Introduction to Embedded Systems Applications
The following articles provide an outline for Embedded Systems Applications. A system with a dedicated and specific function with a combination of system memory, system processor, and in/out peripheral connecting devices inside a larger and complex electrical or any mechanical devices can be named an Embedded Systems. From the field of aeronautics to small home appliances with low cost, an embedded system has a varied application. Embedded systems are embedded in devices. These embedded parts become a part of the devices with hardware that comprises of mechanical or electrical parts; the users cannot view these parts.
Embedded Systems Applications in Various Fields
The applications of Embedded systems vary from Military artillery equipment, State of the art Medicinal Devices, Home appliances to Devices used in Academic areas, etc. Even as applications have proliferated, most embedded systems have a common core set of applications. One such core set of applications is embedded systems that interface with the network. This core set of applications may be used for controlling, sensing, and controlling the performance and functionality of any embedded device. For instance, applications may be used in the management of systems that process large amounts of data, from servers and data center networking to devices that process data transmitted on the Internet, and so on.
In addition, a programmable computer includes a programmable computer chip which communicates with other programmable computers such as the computer processor in a network-attached storage unit, the memory controller and programmable computer chip in a memory module, and the logic and other components that process information in one or more processes within the computer. Along with various fields such as Medicine, Military, and Household consumer applications, some of them are also used in other areas such as financial transactions and telecommunications.
The ability to install a system without installing a special operating system is beneficial, and it is why the embedded systems industry is thriving today. A growing number of organizations want to use IT to serve an ever-changing world. These organizations value IT for its ability to manage and coordinate systems through its ubiquitous presence in many parts of the organization and for its ability to meet specific market needs. Embedded systems also enable several applications, which make it convenient for organizations to implement business processes.
For example, embedded systems enable remote control of mobile devices and the web. The Internet enables an entire world of new apps and services to be created for all Internet users. The Internet of Things adds enormous energy demands to the Internet. Internet of things systems is being deployed to protect, store, manage, monitor, track, communicate, and manage an ever-growing body of information about an individual, a community, or an entire location.
The Embedded System is a simple system based on Microcontrollers or Micro Processors dedicated to performing a certain task. Together, three simple components form the Embedded systems: its Hardware, Software, and Real-time Operating Systems that perform a specific task in real-time by supervising the software component.
Some of the Real-time Applications:
1. Military Robots
Robots are now developed from serving small household purposes to fighting a war and assisting armed personals. Robots armed with weapons can be used for a variety of tasks. For example, such a robot could be used in the military to deliver a payload of explosives to a target or to retrieve a weapon from a position that the robot has previously occupied.
The military is interested in more human-like robots that may take several different forms. Some might be designed as mobile robots that perform specific tasks in a confined space, while others would be built like large, well-suited aircraft or ships that would allow a human to travel to anywhere in the world. And each of those, even though they may look quite different, would be entirely capable of carrying out their functions without an extra human operator. All such Robots uses embedded system technology.
2. Temperature Controls
Embedded systems are used in automated temperature control in industrial machines and equipment. The temperature control system is operated using temperature sensors and the power consumption data recorded by a temperature controller. According to various aspects of the present invention, the temperature controller may be based on one or more thermal monitoring units, such as a thermoelectric heating element or thermoelectric generator, and the temperature may be recorded on the sensor.
The temperature controller may provide information about the temperature that is received by the sensor or the associated power consumption of the system by comparing the temperature information with the control system output. These systems also come with an advanced user interface for developing and using systems with embedded components.
Embedded systems can play an important role in vehicle control; a great deal of effort and research has gone into developing embedded systems that can be integrated into vehicles with various features. The control of embedded systems requires significant resources. Besides, embedded systems typically have complex operating and maintenance systems, in which data can be accumulated and exchanged, and this data requires continuous access over wide distances. The sensors that use Embedded systems in automobiles are easy to install and provide full environmental monitoring, including data from mobile phones.
They also include environmental sensors that monitor both particulate air pollution and vehicle odor, and they provide information for intelligent management and control. Embedded systems are used in onboard sensors for vehicle stability, braking and acceleration, vehicle speed, temperature, and more, providing an effective user experience. The integrated driver information display system provides a personalized interface for navigating and providing various services to the driver, with the ability to use a mobile phone, tablet, or other devices. From Airbags, GPS navigation to parking Assistance Embedded system has huge applications in the field of automobiles.
We have seen the application and operations of Embedded systems in detail and their various applications in a wide variety of domains. Embedded technology is constantly growing due to the wide area of its applications, and a huge volume of money is invested in the research of advancing embedded systems to improve its features.
This is a guide to Embedded Systems Applications. Here we discuss the introduction and embedded systems applications in various fields. You may also have a look at the following articles to learn more –