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In the Gate-VDD technique, the data in the standby time will be lost.
The drowsy cache technique can hold storage data in the sleep mode, so we will use drowsy cache to reduce the energy dissipations of the storage cell in this paper.
MTCMOS Technique for The Improved CAL Circuits MTCMOS technology is a leakage reduction technology in a lot of leakage energy reduction technique.
The 32×32 register file based on improved CAL circuits is shown in Fig. 3, which consists of a storage-cell array, address decoders, read/write word-line drivers, sense amplifiers, write bit-line and read data-line drivers, and a auxiliary clock generator that supplies auxiliary clock CX and CXb of the whole circuits, and its detail structure is similar to [8].
The results show that the leakage loss with leakage reduction technique can be reduced more effectively with not applied leakage reduction technique.

To obtain good structure and economic crusher is an important direction of improving and upgrading traditional product through weight reduction optimization [11].
Weight Reduction Optimization of Moving Jaw Build Mathematical Model.
Table.2 lists the results of moving jaw after weight reduction optimization by ANSYS.
The thickness of optimal position reduces by 27.49% the maximum von mises stress reduces from 199.77Mpa to187.30MPa, and the reduction is 6.24%; the displacement vector sum reduces from 0.2418mm to 0.2401mm, and the reduction is 0.7%.
Fig.7 The von mises stress pattern of moving jaw be optimized Fig.8 The displacement vector sum pattern of moving jaw be optimized Table. 2 The results of moving jaw after weight reduction optimization by ANSYS Optimization parameter Raw data Optimization result Round result Change rate A1(mm) 50.00 20.13 21.00 -58.00% A2(mm) 60.00 52.25 53.00 -11.67% A3(mm) 55.00 39.68 40.00 -27.27% A4(mm) 55.00 20.12 21.00 -61.82% A5(mm) 35.00 20.33 21.00 -28.00% A6(mm) 40.00 56.86 57.00 42.50% A7(mm) 41.50 30.40 31.00 -25.30% SMAX_Y(MPa) 199.77 198.60 187.30 -6.24% SMAX_W(mm) 0.2418 0.2418 0.2401 -0.70% Conclusion The important reasons that traditional products behind modern products are the unreasonable structural design, large size, heavy weight, much surplus intensity and stiffness, low utilization of material and high cost.

Based on the gas dynamic and geometrical parameters of a single flow jet engine one does a model of CFD data processing.
Finally one presents the contribution of chevrons in noise pollution reduction.
The variation of the immersing angle is the first parameter that contributes to the reduction of the noise pollution.
Causing a decrease of a few decibels, the chevrons can be a viable solution for the jet noise reduction in the vicinity of airports.
US3153319, oct.20 1964, pp 7 [2] Balzer, Segment mixing device having chevrons for exhaust noise reduction in jet engines, United States Patent Office, No.

Medium profile and high profile are two different heat sink profile available in XPower analyzer.When frequency goes from 4.0GHz to 1.0GHz, there is 21.8% reduction in clock power, 75% reduction in I/O Power, 35.6% reduction in leakage power and 53.8% reduction in total power at the same frequency.
Only we pass the address and get the data stored at that location.
Using 250 LFM Airflow and Medium Profile Heat Sink Table 2: Power Dissipation at 50oC Ambient Temperature Power→ Frequency↓{TTP}8595 Clock I/O Leakage Total Power 1GHz 0.010 0.023 0.246 0.279 2.9GHz 0.051 0.061 0.381 0.500 3.3GHz 0.072 0.067 0.381 0.531 3.6GHz 0.093 0.083 0.381 0.560 3.8GHz 0.119 0.090 0.382 0.593 4.0GHz 0.128 0.092 0.382 0.605 The 91.8% reduction in clock power, when frequency goes from 4.0GHz to 1.0GHz and also reduction of 75% in I/O Power, reduction of 35.6% in leakage power, reduction of 53.8% in total power as shown in Table 2 and Fig.3.
Effects on Air Flow on Different Temperatures Conclusion: In the final conclusion, we have found there is a variations occur in leakage power but not in I/O and clock power In the duration of change in frequency, The reduction of 92.18% when frequency goes from 4.0GHz to 1.0GHz in clock power, reduction of 75% in I/O Power at same frequency, reduction of 0.7 % in leakage power at the similar frequency, reduction of 24.8% in Total Power at the same frequency.

