Consider a system with 13 dedicated devices of the same type. All jobs currently running on this system require a maximum of three devices to complete their execution. The jobs run for long periods of time with just two
devices, requesting the remaining device 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.
b. What are the minimum and maximum number of devices that may be idle
as a result of this policy? Under what circumstances would an additional
job be started?

The technology acceptance model (tam) is a two-factor model that describes user acceptance of new or replacement technology solutions (davis, 1989). this evaluation model has withstood the test of time and is widely used. the model is based upon perceptions and beliefs of individuals and measures two types of factors: (a) perceived ease of use and (b) perceived usefulness. prepare an analysis (briefing paper) (5 to 7 strong paragraphs) in which you explain how cybersecurity researchers could use the tam model to explore the factors which affect employee acceptance of biometrics used for access to facilities and/or computing systems. what research questions might they ask? what measurements would be needed? post your briefing paper as a reply to this topic. remember to cite your sources (3 minimum) and include a reference list at the end of your posting.