Manually initialize x$3$ with the value $1,431,655,765($alternative $0$s and $1$s$).$ Using a programmatically created mask and logical operations change register x$3$ so that only the upper four bits $(28$ to $31)$ have their previous value $(0101)$ and the rest are all $0$s$.$ For testing, this should give you a decimal value of $1,342,177,280$ in register x$3.$ Now flip all the bits in x$3$ using a mask. This should give you a value of $-1,342,177,281.$ Use RISC$-$V assembly language and the Cornell Interpreter