Write a subroutine subprogram to calculate the square of two hexadecimal numbers, subprogram in a main program to calculate the value of Y: Y10=(15)²+(50)²+(17)² Store the result in memory locations starting at address (DS: 4000).
Q: adres veri 01h 5x9 02h 5x8 190100 7155 08h 871580 5x2 09h 5x1 Write the asm code that will create…
A: F000 21, 50 F0 LXI H,F050H memory location where number is stored F003 46 MOV B,M the number…
Q: Write an assembly language program for the process by which two numbers stored in file registers FEH…
A: Write an assembly language program for the process by which two numbers stored in file registers FEH…
Q: For each of the following program fragments, give the corresponding three address codes. a. ( ( a +…
A: Three address code is a type of intermediate code that makes use of at most three addresses and one…
Q: Why is segmented memory address translation preferable than direct translation?
A: Given: Some advantages of segmentation-based memory address translation are as follows. As a result…
Q: 2. Given the following program that uses one address instructions, LOAD A MUL B STORE T LOAD C SUB T…
A: One address instruction uses an accumulator register to manipulate the data. Here operand is stored…
Q: Write a commented 8085 assembly language program in order to exchange 10 bytes of data stored from…
A: Objective: We need to write an 8085 assembly language program that will exchange 10 bytes of data…
Q: Suppose a computer using fully associative cache has 224 words of main memory and a cache of 512…
A: The computer is exploitation absolutely associative cache. Size of the most memory = 224 Bytes Size…
Q: 3- A block of 18 signed numbers stored at memory locations starting at DS:300. Write an assembly…
A: .code main: MOV SI,00H ;initialize SI,DI,BX to 0MOV DI,00HMOV BX,00HMOV CL,18 ; set CL=18…
Q: Do logical and physical addresses have different properties?
A: Logical and physical addresses difference: The main distinction between logical and physical…
Q: Consider an operating system that uses 48-bit virtual addresses and 16KB pages. The system uses a…
A: Consider an operating system that uses 48-bit virtual addresses and 16KB pages. The system uses a…
Q: 4- Write an Assembly language program to exchange between two blocks, each of them consists of 14…
A: Answer: I have done code and also I have attached code as well as screenshot.
Q: 2.2. Draw a diagram showing how virtual addresses are translated in a paging system. (4)
A:
Q: Consider the hierarchical paging scheme used by the VAX architecture. How many memory operations are…
A: There are three memory operations that would be performed in order to do the memory load operations.…
Q: Taska2: Logical to Physical Address Calculation: Question: Calculate the physical memory address…
A: Below is the answer of all subparts. I hope this will meet your requirement...
Q: Write the following expression using 3 address format, 2 address format, 1 address format and zero…
A: The given expression is W = ((M + C) / (C + 5)) * 2.There are four arithmetic operations in total in…
Q: Write a Java program that prompts the user for the page size used in a virtual memory system; this…
A: A Java program that accepts a valid system page size and virtual address and calculates the page…
Q: The instructions that are used to call a subroutine from the main program and return to the main…
A: 1) JMP instruction is used to jump the control of the execution from one place to the specified…
Q: 13) Write a subroutine subprogram to calculate the value of a factorial number, use this subprogram…
A:
Q: Give two examples of how a programmer might increase cache speed.
A: The question is to give two examples of how programmer might increase cache speed.
Q: Separate the two types of • There are three types of addresses: symbolic, relocatable, and absolute…
A: 1) Symbolic addresses: Symbolic addresses are used in symbolic addressing, which is an addressing…
Q: Consider the virtual memory scheme using paging. The page size is 128 bytes. The entries in the page…
A: In this case, the machine is a 16-bit system with a 4KB page size and 64KB of physical memory.…
Q: Write a program to evaluate the arithmetic statement A*[B+C*(D+E)]/ F*(G+H) (a) Using 3 address…
A: Lets see the program in the next steps
Q: How closely do the concepts of logical address and linear address relate to one another?
A: Logical address: From the viewpoint of a running application software, a logical address is the…
Q: If logical addresses are represented using m bits as shown below, where m=4 and n=2. What is the…
A: Actually, memory is used to stores the data.
