1.ObjectiveTo study the effects of limited contact-dynamic compress plate (LC-DCP) and Ni-Tishaped memory embracing plate (MEP) for treatment of both-bone forearm fractures in adult .
探讨成年人尺桡骨干双骨折，应用AO有限接触动力加压接骨板(limited contact-dynamic compress plate，LC-DCP)和镍钛形状记忆合金锯齿环抱器(Ni-Ti shaped memory embracing plate，Ni-Ti MEP)治疗的疗效对比观察。
2.Obstract: Through the development of traditional steel plate according to the biomechanic principle of fracture stabilization, author developed a new kind of internal fixture-compress steel plate of gear contact half cycle and channel type（GCC）and then made a biomechanic test on it in order to provide experimental bases for safety clinical practice。
目的：按照生物力学原理，对传统的钢板加以改进，本文作者研制出一种新型内固定器械──齿接触半环抱槽式加压钢板（Compress steel plate of gear contact half cycle and channel type GCC），对其力学性能进行生物力学测试，为临床应用提供依据。
3.Sometimes uncompress is unavailable, in which case you can do the equivalent by using compress.
有时文件复原不了，在这种情况下你可使用compress。
4.The biomodal compress algorithm is also provided, which is used to compress ECG data, because our example used it.
因本论文的开发实例中用到了ECG数据压缩，因此，还提供了针对ECG数据的压缩算法—SCP-ECG（Standard Communication Protocol for ECG，ECG标准通讯协议）的双模态压缩算法。
5.Considering the developmental trend of the video compress and the demands of the people, this paper makes researches on the visual section of the MPEG-4 standard, present an amendment to the DS search algorithm, and does some optimization to the module of compress which is utilized frequently by the encoder so that the encoder can accomplish real-time compression on ADSP-Blackfin535 EVM board to the CIF picture, the size of which is 352 by 288. The main contents are as follows.
通过内存优化、结构优化和汇编级优化,最终实现了编码器在ADSP-Blackfin535评估板上的实时编码。 主要内容有:首先,从MPEG-4视频编码的核心模块运动估计入手,对常用的四种搜索算法进行了仿真,从搜索准确度和计算复杂度两方面给出对比结果。
6.Image compression based on Lossless Region of Interest (ROI) means to compress interesting regions in an image without loss, and to compress uninteresting regions with a little loss. Based on this idea a high compression ratio can be obtained and the important information can be preserved losslessly.
无损感兴趣区 (L ossless Region of Interest(ROI) )图象压缩方法 ,即在感兴趣区采用无损压缩 ,而在其他区域采用有损压缩 ,从而保证了重要信息不丢失 ,并尽可能提高图象的压缩比 .
7.Its best process parameters are: compression ratio is 50~60%,thickness after compressed is 13mm,moisture content before compressed is 50%, hot compress time is about 30min, hot compress temperature is between 180℃ and 200℃.
通过压缩密化实验，可得最佳的工艺条件是：压缩率为50-60％、压后的厚度为13mm、压前含水率为50％、压缩时间在30min左右、热压温度为180～200℃之间。
8.The Cenozoic NW-trending compress-shearing tectonic system is well-developed in the west China and extends intermittently to the east China. Although the NW-trending tectonic system consists of NW striking folds,WNW and NNW trending compress-shearing faults as well as NEE trending tensional-shearing faults,the tectonic direction is better developed in the WNW because of the effect of partial conjugate shearing.
NW向扭动构造体系广泛发育于中国西部并向中国东部延伸 ,且呈多字型特征 ,但在中国东部规模等级较小 ,断续相循 ,成生活动时期很新 (晚白垩世末至早第三纪以来 ) ,由NW向褶皱、NWW向压扭性走滑、NNW向扭压性走滑和NEE向张扭性走滑组成。
9.The dissertation combine the theory, with using integers DCT transform to realize grey image lossless compress with the method of reversible color space integers transform and reversible integers DPCM prediction to realize lossless compress from grey image to color image with Huffman Coding Method via Visual C++ program.
本文借鉴整数DCT变换实现灰度图像无损压缩的理论研究成果，将其与可逆的颜色空间整数变换和可逆的整数DPCM预测相结合，采用哈夫曼编码方法，用VC编程实现了从灰度图像到彩色图像的无损压缩。
10.The LOCO(Low Complexity Lossless Compression),JPEG(Joint Photographic Experts Group),CALIC(Context-based Adaptive Losssless Image Coding) and GA algorithms have been simulated,the results of lossless compress are given. Comparisions of 9 types standard image by different algorithms are also given. The average compress ratios was 4.885 bit/pixel.
运用LOCO(LowComplexityLosslessCompression),JPEG(JointPhotographicEx-pertsGroup),CALIC(Context-basedAdaptiveLossslessImageCoding)和GA无损压缩算法进行了仿真,给出了不同算法对9种标准图像无损压缩的比较结果,该方法平均压缩率为4.885bit/pixel。
