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- Why should we use a linker? Group of answer choices A. The linker can help you find errors in your program by yelling at you when you have multiple symbols defined. B. The best practice is to actually avoid using linkers. C. We can 'link' together files that we have previously compiled, which saves us time. We can also link together files 'dynamically' which saves us overall memory on our system if those libraries are shared amongst many programs.Numbers between 0 and 15 are stored in the memory location starting from physical address B000Fh randomly. Write a program which finds the element order number in the string starting from 0 to 15 and writes to physical address C000Fh. (Eg: "1" is 2nd element in the first string, "2" is 4th element, ....etc)An application loads 100 libraries at start-up. Loading each library requires exactly one disk access. The seek time of the disk to a random location is given as 10 ms. Rotational speed of disk is 6000 rpm. If all 100 libraries are loaded from random locations on the disk, how long does it take to load all libraries? (The time to transfer data from the disk block once the head has been positioned at the start of the block may be neglected.)
- A common memory matching game played by young children is to start with a deck of cards that contain identical pairs. For example, given six cards in the deck, two might be labeled 1, two labeled 2, and two labeled 3. The cards are shuffled and placed face down on the table. A player then selects two cards that are face down, turns them face up, and if the cards match, they are left face up. If the two cards do not match, they are returned to their original face down position. The game continues until all cards are face up. Write a program that plays the memory matching game. Use 16 cards that are laid out in a 4 4 square and are labeled with pairs of numbers from 1 to 8. Your program should allow the player to specify the cards that he or she would like to select through a coordinate system. For example, in the following layout: 1 2 3 4 1 8 * * * 2 * * * * 3 * 8 * * 4 * * * * all of the face down cards are indicated by *. The pairs of 8 that are face up are at coordinates (1,1) and…3. I/O Management: Disk Arm Scheduling & RAIDa. It is known that a disk drive has 256 cylinders, with cylinder numbers starting from 0 and ending at 255. The position of the needle on the disk drive currently stops at 128. It is also known that the needle always “goes to the cylinder with the smaller number first”. The order of the positions visited sequentially is: 254, 64, 32, 100, 50, 70. From the 3 choices of algorithms below, which one is the best algorithm? Make each image and determine the seektime.i. SCANii. C-SCANiii. FIFOThis is the follow up question from the previous follow up question. The code has to work in QtSpim. My professor wants the class to use the QtSpim. From the updated code, I am still getting error that says "Memory address out of bounds" and negative output. Can you help me fix this. Thanks. .datanewline: .asciiz "\n" .globl main .textmain: # compute the next state of the LFSR for each input state li $a0, 0x00000001 jal lfsr_next_state move $t0, $v0 li $a0, 0xdeadbeef jal lfsr_next_state move $t1, $v0 li $a0, 0x200214c8 jal lfsr_next_state move $t2, $v0 li $a0, 0x00000000 jal lfsr_next_state move $t3, $v0 # print the output states li $v0, 1 # set system call for printing integer move $a0, $t0 syscall la $a0, newline li $v0, 4 # set system call for printing string syscall move $a0, $t1 syscall la $a0, newline syscall move $a0, $t2 syscall la $a0, newline syscall move $a0, $t3 syscall…
- def apply_gaussian_noise(X, sigma=0.1): """ adds noise from standard normal distribution with standard deviation sigma :param X: image tensor of shape [batch, 3, height, width] Returns X + noise. """ ### YOUR CODE HERE ### # noise tests theoretical_std = (X_train[:100].std() ** 2 + 0.5 ** 2) ** .5 our_std = apply_gaussian_noise(X_train[:100], sigma=0.5).std() assert abs(theoretical_std - our_std) < 0.01, \ "Standard deviation does not match it's required value. Make sure you use sigma as std." assert abs(apply_gaussian_noise(X_train[:100], sigma=0.5).mean() - X_train[:100].mean()) < 0.01, \ "Mean has changed. Please add zero-mean noise"Sample Output:Find Size of fundamental data types :------------------------------------------The sizeof(char) is : 1 bytesThe sizeof(short) is : 2 bytesThe sizeof(int) is : 4 bytesThe sizeof(long) is : 8 bytesThe sizeof(long long) is : 8 bytesThe sizeof(float) is : 4 bytesThe sizeof(double) is : 8 bytesThe sizeof(long double) is : 16 bytesThe sizeof(bool) is : 1 bytes Write a C++ program to print the sample output given above. But you can't use any digit in the code.Develop versions of stdin() and stdout() for TOY.java that simulate punched paper tape: for each 16-bit value, use two 8-character lines, with a blank corresponding to each 0 bit and a * corresponding to each 1 bit. TOY.java can be founded here: https://introcs.cs.princeton.edu/java/64simulator/TOY.java.html
- Give a brief explanation of just-in-time compilation.Direction: You can consult any resources such as books, online references, and videosfor this assignment, however, you have to properly cite and paraphrase your answerswhen it is necessary.Solve the problem correctly. Design an enhanced 32 bit ADDER with AND logic. Discuss what type ofVerilog models (e.g. Structural, Dataflow etc.) you have used and why? Also show yourcomments for all the parameters such as input and output ports, connections, instancesof other lower level modules etc.Differentiate between add("Sessional") and add(3,"Sessional")Single line text.