contributed by <wx200010> 開發環境 $ hostnamectl Operating System: Ubuntu 24.04.2 LTS Kernel: Linux 6.11.0-17-generic $ gcc --version gcc (Ubuntu 13.3.0-6ubuntu2~24.04) 13.3.0

contributed by <wx200010>

contributed by <wx200010> ( Shao-Huan, Yu ) Abstract In this assignment, I chose Problem C as my topic. Since Problem C utilizes a technique for counting leading zeros to find the MSB position of the mantissa in the float16 to float32 conversion, I discovered that this technique can also accelerate computations in the sqrt(x) problem. By using a binary search method to find the square root, employing the CLZ function allows for quickly obtaining the MSB of the input 𝑥. By right-shifting it by half, we can derive a smaller binary search range, thereby reducing the number of search iterations. :::info In each assembly code display, if there are parts related to reducing RISC-V overhead or accelerating computational efficiency, I will write them before the code display. ::: Problem C to RISC-V

影片連結 1. 全部一起聽 不要只聽吉他 使用一個吉他BUS，並加入EQ效果器 移除150HZ以下，與12000HZ以上 使用掃頻技巧，找出讓Vocal消失的頻率 (影片中是2.9Khz) 使用掃頻技巧，找出讓Snare的punch消失的頻率 (影片中是210hz) 2. 增強低頻的技巧

Mixing Rock Guitars Chord guitar (正常) 濾掉100hz以下 降低420hz以下，大約 -3db 讓鼓組、Bass有更多空間 中高音部分 (complementary EQ) Left Channel：