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Answers by vinay chauhan

0 votes
1
operating system cpu utilization
in a round robin scheduling s represents the time of context switching, q represents the time quantum and r represents the average time the process runs before blocking on i/o. if s<q<r, then cpu efficiency? a )q/q+s b) q/r+s c) r/r+s d) qr/r+s
in a round robin scheduling s represents the time of context switching, q represents the time quantum and r represents the average time the process runs before blocking on i/o. if s<q<r, then cpu efficiency? a )q/q+s b) q/r+s c) r/r+s d) qr/r+s
answered Jan 27, 2019 in Operating System 1.4k views
0 votes
2
theory of computation
Which of the following problems is/are P-problems? I. Equivalence of DFA's II. Equivalence of NFA III. Equivalence of RE (a) Only I (b) Only I and II (c) Only II and III (d) All
Which of the following problems is/are P-problems? I. Equivalence of DFA's II. Equivalence of NFA III. Equivalence of RE (a) Only I (b) Only I and II (c) Only II and III (d) All
answered Jan 25, 2019 in Theory of Computation 104 views
3 votes
3
GATE2003-69
The following are the starting and ending times of activities $A, B, C, D, E, F, G$ and $H$ ... in a room only if the room is reserved for the activity for its entire duration. What is the minimum number of rooms required? $3$ $4$ $5$ $6$
The following are the starting and ending times of activities $A, B, C, D, E, F, G$ and $H$ respectively in chronological order: $ a_s \: b_s \: c_s \: a_e \: d_s \: c_e \: e_s \: f_s \: b_e \: d_e \: g_s \: e_e \: f_e \: h_s \: g_e \: h_e $ ... scheduled in a room only if the room is reserved for the activity for its entire duration. What is the minimum number of rooms required? $3$ $4$ $5$ $6$
answered Aug 13, 2018 in Algorithms 5.8k views
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