Embedded Sensors are tiny wireless sensors and data acquisition system that are small enough to be embedded in a product, enabling the creation of smart structures, smart materials and smart machines. These tiny nodes can be placed within implants, on spinning machinery and within composite materials. Batteries are completely eliminated which means that the sensors and its node can be queried for the life of the structure. The RQEM sensors use an inductive page link to receive power from an external coil and to return digital strain, temperatur ....etc

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ABSTRACT

This paper presents a new design and implementation of HDD (Hard Disk Drive) embedded DSR (Digital Satellite Receiver). The digital broadcasting technology enables multimedia access via broadcasting system. The amount of digital data to be processed is increased as compared to the previous broadcasting environment. In this paperâ„¢ a method is proposed to provide storage ability of a DSR to cope with these changes. Efficient digital data storage and management technology is also discussed. The real data recording and playing b ....etc

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ABSTRACT:
Sensors embedded in structural composites have been a topic of research in recent years.Embedded sensors can be used to monitor and optimize the manufacturing process, to monitor performance during
use, and for structural health monitoring in high-performance applications. For several years, embedded optical fibers were the predominant type of sensor. There are well-known reasons that optical fiber sensors have not yet been fully embraced in industry including the cost of equipment and sensors, the fragility of ....etc

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Definition
Embedded system is a combination of computer hardware, software and, perhaps, additional mechanical parts, designed to perform a specific function.

Embedded systems are usually programmed in high level language that is compiled (and/or assembled) into an executable (machine) code. These are loaded into Read Only Memory (ROM) and called firmware, microcode or a microkernel. The microprocessor is 8-bit or 16-bit.The bit size refers to the amount of memory accessed by the processor. There is usually no operating system and ....etc

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SUBMITTED BY
Trupty Acharya


ABSTRACT
This is the era of revolutions in electronics design and it has been improving by the continuous advancement in the technology and computer science in the last three decades. The electronics industries are growing rapidly due to the development in integrated circuits (ICs). Although the use of high performance computing, telecommunication devices, computers are increasing rapidly, they are not easily portable. This age is for portable gadgets which serve all types of comm ....etc

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Embedded Linux is changing the face of embedded development and calling into question decades-old assumptions about how to build systems with real-time requirements. This paper reviews those assumptions and details how Linux can provide a viable platform for a range of response-sensitive embedded applications.
Linux is a very unique operating system. Linux is changing the face of embedded development. While past instances of UNIX-type operating systems were arguably inappropriate for embedded and real-time (size, speed, storage, CPU support), ....etc

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This paper examines some aspects of the architecture of embedded DRAM (dynamic random access memory), its applications and its advantages over other conventional memory types.

Embedded DRAM (eDRAM) ? the concept of merging DRAM with logic on a single device ? has become increasingly popular, thanks to the growth of existing and emerging high bandwidth applications such as graphics processing, backbone and access router data communications systems and base stations for mobile phones.

A common requirement of all these designs is that they ....etc

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Most of the microprocessors in the world are not in PCs, they are embedded in devices which control traffic for highways, airspace, railway tracks, and shipping lanes to manufacturing systems with robots.

An embedded system is any device controlled by instructions stored on a chip. These devices are usually controlled by a microprocessor that executes the instructions stored on a Read Only Memory (ROM) chip.

Embedded systems can be used to implement features ranging from the way pacemakers operate and mobile phones that can be worn as j ....etc

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A Embedded Linux is changing the face of embedded development and calling into question decades-old assumptions about how to build systems with real-time requirements. This paper reviews those assumptions and details how Linux can provide a viable platform for a range of response-sensitive embedded applications.
Linux is a very unique operating system.

Linux is changing the face of embedded development. While past instances of UNIX-type operating systems were arguably inappropriate for embedded and real-time (size, speed, storage, CPU supp ....etc

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A smart camera performs real-time analysis to recognize scenic elements. Smart cameras are useful in a variety of scenarios: surveillance, medicine, etc.We have built a real-time system for recognizing gestures. Our smart camera uses novel algorithms to recognize gestures based on low-level analysis of body parts as well as hidden Markov models for the moves that comprise the gestures. These algorithms run on a Trimedia processor. Our system can recognize gestures at the rate of 20 frames/second. The camera can also fuse the results of multiple ....etc

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