Translate the following high-level programming construct to MIPS assembly without using the beg assembly instruction of MIPS. Explain you mapping and big ideas of your translation. if (i -- j) f = g - h; else f = g+ h;

Implement the following C code in RISC-V assembly. Hint: Remember that the stack pointer must remain aligned on a multiple of 16.

Implement  the following C++ program in MIPS, upload the MIPS source code and the screenshot of program execution results. int multiply(int x, int y){    int product=0;if(x>y)    for(int i=0;i<y;i++)        product+=x;if(y>x)    for(int i=0;i<x;i++)        product+=y;return product;}

In this you will construct an assembly routine that puts the ASCII representation of an input string in memory at aspecified location. The LC-3 machine language provides several useful TRAP calls for I/O (Patt 2e Appendix A, p 541). Forexample, GETC (TRAP x20) gets one character from the keyboard and places its ASCII code in R0. OUT (TRAP x21)performs the opposite function – it takes the contents of R0 and outputs the specified character (using ASCII encoding)to the display.The LC-3 provides two output TRAPS for strings: PUTS (TRAP x22) and PUTSP (TRAP x24). Both of these expect (in R0) astarting address for a string, and output the encoded string to the display. Your task is to produce two programs thatprovide the “opposite” function of PUTS and PUTSP – that is, they take a string as input and place the string into memoryat a location specified in R0. You will create two separate stand-alone programs: one for GETS and one for GETSP. Theprograms do not need to be implemented as…

As a result, the specific mechanisms by which an instruction obtains its input data are decoupled from the specific means by which any other instruction obtains its input data. Use with a(n): A Synthesizing data sets using procedural descriptions B In contrast to the case of "multiple data, multiple instruction," in which C D stands for "data alone," there is just a single instruction. Many outcomes from a single order

The assembler creates the ELF symbol table. What information is inherent in each symbol table structure that indicates whether a symbol is strong or weak?

Convert the assembly code to a C program