Lab 10 Solution F23-4

I need answer for number 1

It is essential to illustrate, from the perspective of a programmer, why deep access is better to shallow access, and you should avoid basing your case just on performance concerns. It is vital to avoid based your argument solely on performance considerations.

The result for the SPEC CPU 2017 Integer Speed Result on an Intel Xeon Platinum 8490Hprocessor. This system has an enabled 120 cores, 2 chips and 2 threads/core where each benchmarkprogram is executed simultaneously on all 120 cores with the execution time and ratio for each test asshown on the table. Compute for the speed metric on base and peak.

O Came x CCC Cam X Asser X Test# X MTH X MTH XL 4 MTH X s://camdencc.instructure.com/courses/18816/assignments/296647?module_item_id%=717598 2/SP Assignments > Assembly Project 2- Chapter 6 Assembly Project 2 - Chapter 6 Due Sunday by 11:59pm Points 100 Submitting a text entry box or a file upload Available until Ma Write an assembly program to set RO=1 if there's a 5 in one of ten memory locations, starting at x310O. At the beginning 5 is found, it should leave RO set to 0. Please submit your assembly program below. I will run it with my data. Extra credit - 20 points: If a 5 is found, output the following message to the console, "A 5 was found at x31xx." 31xx is the Here is the test data I used to generate the screen print below. It is not the test data I will use to grade your project. ORIG x3100 FILL #10 FILL #20 FILL #30 FILL #40 FILL #50 FILL #5 FILL #70 FILL #5 FILL #90 FILL #100 END Here is a screen print of the console for the extra credit Type here to search 12 05 f4 O 16 CD…

To speed up compilation on two processor devices, use gmake -j.The Issue: It takes a long time to compile large applications. We need a means to expedite things. We have a machine with two processors. Is there any way to speed up the construction other than starting two builds at the same time?

If you want to convince a programmer that deep access is preferable to shallow access, you need to explain why it is preferable from the perspective of the programmer, not just performance.

Instead of relying only on considerations pertaining to performance, you should demonstrate, from the point of view of a programmer, why deep access is preferable to shallow access.

In this question you will be considering the development of a platform through which people working from home can monitor and control machines such as 3D printers, working in a factory. i. You are provided with the following requirement. "User can select a 3D model file from a list and add it to a queue for one of the printers." Write out a step-by-step process that a tester can use to test this requirement. ii. Write TWO requirements for the monitoring part of the platform, using the EARS syntax.

When designing a Command Buffer, Renderer Command Queue and Submission flow, Swap Chains, and Render Passes. How does the renderer command queue knows when to flush and execute the render pass to render our actual scene? What should consist of command buffers, and what data are normally stored here? Can you give me a realistic example of what types of data is usually stored in a single or even multiple command buffers?Show me in C++ pseudo-code, on ways professionally designing and implementing renderer command queues may be implemented, to give me a visual idea.Another thing is show me some examples of how render passes are implemented. Meaning designing an engine and keeping in mind that renderer command queues and render passes may need to handle more then just complex scenes, show me some examples of how render passes may be implemented.

There are other methods available to stop the progress of a process, but "interrupt" and "traps" are two of the most common. Explain the distinctions between Interrupt and Trap, and provide some examples of each.

If you want to argue that deep access is better than shallow access, you need to do more than simply point to performance gains.

It is crucial to demonstrate, from a programmer's perspective, why deep access is superior to superficial access, and you should avoid based your argument solely on performance concerns. It is essential to avoid basing your argument solely on performance factors.

Create a script that will do the process of grades computation with the the following consideration:1 Major exam : 40%3 Quizzes : 20%1 Project : 30%2 Assignments : 10% Compute for the average of the grades after user provided the data. Also, kindly consider the table specification commensurate to the grades computed: Grades        Remarks98-100        1.095-97          1.2592-94          1.589-91          1.7586-88        2.083-85        2.2579-82        2.576-78        2.7575             3.0<75           5.0>100        N/A   Sample Output: Please enter Student Name: RyanPlease Enter grade for Major Exam: 90Please Enter grade for Quiz 1: 90Please Enter grade for Quiz 2: 90Please Enter grade for Quiz 3: 90Please Enter grade for Project: 90Please Enter grade for Assignment 1:90Please Enter grade for Assignment 2: 90 1 Major Exam's average is 90 and the 40% equivalent is 36 3 Quizzes' average is 90 and the 20% equivalent is 18 1 Project’s average is 90 and the 30% equivalent is 27 1…

Using either "interrupt" or "traps," you may stop a process in its tracks.Discuss the similarities and differences between Interrupt and Trap, and provide examples of each.

To expedite compilation on two processor devices, use gmake -j.Large applications require a long time to compile, which is the issue. We require a method for accelerating things. Our computer has two processors. Is there any other method to speed up the construction than starting two builds simultaneously.

Don't just argue about how much better deep access is than shallow access in terms of performance; make the case from the perspective of a programmer for why you should use deep access rather than shallow access.