Robot Death Watch: Difference between revisions
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Client: Will Boulton <will.boulton@artesis.co.uk> | Client: Will Boulton, [[Faraday Predictive]] <will.boulton@artesis.co.uk> | ||
Many kinds of domestic robot and home appliances rely on small motors that have an unknown time to failure. Your task is to create a monitoring system that uses voltage and current profile to predict number of cycles until a failure. This should be offered as an online service that can be used by the homeowner to order spare parts, or a contract maintenance company responsible for keeping the household running without hitches. The project will involve testing a number of motors to destruction in order to build machine learning prediction profiles. | Many kinds of domestic robot and home appliances rely on small motors that have an unknown time to failure. Your task is to create a monitoring system that uses voltage and current profile to predict number of cycles until a failure. This should be offered as an online service that can be used by the homeowner to order spare parts, or a contract maintenance company responsible for keeping the household running without hitches. The project will involve testing a number of motors to destruction in order to build machine learning prediction profiles. | ||
Latest revision as of 15:31, 8 November 2018
Client: Will Boulton, Faraday Predictive <will.boulton@artesis.co.uk>
Many kinds of domestic robot and home appliances rely on small motors that have an unknown time to failure. Your task is to create a monitoring system that uses voltage and current profile to predict number of cycles until a failure. This should be offered as an online service that can be used by the homeowner to order spare parts, or a contract maintenance company responsible for keeping the household running without hitches. The project will involve testing a number of motors to destruction in order to build machine learning prediction profiles.
