BURST ARRIVAL TIME PROCESS TIME P1 10 P2 15 8 P3 25 P4 30 P5 12 7 P6 5 P7 4 4 PS 3 P9 5 11 P10 19 15 1. FCFC - WT, AWT, TAT & ATT 1. 9, 2.

Q: Process Burst time Po 15 P1 21 P2 7 P3 14

A: Shortest job first: Shortest job first is much suited approach to minimize waiting time. It selects…

Q: Burst time Process P1 2 P2 18 P3 12 P4 P5

A: Average waiting time using round robin algorithm

Q: Process Burst Time Priority 3 PI 10 P2 1 1 P3 2 3 Р4 1 4 P5 2

A: NOTE: Based on our rules, when multi-part questions are posted, we should answer only the first…

Q: Question no 1 Draw Gantt chart and find Average waiting time by FCFS and SRTN. Process P11 Arrival…

A: Introduction of CPU Scheduling: CPU Scheduling is the process in which one process uses the CPU and…

Q: Burst Time Arrival Time Priority Process PSA (NP) TAT PSA (NP) WT PSA (Pre) TAT PSA (Pre) WT (BT)…

A: In non preemptive method, the process will run till it complete the task and then the next highest…

Q: Burst Arrival Process Time Time SJF (NP) TAT SJF (NP) WT SRTF TAT SRTF WT (BT) (AT) P1 15 P2 10 P3 9…

A: There are many CPU scheduling process, that include: FCFS (First come first out) SJF (Shortest job…

Q: PROCESS BURST TIME P1 21 P2 3

A: Lets see the solution.

Q: Burst Arrival Process Time Time SJF (NP) TAT SJF (NP) WT SRTF TAT SRTF WT (BT) (AT) P1 15 P2 10 P3 9…

A: SJF(non premptive) and Shortest remaining time first is detailed in step 2.

Q: GIVEN THE TABLE BELOW. COMPUT AVE TAT AND AVE WT USING FCFS PROCESS ARRIVAL TIME BURST TIME…

A: The cpu scheduling algorithms are used to schedule the order of the processes to enter into the cpu.…

Q: The factors that define QoS are : a. Throughput b. Jitter c. Delay d. All of the mentioned

A: Asked:  The factors that define QoS are

Q: Process    Arrival Time              Burst Time P1                     0…

A: Process Arrival Time Burst Time P1 0 10 P2 3 8 P3 6 6 P4 8 4 P5 9 3   Gantt chart for…

Q: e arrival time for processes A,B,C and D are 0,2,4 and 5 respectively and the burst time are…

A: Required: The arrival time for processes  A,B,C and D are 0,2,4  and 5  respectively and the burst…

Q: x resource (1 start bit,7 databit,1 even bit,1finsih bit) , comminicates with Y in 35.000 bps bit sp

A: We need to answer -

Q: What is the shortcoming of using MIPS or FLOPS as a measure of system throughput?

A: To be determine: What is the shortcoming of using MIPS or FLOPS as a measure of system throughput?

Q: What is the shortcoming of using MIPS or FLOPS as a measure of system throughput?

A: Using MIPs and FLOPs  FLOPs measures only the floating point operations and not integers. MIPs…

Q: Arrival Burst Time 6. time РО P1 3 3 P2 4 1 P3 6. 3

A: The gantt chart for the non-preemptive shortest job first is given  by: P0 P2 P1 P3  0…

Q: A system implements Highest Response Ratio Next (HRRN), where the first tie break mechanism used is…

A: Introduction: Table is given for the processes.  Concept of HRRN and FCFS is being used.  Finally we…

Q: For each of the following page replacement policies, list the total number of page faults and fill…

A: Answer:Clock page replacement:

Q: 10000 kbytes of message in a circuit switching over 4-hop path with 100 ms propagation delay per hop…

A: Introductions :

Q: Consider a system with 80% hit ratio, 50 nano-seconds time to search the associative registers , 750…

A: (a) When the page number is in associative memory. The time required will be 50 nsec to get the page…

Q: Consider a system with 80% hit ratio, 50 nano-seconds time to search the associative registers , 750…

A: Here in the above problem given hit ratio=80% Time to search associative registers =50ns Time to…

Q: Consider a system with 80% hit ratio, 50 nano-seconds time to search the associative registers , 750…

A: i) When the page number is in associative memory Time required will be 50 nsec to get the page…

Q: Consider a system with 80% hit ratio, 50 nano-seconds time to search the associative registers , 750…

A: given hit ratio=80% Time to search associative registers =50ns Time to access memory=750ns a) The…

Q: Q7 A-A rale 1/2 convolutional code wilh de" 10 is used to encode a data sequence occurring al a rate…

A: Given: A rale 1/2 convolutional code with dyn" 10 is used to encode a data sequence occurring al a…

Q: Assume IM -300 picoseconds, TALU 150 picoseconds. TAdder 150 picoseconds,TReg 50 picoseconds Add Ax,…

A: Execution:

Q: Define the terms seek time, rotational delay, and transfer time. Explain their relationship.

