based on the concept of what happens
when computers move away from the desktop and
become immersed in the surrounding environment.

4. Residential Gateway
➢ Long way to control your device.

5. Cellular Communication
➢ Long way to control your home
devices by third party.

6. Pervasive Computing in vehicles
➢ Controllers, computers, and invehicle networks
collaborate to make driving easier, safer, and more
comfortable.

7. Pervasive Computing in vehicles
➢ Sensors are detecting all possible parameters, like
rainfall, pressure in the tires, or intensity of
sunshine and so many.

8. Pervasive Computing in Vehicles
➢ Powertrain controllers:
Powertrain and transmission controllers adjust the engine
and the gear for best performance.

9. Pervasive Computing in Vehicles
➢ Anti Lock braking: The antilock braking system comprises a smart
controller, which surveys the rotation of all four wheels and the
motor, as well as the speed and gear of the vehicle.

10. Pervasive Computing in Vehicles
➢ Tire pressure sensors: There are two different ways to
determine the tire pressure. The first method uses a
controller that calculates a change in the tire pressure
from the vehicle speed and the tire rotation speed.
➢ Airbag: The airbag is another good example of how
multiple electronic subsystems collaborate: The pre-
crash sensor triggers the airbag activation process. A
dedicated sensor inactivates the airbag, if a children's
seat occupies the front seat.

11. Pervasive Computing in Vehicles In Future
➢ Auto Security System

12. Pervasive Computing in Vehicles In Future
➢ Automotive, mobility

13. Thank You 😊