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In the present times, embedded software has found immediate application in telecommunications, defense instruments, rail...
In the present times, embedded software has found immediate application in telecommunications, defense instruments, rail...
In the present times, embedded software has found immediate application in telecommunications, defense instruments, railroad networks, consumer electronics, electronic payments, and smart cards industry.
In the present times, embedded software has found immediate application in telecommunications, defense instruments, railroad networks, consumer electronics, electronic payments, and smart cards industry.
In the present times, embedded software has found immediate application in telecommunications, defense instruments, railroad networks, consumer electronics, electronic payments, and smart cards industry.
In the present times, embedded software has found immediate application in telecommunications, defense instruments, railroad networks, consumer electronics, electronic payments, and smart cards industry.
In the present times, embedded software has found immediate application in telecommunications, defense instruments, railroad networks…
In the present times, embedded software has found immediate application in telecommunications, defense instruments, railroad networks…
In the present times, embedded software has found immediate application in telecommunications, defense instruments, railroad networks, c...
In the present times, embedded software has found immediate application in telecommunications, defense instruments, railroad networks, c...
In the present times, embedded software has found immediate application in telecommunications, defense instruments, railroad networks, consumer electronics, electronic payments, and smart cards ind…
In the present times, embedded software has found immediate application in telecommunications, defense instruments, railroad networks, consumer electronics, electronic payments, and smart cards ind…
What is embedded?
In the present times, embedded software has found immediate application in telecommunications, defense instruments, railroad networks, consumer electronics, electronic payments, and smart cards industry. Embedded systems created ripples in the scientific world with its innovation of autonomous robots that could be deployed for personal use. The wide popularity and unparalleled charm associated with robot pets of branded electronic companies, proves the difference Embedded technologies can make for us, and our lives. Looking at its diversity of applications and potential for production of highly innovative products, embedded systems can be considered as the primary technology of the future. In the embedded market we find two major trends.
Why embedded systems?
The symbiotic relationship between the embedded software vendors and the original equipment manufacturers (OEMs) that is the real driver for research and development of new applications based on embedded programming.
The growth and direction of the Embedded Operating System (EOS) market, and the challenges associated with increasing complexity of embedded applications that demand more powerful, lower cost hardware and better connectivity.
IOT
Internet of Things is creating an environment of convergence in the society. This technology environment brings a paradigm shift in our professional and personal life. As a connected environment, IOT adds customer value and loyalty. Today, IOT is being implemented everywhere which is of human concern like smart city, smart environment, security, smart business process, smart agriculture, home automation and healthcare. This article discusses the evolution, advantages, Architectural design choices, Internet and Mobile Applications of Internet of Things (IOT). It is quite interesting and challenging to develop and implement web applications using open sourcing hardware and software. It's the technology of today which is touching and transforming the every aspect of our real life. IOT has given a concept of Machine to-Machine (M2M) communication. Companies like Microsoft and SAP are implementing strategy to capitalize on the Internet of Things so that you can just stop your business and start making it thrives. IOT is going to have huge impact on home automation and building automation system where every convenience will be taken care of by the interconnected devices on IOT. IOT is proved to be an emerging technological innovation. In the current context, it is now possible that a helmet of a two wheeler can interact with a car for avoiding collision. Connected toothbrush can now monitor and make one's experience pleasurable .A three dimensional senor of the electric brush can connect with Smartphone apps and provide real time feedback to the person
Why IOT..?
Many scopes will be created for technology companies to release offerings as per the behavior of consumers. It may so happen that can know when a person is sad and alone by monitoring the smart watch, smart thermostat and in-home camera.
Subsequently, may offer a movie to change the mood. In a consumer electronics show, Company informed that the company would invest 100 million dollar for progress of IOT. The company will also promote an open technology ecosystem for facilitating the usage of IOT.
IPT Syllabus
Day: 1
Introduction to Embedded systems
Overview of Microcontrollers
Introduction to AT89C5X
Architecture
Specification
Development board Demonstration
Interfacing component Demonstration
Day: 2
Compiler tutorial
Simulator tutorial
Embedded C programming Tutorial
Day: 3
Program dumping handling
Program writing method
I/O component tutorial
I/O component Description
I/O interfacing program
I/O Program simulation output
I/O Program output with Development Board
Day: 4
LCD tutorial
LCD component description
LCD interfacing program
LCD Program simulation output
LCD Program output with Development Board
Day: 5
MOTOR tutorial
MOTOR interfacing program
MOTOR Program simulation output
MOTOR Program output with Development Board
Next level of Embedded Systems & Project ideas
