Sequential activity intelligent personal assistant

A system for recording sequential activities having a plurality of distinct steps comprising:

• an audio processor programmed to receive ambient audio input and perform time frequency analysis of the ambient audio input;
• and
• a controller programmed to
• receive a first description of a first step of a project,
• generate a first sound signature according to the time frequency analysis of the ambient audio input during a timeframe corresponding to performance of the first step,
• add the first step to a project script including the first description and the first sound signature for matching to future audio input to determine whether the first step is currently being performed,
• receive a second description of a second step of the project,
• generate a second sound signature based on the time frequency analysis of the ambient audio input during a timeframe corresponding to performance of the second step,
• add the second step to the project script including the second description and the second sound signature for matching to future audio input to determine whether the second step is currently being performed,
• receive a project name for the project responsive to the audio input being processed to text via the audio processor and
• assign the project name to the project script.

A method for recording sequential activities having a plurality of distinct steps comprising:

• receiving a first description of a first step of a project;
• generating a first sound signature according to time frequency analysis of ambient audio input during a timeframe corresponding to performance of the first step;
• adding the first step to a project script including the first description and the first sound signature for matching to future audio input to determine whether the first step is currently being performed;
• receiving a second description of a second step of the project;
• generating a second sound signature based on the time frequency analysis of the ambient audio input during a timeframe corresponding to performance of the second step;
• and
• adding the second step to the project script including the second description and the second sound signature for matching to future audio input to determine whether the second step is currently being performed,
• wherein one or more of a project name assigned to the project script, the first description, and the second description are received responsive to the audio input being processed to text via an audio processor receiving ambient audio input and performing time frequency analysis of the ambient audio input.

A non-transitory computer-readable medium comprising instructions that, when executed by a processor of a device for recording sequential activities having a plurality of distinct steps, cause the device to:

• receive a first description of a first step of a project responsive to audio input being processed to text via an audio processor receiving ambient audio input and performing time frequency analysis of the ambient audio input;
• generate a first sound signature according to time frequency analysis of the ambient audio input during a timeframe corresponding to performance of the first step;
• add the first step to a project script including the first description and the first sound signature for matching to future audio input to determine whether the first step is currently being performed;
• receive a second description of a second step of the project responsive to the audio input being processed to text via the audio processor;
• generate a second sound signature based on the time frequency analysis of the ambient audio input during a timeframe corresponding to performance of the second step;
• add the second step to the project script including the second description and the second sound signature for matching to future audio input to determine whether the second step is currently being performed:,
• receive a project name for the project responsive to the audio input being processed to text via an audio processor receiving ambient audio input and performing time frequency analysis of the ambient audio input;
• and
• assign the project name to the project script.