in each Assignment A-MAP Group for Non-FFR Configuration with Group 1 using QPSK 1/4 and Group 2 using QPSK 1/2 [118] Assign- Assign- Assign- Assign- Assign- Assign- Assign- Assign- ment A- A-MAP A-MAP A-MAP A-MAP A-MAP A-MAP A-MAP Group Group Group Group Group Group Group 2 Group 2 using 1 using 2 using 1 using 2 using 1 using using 1 using Index Index Index Index (Continued) Table 10-1 The Number of Assignment A-MAPs in each Assignment A-MAP Group for Non-FFR Configuration with Group 1 using QPSK 1/4 and Group 2 using QPSK 1/2 [118] Continued Assign- Assign- Assign- Assign- Assign- Assign- Assign- Assign- ment A- A-MAP A-MAP A-MAP A-MAP A-MAP A-MAP A-MAP Group Group Group Group Group Group Group Group 2 1 using 2 using 1 using 2 using 1 using 2 using 1 using using Index Index Index Index 10.2 Downlink control channels I = Ib(Ntotal) Ntotal = 0 1)+1(Nonal-1)/2]+ N total < 25 (10-2) Ib(Ntotal) (Ntotal 1) +4 Ntotal < 40 (Ntotal 1) + 41 < Notal 4 48 otherwise where G1(1) is the number of assignment A-MAPs for Group 1 using QPSK 1/4, G2(1) is the number of assignment A-MAPs for Group 2 using QPSK 1/2, I is the 8-bit index included in the non-user-specific A-MAP IE, which ranges from 0 to 255, and Ib(Ntotal) is the base index for a given Ntotal value. Table 10-1 shows the lookup tables based on which the number of assignment A-MAPs can be determined when the 8-bit assignment A-MAP group size index is given. In the case of non-FFR region assignment A-MAPs using QPSK (1/2, 1/8), the following method can be used to generate the lookup tables and thereby to find the number of assignment A-MAPs in each group. The total number of MLRUs for assignment A-MAP Ntotal is given by Ntotal = [4G1(I) + G2(I)] < 48 where 0 < 1(1) < 12 is the number of assignment A-MAP in Group 1 using QPSK 1/8 and 0 < G2(I) < 48 is the number of assignment A-MAPs in Group 2 using QPSK 1/2. The assignment A-MAP Group 1 is not adjacent to data transmission, whereas Group 2 is adjacent to data transmission. For non-FFR configuration with Group 1 using 