... “Single source design environment for embedded systems based on SystemC,” Design Automation for Embedded Systems, vol. 9, no. 4, pp. 293–312, 2004.[14] M.Raulet,F.Urban,J F.Nezan,C.Moy,O.Deforges,andY.Sorel, ... Journal on Embedded Systems [74] C. A. Valderrama, A. Changuel, and A. A. Jerraya, “Virtualprototyping for modular and flexible hardware-software sys-tems,” Design Automation forEmbedded Systems, ... platform-based design. P. B e lan o v i´c received his Dr. Tech. degree in2006 from the Vienna University of Tech-nology, Austria, where his research focusedon the designmethodologiesfor embedded systems...
... identifying,realizing, and testing a design methodologybased on systolic arrays. For the past yearshe has been involved in the design of high-performance low- power digital systems. Professor Terreni ... Researcher at Pisa University, working onalgorithms and VLSI architecture designfor multimedia and low- power CMOS design methodologies. Luca Fanucci was born in MontecatiniTerme, Italy, in 1965. ... of system-on-chip design, low- power systems, VLSI architectures for real-time imageand signal processing, and applications of VLSI technology to dig-ital and RF communication systems. Pierangelo...
... performance for the MIMO systems with a sma ll number of antennas. In the sys-tems with a large number of antennas, we can achieveeven higher complexity reduction without significantperformance ... resultsMonte Carlo simulations are performed for a wirelesssystem with multiple antennas to evaluate the perfor-mance of the proposed selection criterion. For the sakeof simplicity, we consider ... RESEARCH Open Access Low complexity antenna selection for V-BLAST systems with OSIC detectionYoungtaek Bae and Jungwoo Lee*AbstractMultiple-input multiple-output (MIMO) systems have an advantage...
... ultra -low- power image compressor for capsule endoscope,” BioMedicalEngineering Online, vol. 5, article 14, 2006.[15] X. Xie, G. Li, X. Chen, X. Li, and Z. Wang, “A low- power digitalIC design ... converting into one dimension for B component.Raw imageRG1G2BCompressionimage for G1Compressionimage for G2Noncompressionimage for B Compressionimage for R EntropycodingEntropycodingEntropycoding4-by-4zigzagscan4-by-4zigzagscan8-by-8zigzagscanQuantizationR-table4-by-4quantizationG-table4-by-4quantizationG-table2D8-by-8DCT2D4-by-4DCT2D4-by-4DCT2 ... pagesdoi:10.1155/2011/257095Research Ar ticleA Subsample-Based Low- Power Image Compressor for Capsule Gastrointestinal EndoscopyMeng-Chun Lin1and Lan-Rong Dung21Department of IC Design, Avisonic Technology Corporation,...
... (4) 2 EURASIP Journal on EmbeddedSystems Power consumptionTimeActive mode power Average power Sleep mode power Figure 1: Power consumption of a typical battery poweredprocessor (adapted ... the power dissipations of low- power caches by as much as 30%.The low- power cache designs used by Kamble and Ghoseincorporated block buffering, data RAM subbanking, andbus invert coding for ... software designer with thefeedback vital to tune the cache or application for a given energy budget. The models are suitable for use at design time in thecache optimization process for embedded...
... signal processing tasks, former paradigms for the design of embedded vision systems have been changed. For image processing FPGAs offer several essential ad-vantages as follows.(i) Dedicated hardware ... CorporationEURASIP Journal on Embedded Systems Volume 2007, Article ID 71794, 10 pagesdoi:10.1155/2007/71794Research Article Design Considerations for Scalable High-Performance Vision Systems Embedded in Industrial ... newarchitecture, which can be fine-tuned for different applica-tions, had to be developed [5, 6 ]. The key issue for the design of high-performance real-time image processing systems is tomatch algorithms...
