ABSTRACT


Adaptive active phased array radars are seen as the vehicle to address the current requirements for true Ëœmultifunctionâ„¢ radars systems. Their ability to adapt to the enviournment and schedule their tasks in real time allows them to operate with performance levels well above those that can be achieved from the conventional radars. Their ability to make effective use of all the available RF power and to minimize RF losses also makes them a good candidate for future very long range radars.
1. INTRODUCTION

Over the ....etc

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Parallelism and locality are the key application characteristics exploited by computer architects to make productive use of increasing transistor counts while coping with wire delay and power dissipation. Conventional sequential ISAs provide minimal support for encoding parallelism or locality, so high-performance implementations are forced to devote considerable area and power to on-chip structures that extract parallelism or that support arbitrary global communication. The large area and power overheads are justified by the demand for e ....etc

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Two-dimensional filters are usually part of the implementation of digital image processing applications. These filters process recursive sets of instructions and require high computational speed. Optimized implementations of these filters depend on the use of Application Specific Integrated Circuits (ASICs). A system with multiple parallel processing units is a feasible design option able to achieve the required computational performance. In this paper, a loop transformation algorithm, which allows the efficient utilization of a parallel multip ....etc

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plz some one send mo seminar report ,ppts on topic multicore architecture(multicore processor architecture) ....etc

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ABSTRACT


Adaptive active phased array radars are seen as the vehicle to address the current requirements for true Ëœmultifunctionâ„¢ radars systems. Their ability to adapt to the enviournment and schedule their tasks in real time allows them to operate with performance levels well above those that can be achieved from the conventional radars. Their ability to make effective use of all the available RF power and to minimize RF losses also makes them a good candidate for future very long range rad ....etc

[:=Read Full Message Here=:]

ABSTRACT


Adaptive active phased array radars are seen as the vehicle to address the current requirements for true Ëœmultifunctionâ„¢ radars systems. Their ability to adapt to the enviournment and schedule their tasks in real time allows them to operate with performance levels well above those that can be achieved from the conventional radars. Their ability to make effective use of all the available RF power and to minimize RF losses also makes them a good candidate for future very long range radars.
1. INTRODUCTION

Over the ....etc

[:=Read Full Message Here=:]

Parallelism and locality are the key application characteristics exploited by computer architects to make productive use of increasing transistor counts while coping with wire delay and power dissipation. Conventional sequential ISAs provide minimal support for encoding parallelism or locality, so high-performance implementations are forced to devote considerable area and power to on-chip structures that extract parallelism or that support arbitrary global communication. The large area and power overheads are justified by the demand for even sm ....etc

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i need ppt on multifunction elevator.please send me ....etc

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Two-dimensional filters are usually part of the implementation of digital image processing applications. These filters process recursive sets of instructions and require high computational speed. Optimized implementations of these filters depend on the use of Application Specific Integrated Circuits (ASICs). A system with multiple parallel processing units is a feasible design option able to achieve the required computational performance. In this paper, a loop transformation algorithm, which allows the efficient utilization of a parallel multip ....etc

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PCI Express is positioned as the industry's third-generation I/O technology. First generation was ISA, second generation being PCI, and the third generation, PCI Express. PCI Express is designed to be a general-purpose serial I/O interconnects that can be used in multiple market segments, including desktop, mobile, server, storage and embedded communications. PCI Express can be used as a peripheral device interconnects, a chip-to-chip interconnects, and a bridge to other interconnects like 1394b, USB2.0, and Ethernet. It can also be used in gra ....etc

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