fixed point programming 2) A function maps possible input values to an computing expressions, care must be taken to avoid problems. Embedded systems output value. A typical C function uses an programs commonly use the smallest possible expression or even an algorithm to perform data types to conserve limited memory and to the mapping. However, a faster approach uses obtain faster computation on a narrow bit width microcontroller. Which of the followinginput value. What is the technique used for in are direct results of those small data a precomputed output value for every possible this ) Floating point processor 2-Quantization 4-Truncation Dec Hx Oct Hitml Chr Ipec Hx Oct Html Chrl Dec Hx Oct Himl Chr 32 20 040 6#32; Space| 64 40 100 ʂ e 96 60 140 a#96: 0 0 000 NUL (null) 1 1 001 SOH (start of heading) 2 2 002 STX (start of text) 3 3 003 ETX (end of text 4 4 004 EOT (end of transmission) 65 41 101 65; A 97 61 141 66 42 102 6#66: B 98 62 142 b 67 43 103 6#67; C 99 63 143 C 68 44 104 D 1100 64 144 6#100; d 69 45 105 69; E 101 65 145 101; e 70 46 106 6#70: F 1102 66 146 6#102: t 71 47 107 6#71; G 1103 67 147 g 72 48 110 6#72: H |104 68 150 ?104: h 73 49 111 6*73; 1 |105 69 isi 6#205; 1 74 4A 112 J 1106 6A 152 75 4B 113 6#75; K 1107 6B 153 107; k 76 4C 114 6*76; L 108 6C 154 6#108; 1 77 4D 115 6#77; M 1109 6D ISS as109 ; 78 4E 116 N 110 6E 156 Ò: n 79 4F 117 6#79; 0 |111 6F 157 6#111; o 80 50 120 6,80; P 1112 70 160 st112; p 81 51 121 6#81: Q 113 71 161 G#113: ? 82 52 122 R 114 72 162 r 83 53 123 6#33; s 1115 73 163 "#115; 35 23 043 | 36 24 044 6#36; 37 25 045 5 005 ENQ (enquiry) 38 26 046 & 6 6 006 ACK (acknowledge) 7 7 007 BEL (bell) 8 8 010 BS (backspace) 9 9 011 TAB (horizontal tab) 39 27 047 40 28 050 41 29 051 39; 40; ( 41; ) 10 A 012 LF (NL line teed, nev line)| 42 2A 052 , 11 B 013 VT (vertical tab) 12 ? 014 FF 13 D 015 CR (carriage return) 14 E 016 30 (shift out) 15 F 017 SI (shift in) 16 10 020 DLE (data link escape) 17 11 021 DCI (device control 1) 18 12 022 DC2 (device control 2) 43 2B 053 6#43; + (NP tora feed, new page! 44 2C 054 6#44; 45 2D 055 45 ; , 46 2E 056 47 2F 057 6#47; / 48 30 060 0:0 49 31 061 1 50 32 062 6#50; 2 51 33 063 6#51: 3 52 34 064 4 19 13 023 DC3 (device control 3) 20 14 024 DC4 (device control 4) 21 15 025 NAK (negative acknouledge) 53 35 065 653; 5 22 16 026 SYN (symchronous idle 84 54 124 6#84: T 1116 74 164 6#116; 85 55 125 U 1117 75 165 86 56 126 6#86; V 1118 76 166 118; v 54 36 066 87 57 127 6#87; U 1119 77 167 "#119; 88 58 130 6#88; X 1120 78 170 120; x 89 59 131 Y 1121 79 171 121; Y 55 37 067 4855; 3 17 027 ETB (end ot trans. block) 56 38 070 6#56: 8 24 18 030 CAN (cancel) 25 19 031 EM (end of medium) 26 1A 032 SUB (substitute) 27 1B 033 ESC (escape) 28 IC 034 FS (file separator) 29 LD 035 GS (group sepazator) 30 1E 036 RS (record separator) 58 ?? 072 G#58; : 59 3B 073 59: ; 60 3C 074 63 3F 077 ?: ? 94 5E 136 6#94; ^ 1126 7E 176 6#126; ~ 95 5F 137 6#95,-1127 7F 177 DEL 31 1F 037 US (unit separator) ,C