... static power DesignforLow PowerSlide 19CMOS VLSI Design Low Power Design Reduce dynamic power – α:–C:–VDD:–f:Reduce static power DesignforLow PowerSlide 5CMOS VLSI Design Dynamic ... Design Low Power Design Reduce dynamic power – α: clock gating, sleep mode–C:–VDD:–f:Reduce static power DesignforLow PowerSlide 3CMOS VLSI Design Power and Energy Power is ... static power DesignforLow PowerSlide 24CMOS VLSI Design Low Power Design Reduce dynamic power – α: clock gating, sleep mode–C: small transistors (esp. on clock), short wires –VDD: lowest...
... Nicolescu/Model-Based DesignforEmbeddedSystems 67842_C000 Finals Page i 2009-10-13Model-Based Design forEmbedded Systems Nicolescu/Model-Based DesignforEmbeddedSystems 67842_C001 Finals ... www.mathworks.com/trademarks<http://www.mathworks.com/trademarks> for a list of additional trademarks. Nicolescu/Model-Based DesignforEmbeddedSystems 67842_C001 Finals Page 4 2009-10-14 Model-Based DesignforEmbedded Systems 1.1.1 Distributed Embedded ... study on the design ofa software-defined radio platform.Part III. Design Toolsand Methodology forMultidomain Embedded Systems Part III covers Model-Based Designfor multidomain systems. Continuous-time...
... Nicolescu/Model-Based DesignforEmbeddedSystems 67842_C001 Finals Page 26 2009-10-126 Model-Based DesignforEmbedded Systems Proceedings of the Tenth International Symposium on Hardware/SoftwareCodesign, ... distributed embedded systems. In CODES ’02: Nicolescu/Model-Based DesignforEmbeddedSystems 67842_C002 Finals Page 35 2009-10-13SystemC-Based Performance Analysis of EmbeddedSystems 352.4 ... andcombination logic. Nicolescu/Model-Based DesignforEmbeddedSystems 67842_C001 Finals Page 24 2009-10-124 Model-Based DesignforEmbedded Systems components. In [22], a model is introduced...
... Nicolescu/Model-Based DesignforEmbeddedSystems 67842_C006 Finals Page 146 2009-10-1146 Model-Based DesignforEmbedded Systems 6.1 Introduction Embedded systems and networked embeddedsystems play ... simulation models for networked embedded control systems. Nicolescu/Model-Based DesignforEmbeddedSystems 67842_C005 Finals Page 137 2009-10-13Modeling and Analysis Framework forEmbeddedSystems 137E<>missedDeadline: ... tendency for all these experiments is that memory consumption as Nicolescu/Model-Based DesignforEmbeddedSystems 67842_C006 Finals Page 152 2009-10-1152 Model-Based DesignforEmbedded Systems Input...
... before, is shown in Figure 6.9. The regulation performance is much Nicolescu/Model-Based DesignforEmbeddedSystems 67842_C006 Finals Page 160 2009-10-1160 Model-Based DesignforEmbedded Systems 0 ... Nicolescu/Model-Based DesignforEmbeddedSystems 67842_S002 Finals Page 177 2009-10-1Part II Design Tools andMethodology for MultiprocessorSystem-on-Chip Nicolescu/Model-Based DesignforEmbeddedSystems ... andTelecommunication Systems (MASCOTS), San Diego, CA, 1993. Nicolescu/Model-Based DesignforEmbeddedSystems 67842_C006 Finals Page 164 2009-10-1164 Model-Based DesignforEmbedded Systems 6.6.3...
... Nicolescu/Model-Based DesignforEmbeddedSystems 67842_C008 Finals Page 208 2009-10-14208 Model-Based DesignforEmbeddedSystems design methodology of MPSoC, most efforts have focused on the design ofhardware ... Nicolescu/Model-Based DesignforEmbeddedSystems 67842_C007 Finals Page 192 2009-10-2192 Model-Based DesignforEmbedded Systems 7.3.4 The High-Level Platform SpecificationThe high-level platform specification ... order to increase the design productivity of embedded software, wepropose a novel methodology forembedded software design based on a Nicolescu/Model-Based DesignforEmbeddedSystems 67842_C008...