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CPI overhead for unconditional branches is then 020 x 033 x 0 1 0 x 1 = 00066 CPI With the employment of the PC-relative addressing mode, the fetch stage is no longer biased for the not taken branches Hence all conditional branches can be treated in the same way, regardless of whether they are taken Depending on whether a conditional branch can be made PC-relative and whether it can be scheduled, there are four possible cases The penalties for these four possible cases for conditional branches are shown in Table 29 Including both taken and not taken ones, 666% of the branches are conditional The CPI overhead due to conditional branches is derived by considering the cases in Table 29 and is equal to 020 x 066 x{ [ 0 9 x 0 5 x 1 ] + [ 0 1 x 0 5 x 1 ] + [ 0 1 x 0 5 x 2 ] } = 0079 CPI Combining the CPI ovemeads due to unconditional and conditional branches results in the total CPI overhead due to branch penalty of 00066 + 0079 = 00856 CPI Along with the original load penalty, the new overheads and the resultant overall CPI are shown here Load penalty overhead: 00625 CPI Branch penalty overhead: 00856 CPI Resultant CPI: 10 + 00625 + 00856 = 1149 CPI Therefore, with a series of refinements, the original CPI of 177 is reduced to 115 This is quite close to the idealized goal of CPI = 1 One way to view this is that CPI = 1 represents the ideal instruction pipeline, in which a new instruction is entered into the pipeline in every cycle This is achievable only if the third point of pipelining idealism is true, that is, all the instructions are independent In real programs there are inter-instruction dependences The CPI = 115 indicates that only a 15% overhead or inefficiency is incurred in the design of a realistic instruction pipeline that can deal with inter-instruction dependences This is quite impressive and reflects the effectiveness of instruction pipelining.

his appendix features the answers to the exercises in the back of each chapter. 4 was the first chapter to feature exercises, so that s where we start.

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4

1. This screenshot shows the error we got when we changed SayHello(); to SayHello(;.

of the PC, and these days it s also very much in the public eye With the advent of USB thumb drives, iPods, and digital cameras using CompactFlash and Secure Digital memory cards, all kinds of people from children to great-grandmothers, from artists to zookeepers are using removable storage With the high resolution of today s audio and video les, photographs, and games, the need for portable large-capacity storage is greater than ever The lowly oppy drive has the distinction of being the only component of a modern PC to employ basically the same technology as the original IBM PC It s hard to believe, but when the rst PCs came out, the entire data storage system consisted of a single oppy drive and multiple oppy disks holding a little more than 300,000 bytes of data each! Floppy drives (and disks) have been around ever since, but with the recent advances in storage technology, the oppy is nally entering its twilight, due mostly to its tiny capacity Technicians were the last holdout in keeping oppy drives around Although hard drives can contain trillions of bytes of data, they can also fail; until recently, techs could still depend on the oppy drive, and a disk that can hold less than 2 MB of data, to boot a failed system and provide troubleshooting utilities that might breathe life back into the PC While techs still need these tools, they now come in the form of bootable CDs, DVDs, and even U3 bootable USB thumb drives The labs in this chapter will introduce you to the installation, con guration, and use of removable media You ll work with thumb drives and even learn to install the venerable oppy drive this is important, as many corporations still order oppy drives with new machines The nal lab in the chapter looks at burning optical discs.

3. This screenshot shows the error we got when we deleted the left curly brace that opens the main() function.

Resultant CPI: 10 + 0063 + 0167 = 123 CPI By scheduling the load and branch penalty slots, the CPI overheads due to load and branch penalties are significantly reduced The resultant CPI of 123 is approaching the idealized goal of CPI = 1 The CPI overhead due to the branch penalty is still significant One way to reduce this overhead further is to consider ways to reduce the branch penalty of two cycles From the IBM study, instead of using the register-indirect mode of addressing, 90% of the branches can be coded as PC-relative Using the PC-relative addressing mode, the branch target address generation can be done without having to access the register file A separate adder can be included to generate the target address in parallel with the register read stage Hence, for the branch instructions that employ PC-relative addressing, the branch penalty can be reduced by one cycle For the 333% of the branches that are unconditional, they are 100% schedulable Hence, the branch penalty is only one cycle If 90% of them can be made PC-relative and consequendy eliminate the branch penalty, then only the remaining 10% of the unconditional branches will incur the branch penalty of one cycle The corresponding

4. This screenshot shows the error we got when we deleted the semicolon at the end of the printf().

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