Introduction:

Embedded System is also called an Integrated System because of the combination of its hardware and software. It is made up of smart computer gadgets that are all around us. Smartphones, smartwatches, smart home gadgets, medical equipment, security alarms, and IoT items are all examples of devices.

They will speak with one another through the internet and function without human interference. One fact is that, in the not-too-distant future (2020-2021), emerging technologies such as the Internet of Things will connect our planet to more than 50 billion devices (IoT). Furthermore, in the development of embedded system goods, machine learning and artificial intelligence will be crucial. To design such systems, it is necessary to understand how the software and hardware development life cycles function. In this article, I am going to explain what is Embedded System and its Applications in a short view. If you want to learn more about Embedded System then join Embedded System Course in Chennai with certification and placement support for your career enhancement.

What is Embedded System?

It may be hardware or software integrated to perform a certain function, as the name indicates. It performs a single task with the help of a microcontroller or microprocessor. It is a self-contained device that can run with or without an operating system. A washing machine, music player, ATM, vending machine, data logger, and other devices are examples. The OS is now used by the majority of devices (Operating System). So, why do we need an operating system?

 

  • Consumers need intelligent gadgets that can perform several tasks in less time.
  • Allows for the simultaneous execution of many apps.
  • With additional software upgrades, it will be more reusable and stable.
  • Compatible with WiFi, ZigBee, Ethernet, Bluetooth, NFC, and GSM technologies, as well as integrated voice control.

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Applications of Embedded Systems:

They may be found almost anywhere. Do you have any doubts? The majority of individuals utilize them without even realizing it. The beauty is that it is imperceptible to the user while providing a plethora of information. Here are some examples of embedded system apps that run on sophisticated operating systems like Embedded Linux, Android, and Windows CE.

Smart Homes:

The majority of goods in your house are integrated, providing a fantastic user experience and comfort. Home security systems, setup boxes, digital cameras, televisions, microwave ovens, air conditioners, refrigerators, and other appliances are examples.

Offices:

The majority of goods in your house are integrated, providing a fantastic user experience and comfort. Home security systems, setup boxes, digital cameras, televisions, microwave ovens, air conditioners, refrigerators, and other appliances are examples.

Transportation:

The automobile sector is very competitive on a global scale. Anti-lock Braking systems (ABS), Air Conditioning Control, Ignition Control, Airbag Control, and Rain Sensing Wipers are some of the embedded subsystems in cars.

Healthcare:

Medical technology is extremely important, yet using embedded systems is a nightmare. The unusual design might have a negative impact on society or an individual. Blood pressure monitors, heart rate monitors, pacemakers, telesupervision and surgery, scanners, and portable ventilators are just a few examples.

Industrial World:

Embedded systems' latest difficulties have broadened their reach to include automation. Automation is the process of doing a job over and over again. Automation boosts machine productivity while lowering development costs and shortening design time. Industrial machinery and control, temperature monitoring, 3D printing machines, robotics, and the Industrial Internet of Things are all examples of this type of technology.

Aerospace and defense:

Aerospace and defense is a demanding industry where safety and performance are paramount. To do this, dependable firmware and embedded software must be developed. Flight control systems, actuators, air, and thermal management, engine power, vehicle turbochargers, navigation systems, and embedded imaging are just a few examples.

Every complicated system on the planet may be built using two concepts: software and hardware. To do this, you must first construct smaller modules and then combine them to create a functional subsystem. Software and hardware components can be separated from the embedded system.

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Conclusion:

It's time for a conclusion, I hope that you may get some basic understanding of embedded systems if you want training to become a master in embedded systems then join FITA Academy because they provide you training from real-time working professionals with certification and placement support for your career enhancement.