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2. Briefly describe each of the control unit design techniques given below. (a) Hardwired (b) Micro-programmed
What are the advantages and disadvantages of hardwired and micro-programmed control? Why is micro-programmed control becoming increasingly popular?
9. List different blocks in a micro-programmed control unit? Compare and contrast Hardware vs. Microprogrammed CU ? In a microprogrammed control unit, 16 micro-operations are needed. Number of conditions to be checked is 4 and size of microprogram is 2k. Find horizontal format for a microinstruction?
9. List different blocks in a micro-programmed control unit? Compare and contrast Hardware vs. Microprogrammed CU ? In a microprogrammed control unit, 16 micro-operations are needed. Number of conditions to be checked is 4...
Processor Hardware Design - MIPS
Given this processor hardware design and the control sequence below, describe in words (or C-like pseudo code) the function of the instruction xyzzy $rt, $rs. when op() op(l) Xyzzy Start: PCout, HARin, MEMread, Yin CONST(4), ALUadd, Zin, UNTILmfc MDRoutj IRin Zout, PCin, DUMPonop HALT/* Should end here on undecoded op */ Xyzzy: CONST(-1), Yin SELrs, REGout, ALUxor, Zin Zout, SELrt, REGin, JUMP(Start) Given the xyzzy $rt,$rs instruction as defined above, and assuming that a memory...
Explain why modelling is an important tool for designing control systems. Briefly describe a typical design procedure for control systems which employs modeling.
b. A microprocessor has an instruction set that consists of 117 instructions, which need fetch, decode, read operand, execute, write and interrupt stages. Assume that as an average, each stage requires three micro- operations to complete. Also, assume that the control memory is N bits wide (i.e., control field bits + address selection field bits + address-one bits + address-two bits N bits). The control field bits are 15 and there are 15 flags to be monitored. i. How many...
List three (3) methods or techniques for generating business ideas and briefly describe each of them
Briefly describe each step in the design of a CAN communication network for a car that consists of a central unit (ECU) and four monitoring systems (fuel, brake, heating, engine). Use your “P” number as your ECU input identifier. Use a filter and mask to differentiate messages from different monitoring systems and discuss the assigned filter ID and mask ID.
Q. Briefly in point form or using a flow chart, describe what chromatographic techniques you would use to completely separate a mixture of the 4 proteins listed below. After each part of the techniques, BRIELFY outline what that particular technique accomplished (or show it in your diagram). Protein A: 35 kDa, pI = 3.5 Protein B: 35 kDa, pI = 8.5 Protein C: 100 kDa, pI = 8.5 Protein D: 100 kDa, pI = 3.5
(C) (a) Compare the splines created by B-spline and Bezier spline techniques for the of control. points is given by Po (4,4,4). P = (6,8,6) and P2 (10,3,4). Compute Bazier curve withwintermediate points. same control points. A set
(C) (a) Compare the splines created by B-spline and Bezier spline techniques for the of control. points is given by Po (4,4,4). P = (6,8,6) and P2 (10,3,4). Compute Bazier curve withwintermediate points. same control points. A set
23) Wound cleansing Briefly describe the following wound cleansing techniques (20-40 words each) 23.1) Swabbing 23.2) Irrigation 23.3) Soaking