"... In PAGE 14: ... Otherwise, in svw=ing branch licenses, care seems to have been taken not to upset the prevailing ranking of banks. Throughout the postwar period, there were more post offices accepting deposits than all the head- offices and branches of city banks, regional banks, trust banks, long-term credit banks, sogo banks and shinkin banks combined ( Table4 ). It was only in 1990 that bank branches finally outnumbered post offices.... ..."

"... In PAGE 8: ...he overhead of DVM is discussed in Section 6.2. We use several measurement programs written in assem- bly to study the overhead of kernel transitions. The results are reported in Table2 . The forward branches execute a fixed sequence of of natins.... ..."

"... In PAGE 8: ...he overhead of DVM is discussed in Section 6.2. We use several measurement programs written in assem- bly to study the overhead of kernel transitions. The results are reported in Table2 . The forward branches execute a fixed sequence of of natins.... ..."

"... In PAGE 12: ... To illustrate this point, values for the branch resistances, inductances, and capacitances for the RLC tree shown in Fig. 2 are listed in Table1 . According to Refs.... In PAGE 13: ... 2. The branch impedance values listed in Table1 are used. Note the large di erence in the values of the damping factors according to an RLC single line analysis as compared to an RLC tree analysis.... In PAGE 13: ... Simulations of the voltage signal at node 7 of the RLC tree shown in Fig. 2 with the branch impedance values listed in Table1 are shown in Fig. 6.... In PAGE 14: ...ig. 6. AS/X simulations of the output voltage at node 7 of the RLC tree shown in Fig. 2 with the branch impedance values listed in Table1 for the equivalent RC tree. with higher inductance e ects and more on those branches with lower inductance ef- fects.... ..."

"... In PAGE 15: ... The latter set contains 4 grid graphs, 2 complete graphs, 2 planar graphs and 2 random graphs. The results are summarized in Table2 . The first column gives the rule, the second the number of instances solved within 1800 secs, the third the average number of nodes evaluated and, the fourth gives the average duality gap at the end of the enumeration for the unsolved problems.... In PAGE 15: ...Table 2: branching rules From Table2 , we conclude that, given the time limit, the best strategy is to use the branching selection rule provided by the Xpress library as the number of nodes explored is much larger than for the other strategies, and the number of instances solved to optimality is the greatest. The maximum fixed charge rule seems to be the best, but we finally se- lected library branching because it was more robust.... ..."

"... In PAGE 13: ... Control bits that are used in later pipestages are delayed by shift registers until they are needed. Register format: | lt; 4 gt;| lt; 6 gt;| lt; 6 gt;| lt; 6 gt;| lt; 10 gt;| +------+-------+-------+-------+-------------+ |opcode| rr | ra | rb |miscellaneous| +------+-------+-------+-------+-------------+ Immediate format: | lt; 4 gt;| lt; 6 gt;| lt; 6 gt;| lt; 16 gt;| +------+-------+-------+---------------------+ |opcode| rr | ra | displacement | +------+-------+-------+---------------------+ Figure 4: MultiTitan instruction formats Table2 shows the branch frequency for a number of programs. Since there is no instruction decode pipestage, one cycle is saved on every taken branch, or about 7% of the instructions.... In PAGE 35: ...List of Tables Table 1: Performance improvement with 64-bit refill 8 Table2 : Frequency of branches 10 Table 3: Frequency of MultiTitan CPU interlocks 11 Table 4: Load interlocks vs. address interlocks 13 Table 5: Improvement from 64-bit loads and stores 15 Table 6: Split vs.... ..."

"... In PAGE 13: ... Control bits that are used in later pipestages are delayed by shift registers until they are needed. Register format: | lt; 4 gt;| lt; 6 gt;| lt; 6 gt;| lt; 6 gt;| lt; 10 gt;| +------+-------+-------+-------+-------------+ |opcode| rr | ra | rb |miscellaneous| +------+-------+-------+-------+-------------+ Immediate format: | lt; 4 gt;| lt; 6 gt;| lt; 6 gt;| lt; 16 gt;| +------+-------+-------+---------------------+ |opcode| rr | ra | displacement | +------+-------+-------+---------------------+ Figure 4: MultiTitan instruction formats Table2 shows the branch frequency for a number of programs. Since there is no instruction decode pipestage, one cycle is saved on every taken branch, or about 7% of the instructions.... In PAGE 35: ...List of Tables Table 1: Performance improvement with 64-bit refill 8 Table2 : Frequency of branches 10 Table 3: Frequency of MultiTitan CPU interlocks 11 Table 4: Load interlocks vs. address interlocks 13 Table 5: Improvement from 64-bit loads and stores 15 Table 6: Split vs.... ..."