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Graphics Processing Units are very prone to be corrupted by neutrons. Experimental results obtained irradiating the GPU with high energy neutrons show that the input data type has a strong influence on the neutron-induced error-rate of the executed algorithms. Moreover, when operations are performed using floating-point data, the probabilities to be corrupted are very different for the mantissa, the...
Graphics Processing Units are very prone to be corrupted by neutrons. Experimental results obtained irradiating the GPU with high energy neutrons show that the input data type has a strong influence on the neutron-induced error rate of the executed algorithms. Moreover, when operations are performed using floating point data, the probabilities for the mantissa, the exponent or the sign to be corrupted...
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