A: Seek time: The time required to position a disk arm itself over a requested track where the data…

Q: (True/False): DRAM can only be erased using ultraviolet light.

A: DRAM Dynamic Random Access Memory (DRAM) is a type of random access semiconductor memory. It stores…

Q: The interactive transmission of data within a time sharing system may be best suited to a. simplex…

A: In Half-duplex, the transmission of data or information happens only in one direction at one time.…

Q: A flash memory of 16 Gbyte is used to store PCM voice data. Suppose that a CT voice signal is…

A: How many minutes of the voice signal can be stored (as PCM data) in this memory? For 12-bit, we…

Q: Consider the MIPS code segment, sll $12 $t1, 8 srl $t3, $t1, 1 sub $t1, $t2, $t3 explain the main…

A: Given: Consider the MIPS code segment,   sll $t2 $t1, 8   srl $t3, $t1,1   sub $t1, $t2, $t3…

Q: What phrase is used to refer to the sum of the rotational delay and seek time?

A: Ans: The phrase that is used to refer to the sum of the rotational delay and seek time is called the…

Q: A machine has a 5-stage pipeline, where each stage completes every 4 nanoseconds. What is the…

A: MIPS rate is short for Million instructions per second (MIPS) and it is a measure of a processor's…

Q: Question 1 Register 8RR SIM SCGC_5 Mask 001010이 100 Value 이010100이00001이000010이 00101o0000 ele eee…

A: The answer for both mcqs given below

Q: Twenty two sources, four with a bit rate of 400 Mbps, ten with a bit rate of 200 Mbps and eight with…

A: Actually, given information: Twenty two sources, four with a bit rate of 400 Mbps, ten with a bit…

Q: Consider a 4-bit ADC and full scale voltage measurement range of (0-45).The Resolution will be O…

A: ANS: 2.81 Explanation: Now, we know that a n-bit ADC has a resolution of one part in 2^n. For…

Q: n Figure 9.9, why is the destination hardware address of the frame from A to B a broadcast address?

A: Given that station ‘A’ does not know the link layer address of station ‘B’. • Link layer address is…

Q: What is short stroking, and how does it affect the relative cost per gigabyte of SSDs?

A: Short stroking Short stroking is used for formatting a disk drive. Hence the data can be written to…

Q: What are the different components of the MIPS datapath?

A: In this we will discuss about the different component of MIPS datapath

Q: Assume that clock rate for a multicycle datapath is 5 GHz. The following subroutine is used for…

A: Assume that clock rate for a multicycle datapath is 5 GHz. The following subroutine is used for…

Q: What Is rotational latency?

A: Given: Rotational latency To explain: To explain about rotational latency and its uses

Q: Consider the following Processes with the Arrival Time and Burst Time, Draw the Gantt Chart and…

A: Process table:   Process Arrival Time Burst Time (Sec) P1 0 3 P2 1 2 P3…

Q: After Executing: MOV SP-30000 MOV AX,0AABBH MOV CX,0CCDDH MOV DX,0EEFFH

A: Microprocessor is a controlling unit of a micro-computer, fabricated on a small chip capable of…

Q: 7. Computation is performed by a RISC ISA. A = B* (C + D). What is the value in (A) after the…

A: The answer is below:-

Q: Ten sources, two with a bit rate of 8 Mbps, four with a bit rate of 2 Mbps and four with a bit rate…

A: We have 10 different bits We consider height bit rate = 8mbps Unit size =10 bits In synchronous…

Q: . In _______ transmission, a start bit and a stop bit frame a character byte. a. asynchronous serial…

A: Lets see the solution.

Q: Define seek time and latency time.

A: Seek Time Definition: Seek time is nothing but a time needed to turnaround or move the disk arm to…

Q: Q3: According to Amdahl's law, when we speed up one part of a system, the effect on the overall…

A: Let's understand step by step :   Amdahl's Law : This law is used to enhance the performance of…

Q: A noiseless channel with a bandwidth of 'B' Hz is transmitting a signal with 16 signal levels. Then…

A: In this problem, we will calculate the maximum bit rate passing through a noiseless channel.

Q: Find the missing bits in the below RAID level 3 using parity bits. (Note: read from row 1 to row 4…

A: Here in this question we have given raid level 3 parity bit concept.there we have given some missing…

Q: uss the relationship between telinit and system-d's unit activation requ

A: The telinit command can be used to change the system runlevel.The RUNLEVEL argument should be one of…