[PDF] Top 20 High level synthesis for design space exploration
Has 10000 "High level synthesis for design space exploration" found on our website. Below are the top 20 most common "High level synthesis for design space exploration".
High level synthesis for design space exploration
... though unrolling on random subspace mapping reduces the allocation of number of resources, but it increases critical path delay. Reduced resource allocation which indicates more resource reuse reduces the area ... See full document
6
A Timing driven Binding Algorithm for High Level Synthesis of Three dimensional Integrated Circuits
... Physical synthesis for 3-D integrated circuits is substantially different from traditional planar integrated circuits due to the presence of additional constraints of placing circuit modules in multiple silicon ... See full document
7
Design space exploration of N modular FPGA structures
... When thinking about designs for a high ra- diation environment there are many factors and metrics to take into account. Effects can be split into types.[Tri16] Some examples are: Overall effects: Total Ionizing ... See full document
11
Design Space Exploration for Fieldbus-based Distributed Control Systems
... The DSE simulation environment provides functionality to simulate fieldbuses and other networks. The responsible network simulation component is based on a modified version of the TrueTime network simulator. Networks are ... See full document
91
Design Space Exploration of FPGA-Based NoC Routers
... a high clock rate will obviously speed up the operations performed within a specific time; however, the slowest part of the router determines the frequency of the whole ... See full document
96
Design and Implementation of Unmanned Space Exploration Vehicle for Martian Terrain
... To build an effective and efficient locomotive system for the rover. Aluminum T6-6063 is the preferred material. An Omni directional steering mechanism has been implemented. The motors used are Duratrax 550 series with ... See full document
8
Design space exploration of high throughput finite field multipliers for channel coding on Xilinx FPGAs
... In this work, we investigate the potential benefit of these published FFM architectures as well as two “standard” ar- chitectures for a high-throughput DVB-S2 standard BCH de- coder. For this purpose we have ... See full document
7
Quantitative design space exploration of routing-switches for Network-on-Chip
... very high. For example, high throughput shall be provided at minimal latency, with guar- anteed quality of service (QoS) and as much flexibility as ... See full document
6
A Unified View of Core Selection and Application Steering in Heterogeneous Chip Multiprocessors.
... at design- time and steering programs to cores at run-time, are actually “two sides of the same ...[13] design space exploration of HCMPs with one through four superscalar core types, that ... See full document
114
High Level Synthesis and Evaluation of an Automotive RADAR Signal Processing algorithm for FPGAs
... our design is a function called “RPU()”, the inputs and outputs for this function are shown in Table ...based design, is responsible for VCO tuning, beam port switching, final target information ... See full document
96
Infrastructure and Methods for High level Architectural Exploration for Graphics.
... obtain high performance for graphics ...such high end ...AMD design such integrated systems, with Intel’s Sandy Bridge and AMD’s APU being two of the first integrated CPU-GPU designs in the ... See full document
92
Design Space Exploration for Frequency Synchronization of BPSK/QPSK Bursts
... Frequency estimation is now performed on r. An approx- ˜ imation for the maximum likelihood estimation of the fre- quency is the spectral power calculation of the samples r ˜ by use of a fast Fourier transformation ... See full document
5
A Review on Fault Tolerant Analysis for Hard Real Time Safety Critical Embedded System
... deliver high level of quality-of-service even in the presence of ...the design of fault- tolerant embedded systems and is supported by an infrastructure that permits to easily combine ... See full document
5
Latency-Sensitive High-Level Synthesis for Multiple Word-Length DSP Design
... 5.1. JPEG Decompression Description. The JPEG compres- sion process is a well-known technique used to compress pictures. JPEG compression and decompression algorithms are parts of most video compression standards like ... See full document
11
Design of a Flexible Schoenhage-Strassen FFT Polynomial Multiplier with High-Level Synthesis
... as high precision, high degree polynomial multiplication resulting in a minimum computational complexity of O(n log n) on standard CPUs though application of the Fast Fourier Transform ... See full document
96
Support Vector Machines for Design Space Exploration
... For linear problems factor analysis or principal component analysis (PCA) are well established methods for handling high dimensional data and performing dimensionality reduc- tion, e.g. as preprocessing tools for ... See full document
6
Silicon Eyes: GPS-GSM based Navigation Assistant for Viually Impaired using Capacitive Touch Braille Keypad and Smart SMS Facility-
... system-level design space exploration approach able to suggest to the designer an HW/SW partitioning of the application specification and a mapping of the partitioned entities onto an ... See full document
17
Multiple Levels of Abstraction in the Simulation of Microthreaded Many Core Architectures
... the high-level simulation frame- work [12] [13] of the ...accurate design decisions in the evaluation of the microthreaded architecture using multiple runs of benchmarks which may comprise the ... See full document
32
System Implications of LLC MSHRs in Scalable Memory Systems
... and design space exploration of an advanced mem- ory system model and different to the proposed by Marino [4], where frequency scaling is based on the amount of time higher frequencies are ap- plied, ... See full document
14
Towards Design Space Exploration for Biological Systems
... the design of computer systems, parts of the design process are quite often separated to reduce the complexity, a feature called separation of concerns ...of design space, such a ‘separation ... See full document
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