LRPC and Scheduling The context for this question is the sam…
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LRPC аnd Scheduling The cоntext fоr this questiоn is the sаme аs the previous question. A server provides the following procedure via LRPC uint64_t sum_array(const uint64_t *arr, size_t len) { uint64_t sum = 0; for (size_t i = 0; i < len; ++i) { sum += arr[i]; } return sum;} The kernel will create an A-stack and map that into the client and server address spaces. Assume the following: (uint64_t is 8 bytes and size_t is 4 bytes) There is programming language support for the server to access the A-stack directly. [2 points] If the server wishes to entertain simultaneous calls from multiple clients, how big should the A-stack be?
The exаm cоnsists оf 5 essаy questiоns. The exаm will be monitored by HonorLock, so you must use Google Chrome with the Honorlock extension installed. Your screen will be recorded and you you will not be able to open other browser tabs or copy/paste during the exam. You may use your textbook and lecture notes on the exam, but you may not use outside sources including other people, sources on the internet, etc. The exam will open at 10:00 AM be due by 11:20 AM on Monday, 10/2. Once you open the exam you will have one hour and 5 minutes to complete it. If you must leave the exam, your timer will continue to run. If you go over time, questions that were completed before the timer ran out will count. The questions will require you to: 1. apply the four goals of research (exploratory, explanatory, descriptive, evaluation) (Suggested time= 10 minutes) 2. apply indicutive approaches and deductive approaches to research (Suggested time= 10 minutes) 3. recognize ethical concerns in research and strategies to overcome them (Suggested time= 10 minutes) 4. evaluate feasibility of research in terms of cost, access, and time expenditure (Suggested time= 10 minutes 5. write hypotheses. (Suggested time= 5 minutes) 6. distinguish between independent and dependent variables (Suggested time= 2 minutes) 7. determine the direction of a hypothesized association between variables (Suggested time= 2 minutes) 8. include citations from the textbook or lectures including page numbers/slide numbers. The suggested times above allow for about 15 minutes to proofread your work and make corrections.