In the first pause. I would like to introduce about
String Technologies. String technologies established in 2005 has great
experience of 9 years for training thousands of students in
the
fields of electronics and communication , electrical and
associated technologies.
String technologies is
offering online projects & online short term courses which are
well
equipped with latest IT tools to give Real Time class
& lab
infrastructure availability to the participant and guides him in such a
way to make him learn any latest technology , sitting in
front of
his computer across the world.
Usually when we talk about
online projects & online courses , we find people with lack of
confidence & a rise of question in their mind that
through
online , how could we work on lab experiments & think that it
cannot be possible to work on live hardware platforms and
tools.
But String Technologies setup ensures that any complicated hardware lab
/ tool working is possible by sitting across the computer.
BASIC SETUP : -
The setup for online class basically consists of precisely : -
• A well experienced Tutor
•
Hardware platform through which the Student has to understand the basic
principles & the way to perform lab experiments in
the lab
sessions that are conducted by the Tutor & also subsequently
the
Student must practice his own lab sessions simultaneously .
•
Computer where we have a PowerPoint Presentation , Array notes with
which the basic associated subject fundamentals will be
explained
clearly & we also have tools related to required working
platform.
The time at which the lecture sessions are supposed to get
started up, the Tutor in the string technologies will start delivering
the lecture on the associated subject principles
simultaneously
he will be switching among the required software tools where
the
Student can be able to hear from the other end.
The Student
across the computer can be able to hear the session in a clear fashion.
There is a feasibility to ask questions and get clarified in
case
of any doubts or any re-explanation if need . There is an option
provided called ‘RAISE HAND’ displayed on the screen of the
computer such that it would give an intimation to the Tutor that the
participant has something to be get clarified.
Most of
the times when it comes to online learning’s, people will be confident
enough with an idea that any subject’s concepts can be learned but
remains questionly paused with; how the laboratory classes
can be
done..?
In the String technologies at the participant end,
the board will be presented across available to the Tutor &
while
the participant is explaining the tools whether he will be
using
the respected compilers or assemblers / any other kind of tools,
anyhow; the participant will be getting the screen of the tool and he
can be able to see the board which is available with the
Tutor at
the participant end.
During the course of explaining lab
sessions, from the tutor side , the camera will be switched to the
hardware platform , so that the participant can have a live look
whatever the code downloaded on to the hardware platform
&
how the results are appearing.
The participant can also be
able to see how LED’s are blinking, 7 Segment displays for the code
that he have written can be effectively done.
Any how, Apart
from all these things, whatever the PC based verifications required for
output through UART / some other terminals can be definitely seen by
the PC screen itself.
Finally : - Participants had a feasibility to have a look
at Tutors computer screen and Tutors face in order to have a face to
face interaction & also can learn tools wise handling
over
online.
There is a opportunity for the participant to go through
with this recorded session, the total conversation online for a few
days over which the participant can repeat the same lecture
&
can get the total content revised on his own at his convenient time.
This
String Technologies online platform can be used effectively by the
Student of Under Graduates , Graduates & Post Graduates
& also
for the corporate employees at their initial stage of their
career development in order to learn all the latest Technologies
associated Projects / Courses at a very economical price.
“
THANK YOU ”
PG Diploma in
embedded systems
Module -1:Embedded system
design – key concepts
Embedded system design – key concepts
Embedded
system – by hardware, software, codesign
Embedded
system – real time and non real time
Embedded
system – OS-less and OS based
Embedded system – case studies
(Requirements and high level architecture)
Module-2: programming for
embedded designs
C
programming for embedded designs
Working with
C language, functions, pointers, arrays, function pointers and their
use in embedded
programming, examples programs
Desktop
C programming and embedded C
Embedded C compiler and linker issues
C++ for embedded designs
Module -3 :8051
and PIC microcontrollers
8051
and PIC microcontrollers
Evolution to
microcontrollers, introduction to embedded systems, MCS-51 family, 8051
architecture, 8051 I/O ports, Timers and counters, Arithmetic, logical,
data transfer, conditional and branch instructions
PIC 8bit/16 bit/32 bit
microcontrollers
MPLAB IDE
Serial
port, LCD, DAC, ADC, Hex key pad and external memory interfacing
Interfacing to real world sensors (temperature, IR)
Module -4 :ARM7
architecture and programming
ARM7 architecture and
programming
ARM history,
architecture, instruction set,
ARM GNU tool chain,
working on ARM simulator and hardware.
RTOS for
microcontrollers – basic principles
Cast
study – uCoS-II
Module -5 :Linux
kernel and network programming
Linux kernel and network
programming
Compilation steps,
sections of executable file, introduction to open source software,
Linux file system
Operating system –
kernel concepts, Linux kernel architecture, modules of Linux
kernel Introduction to networking & network
programming
Introduction
to OSI & TCP IP layers
Module -6 :Real
Time Operating Systems
Real Time Operating Systems
Introduction
to embedded and real time kernels, uCos-II
Architecture, Linux
kernel compilation, porting of Linux on ARM based board, application
development on the ported Linux
kernel
Porting of uCos II RTOS on ARM microcontroller,
Application development using uCos-II