This mechanism adopts decoupled tag and data arrays, and partitions the data arrays into private and shared regions.
We employ probability to determine the frequency to place incoming data into the shared data region.
Decoupling the tag and data arrays, we partition the data arrays into private regions P and shard regions S, and then link all S to form a shared data region sData.
Excepting data, each data entry contains reuse count reuse, address of the tag entry t_ptr and valid bit v.
PS-Reuse separates tag and data arrays, and specifies a data region as shared region.

Therefore, potentials of data analyzation and usage, e.g. information about data consistency and data dependency or inference possibilities are kept unexploited.
This allows the retrieval of data by querying against pre-defined table columns representing features of a data set.
Short-term measures that serve to remedy a deviation of a defined set point as well as measures for the long-term reduction of resource and energy requirements can be stored and assigned.
Meta data can be subdivided into administrative data, descriptive data, structural data as well as technical data.
Administrative meta data describe all modalities of data manipulation.

An Improved CAL Register File with Dual-Threshold Technique for Leakage Reduction Jianping Hu1, a and Jiaguo Zhu1,b 1Faculty of Information Science and Technology, Ningbo University, Ningbo City, China anbhjp@yahoo.com.cn, bnbuzhu@yahoo.com.cn Keywords: Dual-threshold technique, Leakage reduction, Clocked adiabatic logic, Register file, Nanometer circuits.
There are two classes of leakage-reduction techniques: standby leakage reduction technique and active leakage reduction technique.
The active leakage reduction techniques, such as stacking transistor techniques, dual threshold CMOS and P-type CMOS design technique, have also been proposed mainly to reduce the leakage of devices in active modes [8].
However, the previously proposed adiabatic register files focus mainly on dynamic energy reduction.
Improved CAL Register Using Dual-Threshold Technique An improved CAL 32´32 register file is shown in Fig. 5 [12], which consists of a storage-cell array, address decoders, read/write word-line drivers, sense amplifiers, read bit-line and write data-line drivers, and a auxiliary clock generator that supplies auxiliary clock CX and CXb of the whole circuits.

Among the major interests in powertrain development are the reduction of frictional losses and service life extension from improved wear resistance.
With this data the steady-state friction response was analyzed.
In both cases, a significant reduction of friction by the presence of spherical microstructures was achieved.
Whereas the highest aspect ratio of 0.200 yielded a friction reduction of 16 %, the sample with the lowest aspect ratio of 0.005 lead to the highest friction reduction of by 38 % at a sliding speed of 3.00 m/s.
The mean reduction of friction in the second load case was approximately 45 %.

Meanwhile, the power grid enterprises energy-saving diagnosis work and energy-saving emission reduction work of demand side management are prospected.
In August 31, 2011, the State Council of China promulgated the “Twelfth Five Year Plan of Integrated Energy-saving and Emission Reduction Work Program”, which produced a definite “Twelfth Five Year Plan” energy-saving and emission reduction major requirement and target.
The field detection points mainly include power quality monitoring points, conventional electronic parameter monitoring points, and heat monitoring points of 3 types of points, and the test item, detection time, detection method, and detection instrument accuracy are respectively stipulated in detail, for those reports of abnormal operation, outmoded production equipment, or the equipment which have energy-saving technology transformation potential founded in previous finish of forms, and the system implements special field measurement operation data collection work, etc.
This part mainly includes two parts: the rational use of energy settings and energy-saving amount calculation in each industry, the data of evaluation analysis, which is mainly from the collected materials and field testing, then is counted based on the standard “Energy Saving Amount Audit Guide of Energy-saving Project”.
While the count of light energy consuming is based on the data from real time monitoring or the electricity bill from power supply department.

Harris Feature Points Mosaic Algorithm Based On PCA Dimension Reduction In this paper, we combine with the method of principle component analysis (PCA)[6] and use PCA to realize the dimension reduction of the high dimensional feature vector.
For decreasing the complexity of the algorithm, PCA is a classical method of information compression and dimension reduction [15].
In the actual image mosaic, the image data sets are usually got in different conditions and time and there are no benchmark data sets.
Conclusion According to the bad real-timeperformance of Harris feature mosaicalgorithm, this paper presents a feature points mosaic algorithm based on PCA dimension reduction.
The algorithm reduces the calculation of the matching process by establishing characteristic descriptors and dimension reduction.