Sentence examples for compressed samples from inspiring English sources

When compression temperature is higher than 1100 °C, high quality compressed samples without cracks can be obtained even engineering compression strain up to 80% for the strain rates of 1 × 10−1 to 10−3 S−10−3

When compression temperature is higher than 1100 °C, high quality compressed samples without cracks can be obtained even if engineering compression strain is up to 80% for the strain rates of 1 × 10−1 to 10−3 S−10−3

Results are reported for a local StOMP reconstruction from compressed samples with a wavelet order (w=3) where the compression ratios were optimally estimated.

Results are reported for a local StOMP reconstruction from compressed samples and direct wavelet decompression with a wavelet order (w=3) where the compression ratios were optimally estimated.

In order to estimate the SC from compressed samples via CS, they established a direct linear relation between the compressed samples and the SC.

The shape recovery was quantified by means of bending tests and dilatometry experiments on compressed samples.

In 2006, Donoho and Candès proposed a new theory called compressive sensing (or compressed sampling (CS)) based on signal decomposition and approximation theory [13, 14].

Compressive sensing (or compressed sampling (CS)) theory demonstrated that a high-dimensional signal can be projected into a low-dimensional space with a random measurement matrix when the signal was sparse or compressible which was proposed by Donoho and Candès in 2006 [2, 3].

Compressive sensing (or compressed sampling, CS) theory suggested that a high-dimensional signal can be projected into a low-dimensional space with a random measurement matrix when the signal was sparse or compressible which was proposed by Donoho and Candès in 2006 [4, 5].

Figure 1 Compressed sampling scheme.

First, block compressed sampling theory was used to compress the image and obtain the modulation map.