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Embedded system is a combination of computer hardware and computer. It refers to the design of computer system for one or two functions. Embedded system is an independent system based on microprocessor and microcontroller system which is design to perform a task. It consist three main components: software, hardware, real time operating system. Embedded comes with different types, types of embedded system on the basis of performance of microcontroller are small scale embedded systems, sophisticated embedded systems, medium scale embedded systems. Types of embedded system on the basis of performance and functional requirements are as follows:


1.Real time embedded systems
2.Network embedded systems
3.Stand alone embedded systems
4.Mobile embedded systems


Embedded system can be a part of large system. It is a reliable, software driven and real time control system. Main characteristics of embedded system are as follows:


Microprocessors and microcontroller based
Single functioned
Consists memory, hardware and software system
Tightly constrained


Structure of embedded system includes Sensor, A-D and D-A converter, actuator, processors & ASIC. Sensors measure the physical quantity and then convert it into the electrical signal. Advantages of Embedded system: low cost, enhanced performance, low power consumption.


An embedded system is a computer framework with a committed capacity inside of a bigger mechanical or electrical framework, often with ongoing figuring requirements. It is embedded as a component of a complete gadget frequently including hardware and mechanical parts.An embedded system is a computer that has been constructed to understand just a couple particular issues and is not effectively changed. An embedded system normally does not resemble as computer, regularly there is no console or screen or mouse. Be that as it may, similar to any computer it has a processor and programming, input and output. The word embedded implies it is incorporated with the framework.  An embedded system is a computer system with a devoted capacity inside of a bigger mechanical or electrical framework, regularly with ongoing processing imperatives.It is embedded as a component of a complete device regularly including equipment and mechanical parts. Embedded systems control numerous devices in like manner utilize today.  

Embedded systems range from the portable devices, for example, digital watches and MP3 players, to huge stationary establishments like as traffic lights, plant controllers, and to great extent complex frameworks like hybrid vehicles, MRI, and avionics. Complexity varies differs from low, with a single microcontroller chip, to high with various forms of multiple units, peripherals and as well as network mounted inside a large chassis or enclosure. 

An embedded system is defined as an artifact that involves computation that is Embedded Systems to physical constraints. The two kinds of interactions arise from the physical constraints with the physical world, firstly a reaction to a physical environment and secondly execution on a physical platform. The two types of physical constraint are reaction constraints and execution constraints. 
Embedded systems are the combination of software, hardware and an environment. There is a major difference between the computing systems and the embedded systems as they involve the computations related to physical constraint and the dominant separation of computation from physicality. 
 An embedded system has three major components, they are:- 
Embedded system has hardware such as timers, processor, output interfacing are the components of embedded systems. The second main component is software, and the software may perform can execute the task concurrently the different tasks. The embedded system also has a real time operating system that manages the application software and gives a mechanism which let the processor execute the process as per scheduling and also perform the context switch between the various tasks. RTOS specify the way the system work. It organizes the access to a resource in sequence of the series of tasks of the system. It schedules their working and execution by a plan to control the latencies and to meet the deadlines. It also refers to the waiting period between running the codes of a task and the instance at which the need for the task arises.
Embedded system is a computer system, embedded as part of complete device that includes hardware & mechanical parts. Modern embedded systems are based on microcontrollers. Most standard dedicated processors are digital signal processor. Embedded system ranges from devices like MP3 player & digital watches to large system like factory controllers and large complex system like MRI and hybrid vehicles. Embedded systems are found in cooking, automobiles, medical, consumer, commercial & military applications. 
Consumer electronics include mp3 player, digiCams, and DVD players and so on. Household’s appliances include washing machine, microwave ovens and dishwashers.
Embedded system has 3 main components:
  • Hardware: power supply,Circuits,Ports,Memory,Processors
  • Software: Software is required to perform series of tasks. Real Time Operating System
  • (RTOS): It supervises software & provides a mechanism to let processor run a process as per the scheduling basis. 
 Embedded system uses different types of peripherals. 

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Embedded Systems projects homework help topics include :

  • Embedded system design and development. High-level design tools
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  • Embedded systems; design reuse & IP; hardware-software codesign

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