Consider the last 5 alphabets of your name as processes. The size of the process is the ASCII code of the alphabet. If your name has alphabets less than 5 then add P, X, and Z in the end. Size of memory is 500 MB. Having dual core processor show the sequence in which the processes will be loaded in memory. Arrival of first process is at 9 a.m and each process arrives 5 mins after the previous process. The burst time of all processes is 10 and the priority of vowels (i.e. a,e,i,o,u) is 1 and priority of all other processes is 2. Apply the scheduling algorithms to show in
Consider the last 5 alphabets of your name as processes. The size of the process is the ASCII code of the alphabet. If your name has alphabets less than 5 then add P, X, and Z in the end. Size of memory is 500 MB. Having dual core processor show the sequence in which the processes will be loaded in memory. Arrival of first process is at 9 a.m and each process arrives 5 mins after the previous process. The burst time of all processes is 10 and the priority of vowels (i.e. a,e,i,o,u) is 1 and priority of all other processes is 2. Apply the scheduling algorithms to show in
Consider the last 5 alphabets of your name as processes. The size of the process is the ASCII code of the alphabet. If your name has alphabets less than 5 then add P, X, and Z in the end. Size of memory is 500 MB. Having dual core processor show the sequence in which the processes will be loaded in memory. Arrival of first process is at 9 a.m and each process arrives 5 mins after the previous process. The burst time of all processes is 10 and the priority of vowels (i.e. a,e,i,o,u) is 1 and priority of all other processes is 2. Apply the scheduling algorithms to show in
Consider the last 5 alphabets of your name as processes. The size of the process is the ASCII code of the alphabet. If your name has alphabets less than 5 then add P, X, and Z in the end. Size of memory is 500 MB. Having dual core processor show the sequence in which the processes will be loaded in memory. Arrival of first process is at 9 a.m and each process arrives 5 mins after the previous process. The burst time of all processes is 10 and the priority of vowels (i.e. a,e,i,o,u) is 1 and priority of all other processes is 2. Apply the scheduling algorithms to show in which sequence the processes will execute. Calculate the waiting time of each process and average waiting time. What do you think which algorithm works best in the given scenario. Give reason for your answer
NOTE : NAME IS " BILAL".
Process or set of rules that allow for the solving of specific, well-defined computational problems through a specific series of commands. This topic is fundamental in computer science, especially with regard to artificial intelligence, databases, graphics, networking, operating systems, and security.
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