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Sala común de la asignatura Tecnología de Computadores. Plan 2023 (2024-25, Grado en Ing del Software, Informática, de Computadores y Doble Grado Matemáticas + Informática, Todos los grupos)

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Given the following bit string which represents an integer number in excess 30: 000100. Give the number it represents in decimal.

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Given a number represented in two's complement: 110001. Give the represented decimal (integer) number.

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Given decimal number 16.433. Represent it as fixed point SM with in total 9 bits; 1 bit sign + 5 bits integer part + 3 bits fractional part. The representation should not be bigger in absolute value than the decimal number.

Example 5.0 is represented as 0 00101 000
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For the

general purpose machine studied in session 3, write a code that given 2 numbers

A and B that iteratively enter in gate IN computes for the gate OUT the expression

Error converting from MathML to accessible text..

Don't bother about the control signals, just write each instruction, e.g. mem[4]<-- IN, mem[5]<--R0, OUT<--R0+3

Cycle

Operation

Comment

clk1

clk2

clk3

etc

Write operation and comment like in the team exercise in the textbox down here

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Given the instruction format design of team PEBKAC ERROR in session 4 of the classes. Give a hexadecimal code of the instruction LOAD R5, 100

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Given an instruction format with two types of instructions:

Type1:

Opc (3 bits)

Operand1 (5 bits)

Register direct

Operand2 (10 bits)

Direct to memory

Type2:

Opc (3 bits)

Operand1 (10 bits) Relative

Operand2 (5 bits)

Register direct

Register

Offset

Give the number of memory positions that can be addressed direct to memory.
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Given an instruction format with two types of instructions:

Type1:

Opc (3 bits)

Operand1 (4 bits)

Register direct

Operand2 (10 bits)

Direct to memory

Type2:

Opc (3 bits)

Operand1 (10 bits) Relative

Operand2 (4 bits)

Register direct

Register

Offset

Give the maximum number of registers the format can handle.
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