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Table 4.a. Cache misses, non-image data (B=16)
"... In PAGE 5: ... Table4 .... In PAGE 5: ... Table 4 compares the results achieved by simulating unified and split caches. The split cache has been simulated by equally dividing the overall cache space between image and non-image data; different sizes could be adopted, anyway, since the miss rate on non-image data is much lower than that on image references (see Table4 .... In PAGE 5: ...mage references (see Table 4.a). Table 4.b shows that in most cases the split cache allows a less number of misses, and this is especially true for the case of 2D pre-fetch. In addition, Table4 .b shows that 2D pre-fetching performs best for both kind of caches.... In PAGE 5: ...b shows that 2D pre-fetching performs best for both kind of caches. For the unified cache, two pre-fetching strategies have been used: 2D pre-fetch for all data, versus 2D pre-fetch for images and OBL for non-images; Table4 .b shows that the latter technique slightly reduces the number of misses.... ..."
Table 1: Summary of clinical, stress-test, non-imaging, and scintigraphic features and their rep- resentation used to train and test the neural network methods. A continuous representation is indicated by \..thru.. quot; in the value eld.
1997
Cited by 2
Table 2 Comparing compression ratios with other binary image coding methods and non-image based methods Test images Binary image coding methods Non- image based methods
Table 5: Average percentage of time spent on non image- related activities (+ range of responses) Non image-related activity % of time range
Table 6.1 Technical characteristics of the HUTRAD non-imaging radiometers (Kurvonen and Hallikainen 1996, Hallikainen et al. 1998).
Table 4.b. Split vs. unified caches, all data (B=16)
"... In PAGE 5: ... The high probability of inter-block access, greater for the horizontal direction but substantial also for the vertical direction, is the reason for the usefulness of a bidimensional caching scheme, and explains the good performance of a 4 x 16 form factor . Table4 .a.... In PAGE 5: ... Table 4 compares the results achieved by simulating unified and split caches. The split cache has been simulated by equally dividing the overall cache space between image and non-image data; different sizes could be adopted, anyway, since the miss rate on non-image data is much lower than that on image references (see Table4 .... In PAGE 5: ...mage references (see Table 4.a). Table 4.b shows that in most cases the split cache allows a less number of misses, and this is especially true for the case of 2D pre-fetch. In addition, Table4 .b shows that 2D pre-fetching performs best for both kind of caches.... In PAGE 5: ...b shows that 2D pre-fetching performs best for both kind of caches. For the unified cache, two pre-fetching strategies have been used: 2D pre-fetch for all data, versus 2D pre-fetch for images and OBL for non-images; Table4 .b shows that the latter technique slightly reduces the number of misses.... ..."
Table 2 Country representation in the Archive by percentage Country In Archive Not in archive
2004
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Table 1. Parameters of archival data.
"... In PAGE 2: ... 1994) and con- sisted of object, lamp and standard star frames taken with the Intermediate Dispersion Spectrograph (IDS) on the 2.5m Isaac Newton Telescope (INT; for more information see Table1 ). When recorded, slit orientations were in the range PA 37-40 i.... ..."
Table 1. Image data collections.
"... In PAGE 5: ... Part of each class of images from the digital archive management system. Table1 lists the image collections. There are 2716 collected images (# CI) 385 training images (# TRI), and 2331 testing images (# TI).... ..."
Table 1. Country representation in the Archive. Note: The main number is the number of sites found and the number in brackets is the expected count. Country In Archive Not in archive Total
2004
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