Process    Arrival Time              Burst Time P1                     0                                10 P2                     3                                 08 P3                     6                                 06 P4                     8                                 0 4 P5                     9                                 03 Draw Gant Chart for SRTF algorithms and Round Robin (time quantum=4 msec) and compute average Waiting time for both algorithm

Q: When do the Prim and Kruskal algorithms create distinct MSTS?

A: To be determine: When do the Prim and Kruskal algorithms create distinct MSTs?

Q: Question 2 TQ=2 for Round Robin Process Arrival Time Burst Time Priority P1 0 11 2 P2 5 28 0 P3 12 2…

A:

Q: Define temporal locality.

A: Locality: Programs tend to use data and instructions with addresses near or equal to those they…

Q: If one machine is in hot standby mode, this clustering of the computer system is a. symmetric b.…

A: The correct answer is (b) asymmetric.

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: _______ provides redundancy to ensure synchronization and inherent error detection.

A: Given that: The topic is about  provides redundancy to ensure synchronization and inherent error…

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

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

Q: PROCESS BURST TIME P1 21 P2 3

A: Lets see the solution.

Q: Process PO while (true) wait (SO); print '0' signal (S1); signal (S2); } Process P1 wait (S1):…

A: According to the information given:- We have to explain how many times will process P0 print '0'. on…

Q: With drawing Compute the Average access time for memory system when the time for Main Memory is 2000…

A: A form of resource management, which is applied to computer memory is called memory management. In…

Q: Q1.31 The circuit diagram for the following Verilog statement is: timescale 1 ns /1 ps // time units…

A: Verilog code: It is a Hardware Descriptive Language. It is used to describe a digital system. The…

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: Q2: Consider a zero memory source with: S= {sl, s2, s3, s4, s5, s6, s7}; P= {0.10, 0.15, 0.10, 0.25,…

A:

Q: Q7: Perform shortest job first (Non-preemptive for the following data) Arrival Burst time Time PO 6…

A: I have attached the handwritten image for this problem and created the Gantt Chart corresponding to…

Q: 6. Examine the systems given below. System (a): 0.88 0 85 0 93 0.95 System (b): 0.95 0.93 0.85 0.83…

A: Calculating System Reliabiity System (a) All the components are arranged in series Probability of…

Q: 7) Consider the following RAID 2 system and given data words, obtain a Codeword for each case…

A: RAID 2: RAID 2 system consists of bit level striping. It uses Error Correction Code using Hamming…

Q: For the maximum current problem as shown below, there is an acceptable current. Find a way to…

A: The maximum flow is given as follows: s-1-4-T: min {6,4,1} = 1 s-1-4-3-T: min {5,3,1,5} = 1 s-1-3-T:…

Q: 21 19 have a memory of 2 cells organized in banks of 2 cells... (a) Its implementation requires a…

A: 221 cells. Number of 219 cells required to organize the required memory = 221/219 = 22 = 4.

Q: When can Prim’s and Kruskal’s algorithms yield different MSTs?

A: I have provided a solution in step2.

Q: M1 M2 M3 M4 M5 M6 0.3 0.25 0.2 0.15 0.07 x   Find the value of x, and the code length…

A: Code word length = sum of P(i)*L(i)  Where P(i) is probability  L(i) is the code length  Using…

Q: What is the relationship between FIFO and clock page replacement algorithm?

A: The Answer is in Below Steps:-

Q: Find the stages of datapath and control (Execution sequence) for ADD R1,R2, R3; R3 <= R1 + R2.

A: Introduction :Given ,  ADD R1,R2, R3; R3 &lt;= R1 + R2We have asked to Find the stages of datapath…

Q: Explain Unix SVR4 Two-Handed Clock Page Replacement algorithm and draw the chart

A: Answer to the above question is in step2.

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: 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: A family of polynomial block codes designed to correct burst errors is known as Fire codes explain?

A: Given that: A family of polynomial block codes designed to correct burst errors is known as Fire…

Q: The alphabet set of a discrete memoryless source (DMS) consists of six symbols A, B, C, D, E, and F…

A: Huffman coding:It  is a lossless data compression algorithm.To design a tree start by taking a…

Q: Problem 10-2: For a given state in AES to be encrypted, complete the following table for different…

A: It is characterized as a symmetric square code picked by the U.S. government to ensure grouped data.…

Q: Compute the number of cycles required for the following Delay subroutine to execute. LDX #S0A L1 NOP…

A: we have to compute the number of cycles required for the given delay :-            LDX #$0A L1…

Q: using MATLAB Simulink Q3/ Simulate and plot the output x and y by using M-file script. The t is the…

A: Solution :-  The solution for the above given question is mention below as, 1)  x = 16(sin t)^3…

Q: parallel programming question: State the basic steps (in English or pseudo code) of scatter…

A: The algorithm is given below

Q: Consider a telegraph source having two symbols, dot and dash. The dot duration is 0.2 second. The…

A:

Q: Gant Chart for SRTF algorithms

A: The SRTF algorithm is known as the shortest remaining time first is a scheduling method that is the…

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: 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: After executing : MOV SP,-10101111000B PUSH SP What is the content in hex of the…

A: When Mov SP,--10101111000B is executed, the hex value of SP register will be H=FA and L=88 where H…

Q: Explain and illustrate the Unix SVR4 Two-Handed Clock Page Replacement algorithm.

A: A finger is pointing to the earliest page. When a page fault occurs, the page to which the hand is…

Q: Given 5 processes with burst time 10,8,12,2,1 and all process are available at t=0. Find which…

A: SJF algorithm is shortest job first algorithm where the Process with less burst time is scheduled…

Q: For the memory of Von-Neumann, if it store 8 bits/cell and the address width is 7 bits. Maximum…

A: Actually, memory is used to stores the data.

Q: 5. Calculate the executing time for the following subroutine. (Assume crystal frequency = 6.144…

A: Given Data : Assembly code involving two-loop i.e. LOOP and LOOP1. Frequency = 6.144 MHz.

Q: What would be the latency of the system? Express your answer in terms of k. Latency =   What would…

A: ANSWER:-

Q: Find the performance of SRT. Round Robin scheduling 1. Throughput 2. Starvation 3.…

A:

Q: ted. Branch Predictor Branch State Outcome Address 10 11 OXFA00 10 NT OXFF18 11 Pekr 01 00 DXFF24 00…

A: State 01 at branch address 0xff30 goes to new sate 11 when True (T) IS encountered. State 11 at…

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: When are the MSTS produced by the Prim and Kruskal algorithms different?

A: First, let's discuss a little bit about it: MST means minimum spanning tree.  The conditions are:…

Q: if a 12-bit linear pcm code with a resolution of 0.188V, if the voltage range that would be…

A: PCM stands for Pulse Code Modulation Using PCM we can represent our digital signals from a analog…

Q: a) Explain the difference between external and internal time synchronization and name at least one…

A: The aim of time synchronization is to make sure that all the nodes connected in a system have same…

Embedded Software Development

Using specific programming languages (like C and C++) to write code for a specific hardware device in which it runs is called embedded software development. It makes the device smart by performing actions based on user's input which improves the user experience. They are designed to perform function-specific tasks rather than doing multiple tasks like computers. The embedded system is incredibly intuitive. An embedded software system could be a system developed and organized on any device, apart from an old-fashioned computer. It is the brain of a specific device; however, it is a solely useless tool and simple to elucidate what software system is embedded.