Considering that its first quantity in 1960, "Advances in Computing" has got down to current distinctive assurance of concepts in undefined, software program, computing device conception, layout and functions. It has additionally supplied members with a medium during which they could study their matters in larger intensity and breadth than that allowed by means of common magazine articles. quantity 37 comprises distinct evaluate articles on automatics programming; electronic sign processing; neural networks for trend popularity; computational heuristics; high-level synthesis of electronic circuits; matters in dataflow computing; and sociological heritage of the neural community controversy.
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This ebook constitutes the refereed court cases of the eleventh foreign Symposium on Static research, SAS 2004, held in Verona, Italy in August 2004. The 23 revised complete papers awarded with an invited paper and abstracts of three invited talks have been rigorously reviewed and chosen from sixty three submissions. The papers are geared up in topical sections on software and structures verification, safety and security, pointer research, summary interpretation and algorithms, form research, summary area and knowledge constructions, form research and good judgment, and termination research.
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Extra resources for Advances in Computers, Vol. 37
5 Complete Program: Using Input, Data Transfer, and Output As one more modification to the above program to implement both the concepts learned in Chapters 1 and 2, consider the following program. data byte "%d",0 byte 0Ah,"%s",0 byte 0Ah,"%s%d",0Ah,0Ah,0 byte "Enter an integer for num1: ",0 byte "The integer in num2 is: ",0 sdword ? ; first number sdword ? 6 Summary • Use the PROTO and INVOKE directives to implement the C functions scanf and printf. • Be careful, the INVOKE directive destroys the contents of the eax, ecx, and edx registers.
Assuming num1 initially contains a 5 and num2 contains a 7, then Fig. 1 shows the results after execution of the previous code segment, where eax and sum contain a 12. Although it is possible to use any of the other three registers and accomplish the same task, it is usually better to use the accumulator, the eax register, because the arithmetic instructions that use the eax register tend to use less memory and are also a little faster, as will be seen in Chapter 10. Also, just like there are often many ways to solve a problem in high-level languages, the same is true in low-level languages.
In the above segment, the contents of num1 are copied into the eax register, then the contents of num2 are added to eax, and lastly the contents of eax are copied into the variable sum. Assuming num1 initially contains a 5 and num2 contains a 7, then Fig. 1 shows the results after execution of the previous code segment, where eax and sum contain a 12. Although it is possible to use any of the other three registers and accomplish the same task, it is usually better to use the accumulator, the eax register, because the arithmetic instructions that use the eax register tend to use less memory and are also a little faster, as will be seen in Chapter 10.
Advances in Computers, Vol. 37