$1.$ Unlike general$-$purpose architectures, $\_\_\_\_\_\_\_$ are

designed to optimize performance for a specific

application or set of applications, and they are tailored

to a specific workload, such as deep learning, data

analytics, cryptography, etc.

$2.$ A $\_\_\_\_\_\_\_\_\_$ suite is a collection of programs, defined

in a high$-$level language, that together attempt to

provide are presentative test of a computer in a

particular application or system programming area.

$3.\_\_\_\_\_\_$ is the name commonly given to a compiler

that operates at runtime, translating the interpreted code

segments into the native code of the computer.

$4.\_\_\_\_\_\_\_\_\_$ is the term used when a processor partitions

the carry chains within a wider bit adder to perform

simultaneous operations on short vectors of different

operand sizes within a wide word.

$5.\_\_\_\_\_\_\_\_$ is a unit used to operate on or hold data

within a processor. In the RISC$-$V implementation, they

include the instruction and data memories, the register

file, the ALU, and adders.

$6.\_\_\_\_\_\_\_\_\_$ is an implementation technique in which

multiple instructions are overlapped in execution.

$7.\_\_\_\_\_\_\_\_$ is a method of resolving a branch hazard

that assumes a given outcome for the conditional

branch and proceeds from that assumption rather than

waiting to ascertain the actual outcome.

$8.$ A Java application runs $15$ seconds on a processor. A

new compiler requires only $0\mathrm{.}6$ as many instructions as

the old compiler, with increased CPI by $1\mathrm{.}1.$ It takes

$\_\_\_$seconds for the application to run using new

compiler.