Computers that power self-driving cars can be a major driver of global carbon emissions. The MIT model quantifies the emissions generated by computers on fully self-driving cars. If self-driving cars are widely adopted, their emissions will be comparable to those generated in all data centers around the world today. Hardware efficiency is required to keep emissions below these levels…news.mit.edu
Compute emissions from AV equipment with 1 hour/day drives – data center on wheels
Compute emissions from AV equipment with 1 hour/day drives – data center on wheels
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Computers that power self-driving cars can be a major driver of global carbon emissions. The MIT model quantifies the emissions generated by computers on fully self-driving cars. If self-driving cars are widely adopted, their emissions will be comparable to those generated in all data centers around the world today. Hardware efficiency is required to keep emissions below these levels…news.mit.edu
Computers that power self-driving cars can be a major driver of global carbon emissions. The MIT model quantifies the emissions generated by computers on fully self-driving cars. If self-driving cars are widely adopted, their emissions will be comparable to those generated in all data centers around the world today. Hardware efficiency is required to keep emissions below these levels…news.mit.edu
Computers that power self-driving cars can be a major driver of global carbon emissions. The MIT model quantifies the emissions generated by computers on fully self-driving cars. If self-driving cars are widely adopted, their emissions will be comparable to those generated in all data centers around the world today. Hardware efficiency is required to keep emissions below these levels…news.mit.edu