"... In PAGE 7: ... 4.1 Best utilization of chip area On the left half of Table4 , we show the number of processing cores that will fit on a BGBCBCD1D1BE chip built in 70nm technology (a total of 15.5 million CBE).... ..."

"... In PAGE 7: ... 4.1 Best utilization of chip area On the left half of Table4 , we show the number of processing cores that will fit on a a10 a11a13a11a21a14a22a14 a16 chip built in 70nm technology (a total of 15.5 million CBE).... ..."

"... In PAGE 7: ... 4.1 Best utilization of chip area On the left half of Table4 , we show the number of processing cores that will fit on a a97a99a98a42a98a50a100a51a100a102a101 chip built in 70nm technology (a total of 15.5 million CBE).... ..."

"... In PAGE 7: ... 4.1 Best utilization of chip area On the left half of Table4 , we show the number of processing cores that will fit on a a23a25a24a25a24a27a26a28a26 a29 chip built in 70nm technology (a total of 15.5 million CBE).... ..."

"... In PAGE 13: ...n general, the refinements lead to a more detailed enterprise specification (e.g. Bank trader consisting of three different interworking traders) or to information or computa- tional specifications. Table1 summarizes the correspondences between ODP Enterprise language concepts and UML concepts. Table 1: ODP concept UML concept... ..."

"... In PAGE 5: ...5: { 7: int nw = 0; 9: int inword = NO; 10: int c = getchar(); 11: while (c!=EOF) 12: { 13: char ch = (char) c; 17: if (ch== apos; apos; || ch== apos;\n apos; || ch== apos;\t apos;) 18: inword = NO; 19: else if (inword == NO) 20: { 21: inword = YES; 22: nw = nw + 1; } 23: c = getchar(); } 25: printf( quot;%d \n quot;, nw); } Figure 3: Slice on the Words concept 4: void main() 5: { 8: int nc = 0; 10: int c = getchar(); 11: while (c!=EOF) 12: { 14: nc = nc + 1; 23: c = getchar(); } 26: printf( quot;%d \n quot;, nc); } Figure 4: Slice on the Chars concept Figures 2, 3 and 4 illustrate the concept slices corresponding to the domain concepts Lines, Words and Chars. Table2 shows the refined statement list associated with the domain concepts after performing this step. Table 2: The Concept Slices Domain Concepts Statements... In PAGE 5: ... In the lattice each domain concept is related to all the statements in its node and all the nodes below it, whereas each statement is related to all the domain concepts in its node and all the nodes above it. After applying a formal concept analysis on the elements illustrated in Table2 , we obtain the lattice given in Figure 5. The lattice consists of 6 nodes, 3 of which are the domain concepts.... ..."