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1·Writes next block of compressed data to the output stream.

将下一块已压缩数据写入输出流。

2·Two CUBE algorithms on compressed data warehouses are proposed in this paper.

提出了两种压缩数据仓库上CUBE操作算法。

3·In the Huffman coding based on the decoding, you can restore the compressed data.

在哈夫曼编码的基础上进行解码，就可以还原压缩的数据。

4·IF you have already compressed data, then have a look at the TIFFWriteRawStrip instead.

如果您已经对数据进行压缩，那么可以看一看TIFFWriteRawStrip。

5·Writes remaining compressed data to the output stream and closes the underlying stream.

将剩余的已压缩数据写入到输出流且关闭底层流。

6·Finishes writing compressed data to the output stream without closing the underlying stream.

完成已压缩数据对输出流的写入但不关闭底层流。

7·But remember, customers sees already compressed data and will be comparing HANA's result to that.

但要知道，用户“看到”的是已经压缩过的数据，会用HANA的结果与之相比。

8·By use of this method, the compressed data are only about 5 percent of the original in quantity.

最后按编码的概率分布对其进行优化，使用这种方法，压缩后资料的数据量仅为原始图象的5%左右。

9·We found that this was primarily due to the lack of the correct codecs (compressed data stream expanders).

我们发现这主要是由于缺少正确的 codecs（压缩数据流扩大器）。

10·Hasso clarified to me that he meant raw data will be compressed 10 times on average, and not already compressed data.

Hasso跟我解释说他指的是平均可以压缩原始数据10倍，而不是已经压缩过的数据。