Q: 9. Consider a system that uses 32-bit addresses and page table structures as discussed in class. If…
A: 32 bits= 2^5 256 pages= 2^8
Q: Write an assembly language program for the process by which two numbers stored in file registers 20…
A: Given:- Write an assembly language program for the process by which two numbers stored in file…
Q: Using the LC3, write a machine language program that steps through 3 values, stored consecutively…
A: Lets see the solution in the next steps
Q: 8) Write an 8086 assembly language program to calculate the factorial of the numbers that stored in…
A: Write an 8086 assembly language program to calculate the factorial of the numbers that stored in the…
Q: Write a MIPS program given the following data definition statements, compute the addresses of arr2,…
A: Here is the answer:-
Q: Problem - Write an Assembly Language Program to find sum of odd numbers in a given series containing…
A: Let us consider the below example containing 8 bit numbers in a continuous memory location and store…
Q: a) Write a subroutine which copies a string starting from address $1100 to a location starting from…
A: As according to guidelines we can answer only one question at a time if you want answer of…
Q: Difference between logical and physical addresses is in:
A: Given: We have to discuss Difference Between logical and physical Address is .
Q: In what ways is memory address translation with segmentation better than using a direct translation?
A: This question explains about the advantages of utilizing segmentation instead of straight…
Q: Suppose the data segment (DS) holds the base address as 1100h and the data you need is present in…
A: Suppose data segment hold base address 1100h and present in physical memory location 0021h calculate…
Q: What benefits does segmented memory address translation provide over direct translation?
A: This straightforward rule would allow segments to access 4 gigabytes of memory in 64K pieces, but…
Q: .Three Address Code: Convert the following simple Java-like assignments into TÁC = 5 * x + 2; y =…
A: Each TAC preparation has at most three operands Each line could be broken down into numerous…
Q: Write an assembly language program for the 8085 Microprocessor to subtract three 8-bit numbers 12H,…
A: Clear D register. D <- 00H First we have to load the first number to accumulator. A…
Q: Explain with a diagram the process of mapping a logical address to a physical address in the main…
A: About the process of mapping a logical address to a physical address in the main memory
Q: Look at TABLE 1 below. Write a program in Atmel assembly language that will perform the transfer of…
A: It is defined as a low-level programming language for a computer or other programmable device…
Q: A user program before being executed goes through several steps. Binding of symbolic addresses to…
A: Solution : Address binding of instructions and data to memory addresses can happen at three stages:…
Q: Assume a logical address space consists of 4 pages of 4096 words each and is mapped to a physical…
A: logical address space consists of 4 pages of 4096 words 256 frames
Q: Program always deals with the ____________. a. Logical address b. Physical address c.…
A: a. Logical address
Q: 3-A block of 18 signed numbers stored at memory locations starting at DS:300. Write an assembly…
A: Actually, memory is a used to stores the information.
Q: Write an assembly language program using instructions of TMS320C5× processors to multiply two…
A: The answer given as below:
Q: the following. All numbers are decimal, everything is numbered starting from zero, and all addresses…
A: (a) The specified virtual address is V. Page number (P) = (virtual address) / (page size) Page…
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- int i = 5; is a statement in a C program. A. during execution, value of i may change but not its address B. during execution both the address and value may change C. repeated execution may result in different addresses for i D. i may not have an associated address5. Write an assembly language program that inputs the number of a student from the keyboard and after the entry, it displays the number at the centre of the text screen in vertical manner. For example, if you enter your student number as 87138 it will be displayed at the centre of the monitor in the following way: 8 7 1 3 8 Hints: INT 21H, AH= 0AH inputs a string of data from the keyboard. The interrupt requires that the offset address of the buffer is in DX. INT 21H, AH= 02 outputs a character to the monitor and assumes the character in DL (ASCII). INT 10H, AH= 02 sets cursor location and assumes row in DH and column in DL.Q1- Write a program in assembly language for the 8085 microprocessor to send one byte of data located at the memory address (3000H ) using SOD at a baud rate of 1200. Information: The 8085 processor operates at a frequency of 3.072 MHz . When sending the required byte, you must adhere to the following: The two high bits of the start bits(1 1) must be sent, after that the data bits are sent, after that the low bit of the stop bit (0) is sent. The following flowchart will help you. The solution must be integrated and include the calculation of the baudrate delay time
- Q1- Write a program in assembly language for the 8085 microprocessor to send one byte of data located at the memory address (3000H) using SOD at a baud rate of 1200. Information: The 8085 processor operates at a frequency of 3.072 MHz. When sending the required byte, you must adhere to the following: The two high bits of the start bits must be sent, after that the data bits are sent, after that the low bit of the stop bit is sent. The following flowchart will help you. The solution must be integrated and include the calculation of the baud rate delay time Transmit Set up Character Bit Counter • Send Start Bit No Wait Bit Time Get Character in Accumulator Output Bit Using Do Wait Bit Time Rotate Next Bit in Do Decrement Bit Counter Is It Last Bit? Yes • Add Parity if Necessary Send Two Stop Bits Return (a)Q1- Write a program in assembly language for the 8085 microprocessor to send 10 bytes of data located at the memory address (3000H to 3009H) using SOD at a baud rate of 1200. Information: The 8085 processor operates at a frequency of 3.072 MHz. When sending each of the required bytes, you must adhere to the following: The two high bits of the start bits must be sent, after that the data bits are sent, after that the low bit of the stop bit is sent. The following flowchart will help you, but you should notice that this flowchart deals with one byte, and you are required to deal with 10 bytes. The solution must be integrated and include the calculation of the baudrate delay time Transmit No Set up Character Bit Counter Send Start Bit Wait Bit Time Get Character in Accumulator Output Bit Using Do Wait Bit Time Rotate Next Bit in Do Decrement Bit Counter Is It Last Bit? Yes Add Parity if Necessary • Send Two Stop Bits Return (a)21. Write an assembly language program that prints your first name on the screen. Use immediate addressing with a character constant (a single character value) to designate the operand of LDBA for each letter of your name. For example, the character constant for a lower case B is specified as 'b'.
