Infosys2 - >> 14 Compiler related Qn>> 15 LAN frames related Qn>> 16 parameter passing(35,20>> 17 sliding window protocol> BUFFER

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> The Questions are follows > > > 1. Number of null pointers in any binary tree = n+1 > > 2. max(t1,t2,. ..tn) = pipelining > > 3. 50% -DBETXXXXXX - density > > 4. print (Head(T)) > Traverse(left(T)) > print (Head(T)) > Traverse(right(T)) - ans: none of the above > > 5. Boolean expn Evalvate > > 6. Common subexpn : - ans : a + e > > 7. LRU : 1, 2, 3. > > 8. Tr. Delay - 10000 bits ans. 10.01 > > 9. Grammar of Number of shift / reduce operator : ans. 4 > > 10. CPU scheduling 9,8 ? > > 11. if even x/2 > else p(p(3x+1)) > > 2^k + 1: 3 . 2^(k-1) clarify this with sans > > 12. allocation ans: (ii) only > > 13. swapping : ans: reference only
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Unformatted text preview: > > 14. Compiler - related Qn. > > 15. LAN frames - ? related Qn. > > 16. parameter passing (35,20) > > 17. sliding window protocol > - BUFFER SIZE large > > 18. kernel mode - deallocate resource > > 19. logic circuit > ans . Minimum OR = 3 > > 20. Combinatorics related > > 21. priority scheduling > > 22. cobegin > begin x = y; x= x+1; y= x > begin x =y; z= z+1; y= z > coend > > ans. Number of values possi = 2 > > 23. 2 bits flip / 2 bits exchange > > ans : the word with one '1' > > 24. any addr > K^+ v(a) + 2I - 2a > /************************************************************************...
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This note was uploaded on 06/27/2010 for the course MACS MCA taught by Professor Brs during the Spring '10 term at National Institute of Technology, Calicut.

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Infosys2 - >> 14 Compiler related Qn>> 15 LAN frames related Qn>> 16 parameter passing(35,20>> 17 sliding window protocol> BUFFER

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