T/F about operating system, thank you very much
11.In a multithreaded computation, threads use time-multiplexed sharing much more than space-multiplexed sharing.
12.An example of an I/O resource is the primary memory.
13.The status of a thread is the same as the status of the process that contains that thread.
14.In UNIX, after the fork() is completed, the OS will choose the parent to be the next process to use the processor.
15.The use of the device-independent part in device management is to speed up the response time to an I/O devic
Answer:-----------
11.In a multithreaded computation, threads use time-multiplexed sharing much more than space-multiplexed sharing.=> True
12.An example of an I/O resource is the primary memory. ==> False
13.The status of a thread is the same as the status of the process that contains that thread. ==> False
14.In UNIX, after the fork() is completed, the OS will choose the parent to be the next process to use the processor. ==> True
15.The use of the device-independent part in device management is to speed up the response time to an I/O device. ==>True
T/F about operating system, thank you very much 11.In a multithreaded computation, threads use time-multiplexed sharing...
T/F about operating system, thank you very much 1. A compiler belongs to an application programming interface. 2. An OS is distinguished from other system software in that it runs faster because it has exclusive control of the processor. 3. One advantage of resource abstraction is that it provides the most efficient use of resources. 4. Use of metered automobile parking space is an example of time-multiplexed sharing. 5. Space-multiplexed sharing is related to swapping processes to and from disks.
T/F question about operating system, thank you 1. A deadlocked system must involve at least two threads/processes that are deadlocked. 2. If all 4 following conditions hold in a system: mutual exclusion, hold and wait, circular waiting, and no pre-emption, then a deadlock must occur. 3. In avoidance strategy, the OS may refuse to allocate requested resources if there is a potential for a deadlock. 4. Given a reusable resource graph representing a state S, state S is a deadlock...
Description In this homework, you are asked to implement a multithreaded program that will allow us to measure the performance (i.e, CPU utilization, Throughput, Turnaround time, and Waiting time in Ready Queue) of the four basic CPU scheduling algorithms (namely, FIFO, SJE PR, and RR). Your program will be emulating/simulating the processes whose priority, sequence of CPU burst time(ms) and I'O burst time(ms) will be given in an input file. Assume that all scheduling algorithms except RR will be non-preemptive,...
Vocabulary Exercises is the communication channel that connects all computer system components Cache types that are generally implemented on the same chip as the CPU include 3. thus controlling access to the bus by all other The CPU is always capable of being a(a) devices in the computer system. 4. An) is a reserved area of memory used to resolve differences in data transfer rate or data transfer unit size. 5. A(n) is an area of fast memory where data...
# No plagiarism #Decide on the type of motherboard to use in the computer system you are designing. Explain what it is and why you chose it. This from Lab 5.1 Using the information you recorded previously in Step 5, consult Table 5-1 to find out how to enter your system’s setup utility. (Alternatively, when you first turn on your PC, look for a message on your screen, which might read something like “Press F2 to access setup.” Table 5-1:...
please use python and provide run result, thank you!
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For this assignment you will have to investigate the use of the Python random library's random generator function, random.randrange(stop), randrange produces a random integer in the range of 0 to stop-1. You will need to import random at the top of your program. You can find this in the text or using the online resources given in the lectures A Slot Machine Simulation Understand...
Risk management in Information Security today Everyday information security professionals are bombarded with marketing messages around risk and threat management, fostering an environment in which objectives seem clear: manage risk, manage threat, stop attacks, identify attackers. These objectives aren't wrong, but they are fundamentally misleading.In this session we'll examine the state of the information security industry in order to understand how the current climate fails to address the true needs of the business. We'll use those lessons as a foundation...