An embedded system is a computer or electronic structure designed to perform one or numerous tasks, coordinate, and function according to a specific application. Embedded systems come with a distinct chip microcontroller such as ARM, DSPs, ASICs, Cortex, FPGAs, and microprocessors.
Today, there has been increased use of embedded systems globally. However, the microcontroller software is not capable of solving a wide variety of problems.
Projects founded upon embedded systems can execute various things such as interfacing with other gadgets and networks, and multitasking.
Embedded systems applications can be executed in different areas such as communication, space, robotic systems, office automation, transportation, security and home appliances. Their application varies from high to low cost, industrial accessories to consumer electronics, academic appliances to entertainment gadgets, aerospace control structures, weapons, and medical accessories. Below are new applications where embedded systems can be applied.
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It comprises of a PIC microcontroller that has been set up using assembly language or embedded.
Controlling Street Lights
This embedded systems application involves observing vehicle movement along the highways, switching the street lights in advance and switching them off thereafter to save energy. It comprises of a PIC microcontroller that has been set up using assembly language or embedded.
Identifying Careless Road Driving
This project involves designing a gadget that is capable of checking speed and identifying careless drivers especially along highways. The gadget then alerts the traffic controllers in the event any vehicle is found to be violating the stipulated speed limit.
Controlling Traffic Signal
This embedded systems application involves developing a traffic signal structure founded upon density.
The signal system is programmed to change the signal set up according to the density of traffic in each junction.
This helps control and reduces traffic jam.
This comes in handy to reduce vehicle theft which is becoming rampant by the day.
Tracking Of Vehicles
This application involves designing a gadget complete with GSM/GPS capability to enable vehicle owners to track the position of their vehicles. This comes in handy to reduce vehicle theft which is becoming rampant by the day. The gadget is fitted in the vehicle and can send text messages to an integrated mobile phone, where the data is stored. Vehicle owners can use their smartphones or computers to track the real location of their vehicles by keying in longitude and latitude values.
Home Automation Structure
This application involves establishing an Android enabled remote controlled home automation system. The remote operation is executed using an Android enabled smart mobile gadget founded upon a touch screen graphical user interface.
This Android based application plays the role of a transmitter by sending on and off commands on the receiver whereby the loads are integrated.
It uses an 8051 series microcontroller for the ultimate functionality.
A Robot For War Field Surveillance
This application involves the use of radio frequency technology to develop a robotic vehicle. This is used to execute operations remotely and is connected with a wireless camera for the purpose of supervision. The robot is capable of relaying actual time videos wirelessly and comes with night video efficiency. This robot comes in handy for surveillance purposes especially in the war field. It uses an 8051 series microcontroller for the ultimate functionality.
Auto Intensity Regulation
This embedded system involves auto intensity regulation of street lights founded upon LED, through the use of solar power, acquired from photovoltaic panels. In this application, the photovoltaic panels convert sun energy to electrical energy, enabling them to charge the batteries. The charging is controlled using a solar charge regulator.
Regulation Of Industrial Temperature
The industrial temperature regulator embedded systems application regulates the temperature of devices used in various industrial applications. The temperature is shown on an LCD screen and varies between -55 degrees centigrade to +125 degrees centigrade. The microcontroller forms the central part of the circuit and is derived from 8051 groups and regulates its entire functions.
Finally
With the continued technological advancements being witnessed today, more embedded system designs are set to be released in the coming years.
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