Calculate the number of entries in page table for a virtual memory of MIPS with 20 KB page size.

1. Write about the entire details of memory structure design and characteristics. 2. How much the number of bits calculation required for the logical address, if you considered the segment size is 1 k bytes and there are 32 segments? 3. In a paging model system, if a page size of 512 bytes and containing 64 entries of 11 bit each (including valid and invalid bit). How much the size of the physical address space needed?

3. A particular SDRAM system uses 24-bit addresses. There are 2 ranksin the system and the burst length is 4 words. Calculate the number ofbits that are used for individual words in the burst, the number of bits forthe rank select, and show how the address bits are organized.

What distinguishes a 7CH byte address from a 7CH bit address? Where does bit address 7CH sit in memory?

1) given the size of the word accessible main memory is 1KB and the size of the word is 16-byte, the total number of the registers is 64, what is the minimum number of wires of the address bus?

3. Show the inputs and outputs for a 128 MByte memory with 32-bit read/write operations and byte addressability. 128MB

What benefits does segmented memory address translation provide over direct translation?

As the MIPS stack grows in size when more items are push onto it, the $sp register will O contain increaseing memory address values O contain decreasing memory address values

Design a 512 MByte memory using 64M*4 chips, with 8-bit read/write operations and byte addressability.

Draw the complete design for constructing a SRAM memory of a total capacity 512KX32 using a SRAM memory 256KX8.