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clock cycle

Multiple-Clock-Cycle Architecture for the VLSI Design of a System for Time-Frequency Analysis

Multiple-Clock-Cycle Architecture for the VLSI Design of a System for Time-Frequency Analysis

... higher-order clock cycle, different TFD is realized: in the sec- ond one—the SPEC, in the third one—the SM with unitary convolution window width, and so ...the clock cycle when the maximal ...

18

Design and Verification of AMBA APB Protocol

Design and Verification of AMBA APB Protocol

... IDLE state is the default state in which no operation is being performed. The assertion of the PSEL signal indicates the beginning of the SETUP phase. The bus enters into the SETUP phase when the data transfer is ...

7

Low Latency NoC Router Micro Architecture  using Dynamic Virtual Channel Organization

Low Latency NoC Router Micro Architecture using Dynamic Virtual Channel Organization

... In order to compare network performance results, we generate cycle-accurate behavioral model of the one-clock-cycle latency CONNECT and our proposed architecture using Verilator . Both NoC are ...

6

Analysis of distortion in pulse modulation converters for switching radio frequency power amplifiers

Analysis of distortion in pulse modulation converters for switching radio frequency power amplifiers

... dominant distortion products are the third harmonic and the image both of which fold in from other harmonic zones. We validate the results by simulations and measurements. The PPM section is responsible for the phase ...

22

Study of Hummingbird Cryptographic Algorithms          based on FPGA Implementation

Study of Hummingbird Cryptographic Algorithms based on FPGA Implementation

... four clock cycles. From the fifth clock cycle, the core starts encrypting RS1_RS3 for four times and each iteration requires four clock cycles to finish encryptionsby four 16-bit block ciphers ...

5

ELTEC WRAP1 68K Nov85 pdf

ELTEC WRAP1 68K Nov85 pdf

... Receiver Clock High Time Receiver Clock Cycle Time CS, lACK, OS Width Low Serial Output Data Valid from Falling Edge of TC !Divided-by 16.. Timing measurements are referenced to and from[r] ...

112

Implementation of Directional Median Filtering using Field Programmable Gate Arrays

Implementation of Directional Median Filtering using Field Programmable Gate Arrays

... The second implementation is similar to the first method except that in the second method the 256-bit codes are not saved. The codes, corresponding to the respective samples in four directions, are read in a similar ...

62

Ripple clock schemes for quantum-dot cellular automata circuits

Ripple clock schemes for quantum-dot cellular automata circuits

... assigned clock zones for corre- sponding QCA ...one clock cycle or multiple clock cycles depending on the length of the ...ripple clock scheme to have loops can be utilized to implement ...

87

Analysis of multi phase clocked electron pumps consisting of single electron transistors

Analysis of multi phase clocked electron pumps consisting of single electron transistors

... We have investigated the operation of multiclocked pumps using a simplified model, assuming rather idealized situations, such as the uniformity of the pumps. We have derived approximate formulas which enable one to ...

8

GateOS : a minimalist windowing environment and operating system for FPGAs : a thesis presented in partial fulfilment of the requirements for the degree of Master of Engineering in Computer Systems Engineering at Massey University, Palmerston North, New Z

GateOS : a minimalist windowing environment and operating system for FPGAs : a thesis presented in partial fulfilment of the requirements for the degree of Master of Engineering in Computer Systems Engineering at Massey University, Palmerston North, New Zealand

... 27 This approach makes it possible to store all the core properties that determine the window's position, dimensions and z-order to be stored in fabric-RAM. This is preferred because fabric-RAM requires fewer hardware ...

99

32 BIT×32 Bit Razor-based Dynamic Voltage Scaled Multi Precision Multiplier

32 BIT×32 Bit Razor-based Dynamic Voltage Scaled Multi Precision Multiplier

... circuit clock cycle to be able to perform ...overall cycle period can lead to significant timing ...single cycle, whereas longer pathways need two cycles to ...

9

Design and implementation of High performance Montgomery Modular Multiplication on Verilog HDL

Design and implementation of High performance Montgomery Modular Multiplication on Verilog HDL

... 3k clock cycles in the worst case are required for completing one ...required clock cycles of the MSCS-MM multiplier. B. Clock Cycle Number Reduction To decrease the clock cycle ...

5

Analysis of low PDP using ETA in bilateral filter

Analysis of low PDP using ETA in bilateral filter

... Abstract -- A FPGA Implementation of a bilateral filter for image processing is given which does spatial averaging without smoothing edges. Kernel based processing is possible, which means that processing of the entire ...

5

Parallel Pipelined C-Slow Retimed Architecture through an Efficient Systolic Array

Parallel Pipelined C-Slow Retimed Architecture through an Efficient Systolic Array

... IJEDR1904084 International Journal of Engineering Development and Research (www.ijedr.org) 471 Abstract - A fully parallel pipelined array of cells is proposed for suitable real-time calculation of histograms. The cell ...

5

Zsim: program documentation (manual for TR-88/1)

Zsim: program documentation (manual for TR-88/1)

... i quantizer number node present node values nodep previous node values cycle clock cycle of simulation. Quant information array for quantizers node(int(gen(i,4)))=out[r] ...

96

ADC Super Slave Technical Manual 1982 pdf

ADC Super Slave Technical Manual 1982 pdf

... TcC Clock Cycle Time TwCh Clock Width High 2 TfC Clock Fall Time 3 TrC Clock Rise Time 4 5-TwC1---Clock Width Low TsADC CE , C/O BIA to Clock , Setup Time 6 TsCSC IORQ, RD to Clock t Set[r] ...

56

Pipeline architecture for fast decoding of bch 
		codes for nor flash memory

Pipeline architecture for fast decoding of bch codes for nor flash memory

... consuming more time. Hence, the original circuit consisting of the shift registers was replaced by a combinational circuit, which does the same multiplication within one clock cycle. It was found that each ...

8

Enhancing delay fault coverage through low power segmented scan

Enhancing delay fault coverage through low power segmented scan

... launch clock cycle. For example, one can clock one or two or even all segments ...to clock during the launch ...launch cycle leads to minimum peak switching ...

17

Characterising computational kernels : a case study

Characterising computational kernels : a case study

... Some of the parameters used in these equations are readily available such as the clock cycle time, the number of processors and the memory miss rate which is assumed 1 since the data is stored in external ...

8

Burst transmission symbol synchronization in the presence of cycle slip arising from different clock frequencies

Burst transmission symbol synchronization in the presence of cycle slip arising from different clock frequencies

... Although, several studies have considered the analysis of cycle slipping in synchronizers [9–11], few authors have proposed the solution [12–14]. Error tracking synchroniz- ers, which are based on closed feedback ...

11

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