please design with proteus or etc. address decoder 74ls138 and then write code for call function from rom

2022T Micropeocessor Systems Aasignment 2 Amsuncertert sate ; 2tr2/2022 Deadline for delivery: 08.01.2023 Delivery method: The Proteus file provided in the question October fulfills the requirements, working in simulation file, 3-minute homework lecture video and how the address resolution circuit after scanning the solution, which is made by hand writing on an A4 sheet that it was designed (or a file saved as a PDF (a photo taken in a readable state) must be submitted. Delivery will be files SGroupno STUDENT Name LAST NAMEs.Ip 64KE of space from the address 20000H it is desired to be placed. The ROM block consists of 427CI28 EPROM, each with a capacity of 16KB it will be created with. Also a biock of RAM with 64KB of space from the address 60000H it is desired to be placed. The RAM block is with 2 pleces of 62256 SPAM, each with a capacity of 32KB will be created. Please evaluate the names given to the memory integrations as given below: - RaMxg integrations that are reconted to be placed in double addrises. - RxMaxli lntegrations that ae nequested to be placed in slingle addresies +foOMOx: Integrations that are requented to be placed at low addessers of the ROM block "ROM1x; infegrations that are requested to be placed at high adtresses of the ROM block In the given circuit, the microprocessor's address (on the ADRto-19) path), data (on the AD[0-15] path) and control That the ends (at BHE, WR, RD, MIO terminals) have been properly separated and heid assume. Isolated VO mapping for the solution (isolated UO map) and a separate address for double-single benches you should use stparate bark decoder. - Coovert the given ROM and AAM blocks to the addiens December oven to the above mentioned conditions design the address resolution circuit that places it. Address resolution with memory units make all the necessary connections between Decircuit and microprocessor. -00.thousand, 01.thousand, 10.thousand and 11.bin files create binary content for ROMs. This with the help of files, two pieces, one at the address 2000H0000H and the other at the address 2800H:0002H A subroutine has been created in the MEADUGift type. Testing the accuracy of your address resolition circuit to segment the addresses both the subroutines given above with offset binaries are ENDLESS: JMP ENDLESS write the assembly code that calls the block in it. (These subroutines write some values to the low addresses of the RAM)