VLSI Test Symposium, 2006. Proceedings. 24th IEEEVorisek et al., " Improved Handling of False and Multicycle Paths in ATPG," Proc. IEEE VLSI Test Symp., 6 pp. (2006) (also published as Vorisek et al., "Improved Handling of False and Multicycle Paths in ATPG, " Proc. IEEE VLSI ...
Multiple-Clock-Cycle Architecture for the VLSI Design of a System for Time-Frequency Analysis p/ pMultiple-clock-cycle implementation (MCI) of a flexible system for time-frequency (TF) signal analysis is presented. Some very important and frequently... Veselin N. Ivanović,R Stojanović,LJubi...
5.73% and 6.31% increase in write-back rate, 17.55% and 16.27% reductions in average memory access time, 2.17% and 1.54% increase in Instructions-per-cycle (IPC) and 1.31% and 0.77% reductions in normalized-execution-cycle over the baseline (with SECDED protection) for integer and floating...
Multi Cycle Paths By default, we expect every timing path to meet setup time in a single clock cycle. However, we can also specify that some data is captured only after a specified number of clock cycles. Till then, the data at the capturing flop will not be used. Of course your circu...
Previous studies in network switch design have generally not considered simul- taneously both global communication performance and local efiects such as critical timing path and chip area. Here a comparison is made among a large number of designs for the purpose of specifying cost-efiective communi...
A comparator pre-decodes this field during the instruction fetch stage and stalls execution for one clock cycle, as the header instruction is only used by the instruction fetch unit and not executed by the rest of the core. At this time, length of the IRF instruction window and prefill ...
12 ready for another wafer insertion processing and withdrawal cycle. 2. Etch Reactor FIGS. 17-19 depict an alternative internal wafer transport system 160, one which is used in the etch reactor disclosed in the referenced etch reactor patent application. The etch reactor chamber comprises a ...
The SYNC signal is not a clock but a pulse one CLK1 period wide that is broadcast with CLK1 on every 16th cycle of CLK1 and it is used to synchronize the PE clock dividers in the regenerators, as shown in the waveforms of FIG. 4. As shown in FIG. 3, SYNC is used to reset ...
low data rate (along the lines of Internet of Things), with a lower duty cycle for low power reception; tight vs. loose clustering of transport blocks (e.g., Physical Service Data Channels (PSDCHs)) within each partition where time diversity may be sacrificed in the interest of allowing ...
Every clock cycle, a pixel can be input through the signal line 14 with a valid pixel signal. Those skilled in the art will recognize that the input timing can be controlled by the horizontal and vertical synchronize signals. The source 12 may be a multitude of devices that provide a ...