Using the results obtained in Problem 26.7 determine whether it’s reasonable to expect that the software can be built within the next six months and how many people would have to be used to get the job done.
Compare the effort estimates derived in Problems 26.4 and 26.6. What is the standard deviation, and how does it affect your degree of certainty about the estimate?
Do a functional decomposition of the robot software you described in Problem 26.1. Estimate the size of each function in LOC. Assuming that your organization produces 450 LOC/ pm with a burdened labor rate of $7000 per person-month, estimate the effort and cost required to build the software using the LOC-based estimation technique described in this chapter.
Assume that you are the project manager for a company that builds software for household robots. You have been contracted to build the software for a robot that mows the lawn for a homeowner. Write a statement of scope that describes the software. Be sure your statement of scope is bounded. If you’re unfamiliar with robots, do a bit of research before you begin writing. Also, state your assumptions about the hardware that will be required. Alternate: Replace the lawn mowing robot with another problem that is of interest to you.
Use the software equation to estimate the lawn mowing robot software. Assume that Equation (26.4) is applicable and that P = 8000.