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Task 1
1. How to avoid Deadlocks
Task 2
Basic concepts related to Memory Management.
Process Address Space
Static vs Dynamic Loading
Static vs Dynamic Linking
Swapping
Memory Allocation
Fragmentation
Paging
Address Translation
Segmentation
Task 3:
find themselves out of compliance with software licensing because of software piracy or other licensing issues
Identify Hardware required for your system to function. Software required for system to function. Required quality measures, including performance requirements.
Discuss briefly the network management software components and describe the elements and capabilities of a fault, configuration, accountingn and security server.
You will investigate technical problems of operating systems, and provide a written report. Your research should focus on an in-depth topic about theories, algorithms, approaches, mechanisms, or implementation.
Design a dedicated microprocessor for inputting multiple 8-bit unsigned numbers until a zero is entered. Then output the number of numbers entered. First design the datapath and write the control words for it. Clearly label all control signals. Th..
Identify the levels in the file hierarchy and identify the order in which the directories need to be created and identify the commands used for creating the file hierarchy.
Suppose a time-sharing operating system allocated time slices of 20 milliseconds and the machine executed an average of 5000 instructions per microsecond. How many instructions could be executed in a single time slice?
Research and comparatively analyze Ethernet's CSMA/CD and Token Ring's token passing.
A stage of n x n banyan network consists of (n/2) 2x2 switching elements. 1st stage directs packets to the correct half of the network.
A machine has a 32-bit address space and an 4-KB page. Suppose a simple OS just boot up on the machine, running a single process. The process uses 2 memory pages for the text and data memory (combined) near the lowest virtual address, and 1 memory pa..
In this lab you will simulate demand paging and see how the number of page faults depends on page size, program size, replacement algorithm, and job mix.
Consider Figure 5.26. Assume that all links are one hundred Mbps. Determine the maximum total aggregate throughput that can be achieved among the nine hosts and two servers in the network?
Compare threads and processes based on the amounts of system resources each uses and based on a common file each uses. How does this answer affect the efficiency of context switching for each?
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