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|Title: ||Design of a microcontroller circuit with USB for M2M application using GSM network|
|Authors: ||Abu El-Ela, Mohammed|
Al-Dalbehi, Mohammed A.
|Keywords: ||Digital circuit simulation|
|Issue Date: ||Apr-2008 |
|Abstract: ||Microcontroller is a basic building block for implementing embedded systems. An
embedded system is a special-purpose computer based block included in a given system .
It has specific requirements and performs pre-defined tasks, unlike a general-purpose
personal computer.. The designer of an embedded system may choose from off-shelf
standard Microcontrollers chips or design his own structure using SoC (System On Chip)
M2M (short for machine-to-machine, man-to-machine or mobile-to-machine) is a
new and growing technology available in the market for designing and implementing
fully automated systems.
Microcontroller acts like the brain of M2M which is estimated to get an
exponential growth in the coming years. M2M enables the flow of data between
machines and machines, and ultimately machines and people. Regardless of the type of
machine or data, information usually flows from a machine over a network such as GSM
Many companies like Ericsson, Nokia and Z- world provide the market by a lot of
M2M developer kits which mainly depend on Microcontrollers. These microcontrollers
use the RS 232C standard serial interface to communicate with the other circuits within
the M2M system. Using the USB interface instead of the RS232 will improve the system
performance because of its advantages and flexibility. It is to be noted here, that most of
Laptops are not equipped with RS232 interface.
The main objective of the thesis is to propose and design a Microcontroller structure
that includes USB interface. On the other hand the design has to satisfy the requirements
of developers employing the microcontroller in building M2M systems. The research also
helps in studying and practicing new and advanced techniques in digital circuit
simulation through using modern simulation packages to simulate the proposed
|Description: ||This study has been conducted & Submitted in partial fulfillment of the requirements for the Master’s Degree in the Department of Electrical Engineering, at the College of Engineering, King Saud University, April 2008G.|
|Appears in Collections:||College of Engineering|
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