- 13) Write a subroutine subprogram to calculate the value of a factorial number, use this subprogram in a main program to calculate the value of F: F16= 5!+ 7! +9!+ ...+15! . Store the result in memory locations starting at address (DS: 3000). 14) Write a subroutine subprogram to calculate the square of two hexadecimal numbers, use this subprogram in a main program to calculate the value of Y: Y10=(15)²+(50)²+(17)² Store the result in memory locations starting at address (DS: 4000). 15) Write an 8086 assembly program to count the numbers of (0’s) in the following byte: (11011010), 16) For the circuit that is shown in the Figure shown below. LG represent logic circuit with the following function: Y= N1.N2+ (N1+N2) Write a subroutine (subprogram) to implement the function of LG, use this subprogram in main program to find the value of M for the following values: X1=0, X2=1, X3=1, X4=1, X5=1 X1 LG X2 N1 Y LG X3 M N2 X4 LG X5Create a program in C++ which simulates a direct cache. The memory array that contains the data to be cached is byte addressable and can contain 256 single byte entries or lines. The cache has only 8 entries or lines. The Data field in each line of the cache is 8 bits. Since the data stored in each line of the cache is only 8 bits, there is no need for a line field. Only a tag field is needed which is log2(256) = 8 bits. The memory array can be filled with any values of your choice. The program should work by taking user input of a memory address (index). This input represents the memory data that should be cached. Your program will check the cache to see if the item is already cached. If it is not, your program should count a cache miss, and then replace the item currently in the cache with the data from the inputted address. Allow the user to input addresses (in a loop), until they so choose to end the program. The program should output the number of cache misses upon ending.4. A portion of a computer program consists of a sequence of calculations where the results are stored in variables, like this (with inputs a, b and outputs d, g, h): Step Calculation 1 C = a + b d = a * C e = c + 3 4 f = C e g = a + f 6 h = f + 1 A computer can perform such calculations most quickly if the value of each variable is stored in a register, a chunk of very fast memory inside the microprocessor. Compilers face the problem of assigning each variable in a program to a register. Computers usually have few registers, however, so they must be used wisely and reused often. This is called the register allocation problem. In the example above, variables a and b must be assigned different registers, because they hold distinct input values. Furthermore, c and d must be assigned different registers; if they used the same one, then the value of c would be overwritten in the second step and wed get the wrong answer in the third step. On the other hand, variables b and d may use the…
- If the value 8 is stored in the memory location designated by address 5, what is the functional difference between writing the value 5 into cell number 6 and copying the contents of cell 5 into cell 6?Write a C program that emulates the logic of the memory management unit (MMU). The following are the requirements for the program:A) Prompt the user for a decimal number that will be used as the page size. Valid page sizes can either be 4095 (4K bytes) or 8191 (8K bytes). B) Display the page size to the console as a 16-bit binary number that displays each binary digit as a 1 or 0 with the least significant bit on the right side of the output. Also display the page size to the console as a hexadecimal number. C) Emulate a page table using a C array that supports the user specified page table size (you may create C arrays to handle a page table for both page sizes). The page table should represent a virtual memory address space of 1M bytes (0x000FFFFF) with a system that has a physical memory address size of 512K bytes (0x7FFFF), which is located at 0x00000000 and 0x0007FFFF. Populate the page table with the appropriate page table entries to support the specified page size and the…assembly code for Write a program that writes 67D, 65D, 63D, ...... values to addresses from 22H to 12H (including 12H). Write the needed solution in a loop to the field in Question 8. Ignore the box below. Adres Değer 22H 67D 21H 65D 20H 63D : : : :