To calculate the physical address from a logical address, you can use the base address and offset. Add the base address to the offset to get the physical address. This process is commonly used in computer systems to translate logical addresses to physical addresses for memory access.
To calculate the virtual address space for a given system, you need to determine the number of bits used for addressing in the system's memory architecture. The virtual address space is typically 2 raised to the power of the number of bits used for addressing, which gives you the total number of unique memory addresses that can be accessed by the system.
The given logical formula is satisfiable if there is at least one assignment of truth values to its variables that makes the formula true, and unsatisfiable if no such assignment exists.
To calculate the page table size, divide virtual address space by page size and multiply by page table entry size. Example: for a 120MB address space with a 4KB page size, you require 30,720 page table entries. If a page table entry is 4 bytes, you require a total page table size of 122,880 or 120KB.
To calculate the miss rate in a given scenario, divide the number of cache misses by the total number of memory accesses. Multiply the result by 100 to get the miss rate as a percentage.
internet provider Its actually internet protocol. Every computer on the network has to have its own address, this address is called the IP address. Though since you asked what is IP. IP is just a protocol.
Physical address refers to the actual location of data in memory hardware, while a logical address is a virtual address that the CPU uses to access memory. Physical addresses are unique and specific to a particular memory location, whereas logical addresses can be mapped to different physical addresses by the memory management unit.
To calculate the page number and offset from a logical address given that the page size is 4KB, you first need to divide the logical address by the page size. In this case, 2000 / 4096 = 0.4883. The whole number part is the page number (0 in this case), and the remainder is the offset (0.4883 * 4096 = 2000 bytes).
hardware physical address
As was given for a 4 Page, 1024 words & 64 frames (shown below) 4 pages -> 2^2 bits 1024 bytes -> 2^10 bits 64 frames -> 2^6 bits Therefore: Logical memory = 2+10=12 bits Physical memory = 10 +6 =16 bits The answer for this problem is 13. 8 pages -> 2^3 bits 1024 bytes -> 2^10 bits 32 frames -> 2^5 bits Therefore: Logical memory = 3+10=13 bits (Page + Word) Physical memory = 10 + 5 =15 bits (Word + Frame)
It depends on the book, but is usually known as the extended network prefix.
To calculate the virtual address space for a given system, you need to determine the number of bits used for addressing in the system's memory architecture. The virtual address space is typically 2 raised to the power of the number of bits used for addressing, which gives you the total number of unique memory addresses that can be accessed by the system.
Given that the door was locked and no damage was done to it, it was logical to conclude that the burglar had not come in by that door.
how to calculate the value of hfc for a given hfe
Usually the highest address in any given subnet (all 1's in binary) is that networks broadcast address and the lowest address in that same subnet (all 0's in binary) is that networks net-ip (in other words, the address of "the network"). These two addresses are typically never assigned to a host.
The given logical formula is satisfiable if there is at least one assignment of truth values to its variables that makes the formula true, and unsatisfiable if no such assignment exists.
In that case, it would be good to know WHAT is given. If NOTHING is given, you really can't calculate.
The brain of any computer is its CPU. However, the brain of any CPU is the ALU. ALU short for Arithmetic And Logical Unit is the component that resides inside the CPU which processes data according to the given instructions && commands.