Видео с ютуба Gate 2001 Cao

COA 01 | Number Systems + GATE PYQs | GATE 2026 COA Crash Course | Bharat Acharya Sir

COA 01 | Number Systems + GATE PYQs | GATE 2026 COA Crash Course | Bharat Acharya Sir
COA 01 | Introduction of COA | CS & IT | GATE Crash Course

COA 01 | Introduction of COA | CS & IT | GATE Crash Course
Gate 2008 pyq CAO | A processor that has carry, overflow and sign flag bits as part of its program

Gate 2008 pyq CAO | A processor that has carry, overflow and sign flag bits as part of its program
Gate 2011 pyq CAO | Consider a hypothetical processor with an instruction of type LW R1, 20(R2)

Gate 2011 pyq CAO | Consider a hypothetical processor with an instruction of type LW R1, 20(R2)
Gate 2007 pyq CAO | Following table indicates the latencies of operations between the instruction

Gate 2007 pyq CAO | Following table indicates the latencies of operations between the instruction
Gate 2007 pyq CAO | 6 marks (3 PARTS)|Consider the following program segment. Here R1, R2 and R3 are

Gate 2007 pyq CAO | 6 marks (3 PARTS)|Consider the following program segment. Here R1, R2 and R3 are
Gate 2007 pyq CAO | Data forwarding techniques can be used to speed up the operation in presence of

Gate 2007 pyq CAO | Data forwarding techniques can be used to speed up the operation in presence of
Gate 2017 pyq CAO | Consider a RISC machine where each instruction is exactly 4 bytes long.

Gate 2017 pyq CAO | Consider a RISC machine where each instruction is exactly 4 bytes long.
Gate 2001 pyq CAO | Consider the following data path of a simple non-pilelined CPU. The registers

Gate 2001 pyq CAO | Consider the following data path of a simple non-pilelined CPU. The registers
Gate 2014 pyq CAO | A machine has a 32-bit architecture, with 1-word long instructions. It has 64

Gate 2014 pyq CAO | A machine has a 32-bit architecture, with 1-word long instructions. It has 64
Gate 2018 pyq CAO | A processor has 16 integer registers (R0, R1, … , R15) and 64 floating point

Gate 2018 pyq CAO | A processor has 16 integer registers (R0, R1, … , R15) and 64 floating point
Gate 2005 pyq CAO | Consider the following data path of a CPU.

Gate 2005 pyq CAO | Consider the following data path of a CPU.
Gate 2005 pyq CAO | A hardwired CPU uses 10 control signals S1 to S10, in various time steps T1 to

Gate 2005 pyq CAO | A hardwired CPU uses 10 control signals S1 to S10, in various time steps T1 to
Gate 2013 pyq CAO | Consider the following sequence of micro-operations.

Gate 2013 pyq CAO | Consider the following sequence of micro-operations.
Gate 2005 pyq CAO | An instruction set of a processor has 125 signals which can be divided into 5

Gate 2005 pyq CAO | An instruction set of a processor has 125 signals which can be divided into 5
Gate 2004 pyq CAO | A CPU has only three instructions I1, I2 and I3, which use the following sign

Gate 2004 pyq CAO | A CPU has only three instructions I1, I2 and I3, which use the following sign
Gate 2005 pyq CAO | A 5 stage pipelined CPU has the following sequence of stages:IF — Instruction f

Gate 2005 pyq CAO | A 5 stage pipelined CPU has the following sequence of stages:IF — Instruction f
Gate 2006 pyq CAO |A pipelined processor uses a 4-stage instruction pipeline with the following

Gate 2006 pyq CAO |A pipelined processor uses a 4-stage instruction pipeline with the following
Gate 2001 pyq CAO | Рассмотрим следующий путь данных простого процессора без иерархии. Регистры

Gate 2001 pyq CAO | Рассмотрим следующий путь данных простого процессора без иерархии. Регистры
Gate 2000 pyq CAO| Addressing modes| The most appropriate matching for the following pairs

Gate 2000 pyq CAO| Addressing modes| The most appropriate matching for the following pairs