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Improved Instruction Pipelining has the most significant impact on reducing instruction execution time, especially in computationally heavy applications. Pipelining allows multiple instructions to overlap in execution, leading to increased throughput and reduced instruction latency. By dividing the instruction execution process into multiple stages, a well-optimized pipeline can keep the CPU busy by executing multiple instructions simultaneously, rather than waiting for one instruction to complete before starting another. This leads to more efficient use of processor resources and significantly speeds up computation. Why Other Options are Incorrect: A) Increased Cache Size: Larger cache reduces memory access time but does not directly address the instruction execution time as effectively as pipelining. B) Higher Clock Speed: Higher clock speeds improve performance but can be limited by factors like power consumption and heat dissipation. D) Hyper-Threading Support: Hyper-Threading improves parallelism but does not reduce individual instruction execution time as much as pipelining does. E) Increased Number of Processor Cores: More cores enhance parallel processing but do not affect the speed of executing single instructions.
A 150-metre train takes 6 seconds to cross a pole. If the same train takes 12 seconds to cross train 'C' that is travelling in opposite direction at 20 ...
A goods train leaves a station at a certain time and at a fixed speed. After 9 hours, an express train leaves the same station and moves in the same dir...
Two trains 165 metres and 135 metres in length are running towards each other on parallel tracks, one at the rate 70 km/hr and another at 38 km/hr. In h...
Train ‘A’ running with a speed of 108 km/hr crosses a vertical pole in 12 seconds. Find the approx. time taken by the train ‘A’ to cross a train...
A train takes 18 seconds to cross a 120-metre-long platform. If the speed of the train is 36 km/h, then find the time taken by the train to cross a 240-...
Train P takes 27 seconds to cross a tree, and Train Q overtakes Train P, both traveling in the same direction, in 3 minutes. The ...
Train ‘A’ travelling with a speed of 84 km/h can cross a pole in 12 seconds. If the length of train ‘B’ is 20% less than that of train ‘A’ a...
A train crosses a pilar in 20 seconds and a platform of length 300 metres in 25 seconds,then what will the 120% of the length of the train.
A train 200 metre long takes 30 sec to cross a man running at a speed of 4 km/hr in the direction opposite to that of train. What is the speed of the tr...
A train 200 m long running at 36 km/hr takes 45 seconds to cross a bridge. The length of the bridge is