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Consider a system with 13 dedicated devices of the same type and all jobs currently

running on this system require a maximum of three devices to complete their

execution but they each run for long periods of time with just two devices and

request the remaining one only at the very end of the run. Assume that the job

stream is endless and that your operating system’s device allocation policy is a very

conservative one: No job will be started unless all the required drives have been

allocated to it for the entire duration of its run.

c. Under what circumstances an additional job would be started?


Consider a system with 13 dedicated devices of the same type and all jobs currently running on this system require a maximum of three devices to complete their execution but they each run for long periods of time with just two devices and request the remaining one only at the very end of the run. Assume that the job stream is endless and that your operating system’s device allocation policy is a very conservative one: No job will be started unless all the required drives have been allocated to it for the entire duration of its run. b. Explain what are the minimum and maximum numbers of devices that may be idle as a result of this policy. 


Consider a system with 13 dedicated devices of the same type and all jobs currently running on this system requires a maximum of three devices to complete their execution but they each run for long periods of time with just two devices and request the remaining one only at the very end of the run. Assume that the job stream is endless and that your operating system’s device allocation policy is a very conservative one: No job will be started unless all the required drives have been allocated to it for the entire duration of its run. Under what circumstances an additional job would be started?

Consider a system with 13 dedicated devices of the same type and all jobs currently running on this system require a maximum of three devices to complete their execution but they each run for long periods of time with just two devices and request the remaining one only at the very end of the run. Assume that the job stream is endless and that your operating system’s device allocation policy is a very conservative one: No job will be started unless all the required drives have been allocated to it for the entire duration of its run. Explain what are the minimum and maximum numbers of devices that may be idle as a result of this policy. 


Consider a system with 13 dedicated devices of the same type and all jobs currently
running on this system require a maximum of three devices to complete their
execution but they each run for long periods of time with just two devices and
request the remaining one only at the very end of the run. Assume that the job
stream is endless and that your operating systemà ƒ ƒ ƒ ¢ € ™s device allocation policy is a very
conservative one: No job will be started unless all the required drives have been
allocated to it for the entire duration of its run.
Explain what are the minimum and maximum numbers of devices that may be
idle as a result of this policy.

Consider a system with 13 dedicated devices of the same type and all jobs currently running on this system require a maximum of three devices to complete their execution but they each run for long periods of time with just two devices and request the remaining one only at the very end of the run. Assume that the job stream is endless and that your operating system’s device allocation policy is a very conservative one: No job will be started unless all the required drives have been allocated to it for the entire duration of its run. a. What is the maximum number of jobs that can be in progress at once? Explain your answer.


Outline any there measures as examples of how the cyber security individual targets can take to prevent cyber attacks


Describe any two possible individual or personal cyber impacts using examples


Using a short description and give one example of each of the following areas of cyber security : cybercrime, cyber harassment or bullying , cyber warfare, cyber surveillance , what makes cyber security difficult


Describe briefly how cyber security overlaps the information security, application security, network security, internet security


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