high-performance DSP systems
Logic Foundry: Rapid Prototyping for FPGA Based DSP Systems
... Another approach has been to use “block-based design” [7] where system designers can behaviorally model at the sys- tem level, and then partition and map design components onto specific hardware blocks which are then ...
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Design of High Performance Multiplier Unit using SDTBNS for DSP Applications
... where d m {1, 0} and i m , j m are integers. But this representation is highly redundant. If any representation contain minimum numbers of two integer terms , the representation is called canonic ...
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Low Power Embedded DSP Core for Communication Systems
... with high sampling rate, special functional blocks represent the only reasonable ...the DSP processor can provide special data paths that comprise these functional blocks and do not increase overheads ...
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Design and synthesis of a high-performance, hyper-programmable DSP on an FPGA
... A screenshot of the Vector Datapath Designer tool is shown in Figure 4.2. The pane on the left portion of the interface lists routing and processing elements that can be added to the design. The routing elements are ...
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Implementation of RISC Microprocessor for DSP Systems
... very high density and high performance integrated ...overall performance of device but it has disadvantage of power consumption also becomes serious terrifying issue along with complexity of ...
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Design and DSP Implementation of Fixed Point Systems
... in performance in many cases as the compiler was able to utilize software pipelining and instruc- tion level parallelism to speed up the ...a high per- formance but, on the other hand, requires careful ...
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Title: Energy Efficient Multiplier for High Speed DSP Application
... Abstract: A multiplier is one of the important hardware blocks in most digital and high performance systems such as microprocessors. With improving in technology, many researchers have tried and are ...
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A Performance Analysis Framework for the Design of DSP Systems
... We demonstrate, through several filtering applications, how the designer can use our framework to derive filter structures that perform well for specific performance con- straints. The design optimizations ...
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An Implementation of Real-Time Phased Array Radar Fundamental Functions on DSP-Focused, High-Performance Embedded Computing Platform
... that systems not only achieve high computing efficiency but fulfill the requirements of modularity and flexibility as ...C66xx DSP cores; an advanced configuration of that design uses a more powerful ...
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Mapping for maximum performance on FPGA DSP blocks
... complete systems, manufacturers have sought to improve their performance and ...automotive systems, high performance computing, security, and more, through the capabilities offered by ...
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1. High speed finite impulse response filter for low power devices
... processing systems on a VLSI ...power high performance multiplier plays a vital role in high performance Digital Signal Processing (DSP) systems developed using Multiply ...
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High-Performance 2-Way Pipeline Truncated Multiplier for DSP Applications
... lessening systems limit exchanging action to the detriment of information exactness by input moving or truncation, however since the lessening is done from the information operands, control diminishments are ...
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High Performance and Area Efficient DSP Architecture using Dadda Multiplier
... embedded systems aims at high-end applications and its domains require fast operating Digital Signal Processing (DSP) ...in DSP and in general ...the High-performance ...
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DSP Systems vs ANN Ensembles for Motion Detection and Filtering
... The high frequency components of the DFT represent sharp variations, or edges, in pixel gray levels that occur along the borders or within the texture of an ...at high frequencies of the DFT [2], [7], ...
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On the Management of Power Constraints for High Performance Systems.
... Conventionally, general purpose CPUs have several identical complex cores, each supporting features such as multi-issue pipelines, branch prediction and out-of-order processing to maximize performance. However, ...
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Marin-Garcia
... in performance is more complicated than expected, because it depends not only on the existence of a set of practices (HRM content) but also on the employee subjective perceptions of these practices (Boxall & ...
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An introduction to the layered characterisation for high performance systems
... of performance tools have been developed to assist the system developer, the application programmer, and the tuning expert to select the most efficient combination of hardware and parallelisation strategy [6, 11, ...
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High-Performance Constant Power Generation In Grid-Connected Pv Systems
... High-Performance Constant Power Generation in Grid-Connected PV Systems is discussed in this paper, which can ensure a fast and smooth transition between maximum power point tracking and Constant ...
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Collaborative Framework for High Performance P2P based Data Transfer in Scientific Computing
... transfer performance -instead of optimal performance- both on Ethernet local area networks (LANs) and on ...the performance drawbacks over wide area high-speed networks originating from ...
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High Performance Federated Geographical Information Systems
... Provide data sets in standard formats with standard service interfaces Translate information into common data models with corresponding metadata WFS: Provide data in common data model – [r] ...
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