You are part of the team to implement new software at XYZ Inc. The employees at XYZ Inc. trust the results of the old software p
rograms, but are cautious about accepting the outcomes of the proposed new software programs. What software implementation strategy would you recommend in this situation? a. Direct cutover
b. Phase-in approach
c. Pilot startup
d. Parallel start up
The parallel start-up implementation strategy is the best approach to introducing new software. In this strategy, both systems run simultaneously as the employees gain trust in the new software, and then a complete move can be made over to the new software. A direct cut-over means completely cutting out the old software and moving to a new one, which will not work well in this given scenario. Although the pilot start-up may be cheaper it does not involve all employees but a selected group that will use the new software together with the old one and then after a certain period implement a direct cut-over. The phase-in approach can prove difficult to implement in this scenario, as the software is implemented in phases, throughout the entire company.
Because we are inserting commands to beq, we will need an execution of the ALU, and then a register write. This result in and increase cycle time of the PC relative branch:
440+90=530ps.
As it is the longest time to execute, so its a critical path
"Assembly language" is the correct answer for the above question.
Explanation:
Missing information :
The word after the and is missing which is "efficiently".
Detailed Explanation :
The assembly language is a low-level language that is used to operate the system or any controller or any system programming. The c language is also used for the purpose which is done by the assembly language but it comes in the categories of a high-level language.
But some times the assembly language is used but this comes in the categories of a low-level language. So it is the correct answer for the above question because the question asked about the low-level language which is assembly only.
