Techniques for dynamically designing products via user feedback

At least one non-transitory computer readable medium comprising instructions that, when executed by at least one processor, perform a method of dynamically designing a product according to a product pattern, the product pattern describing a product based on a plurality of parameters, the method comprising:

• selecting values for each of the plurality of parameters of the product pattern, said selecting including selecting an initial value for a first parameter of the plurality of parameters based on a first probability distribution of possible values for the first parameter, the first probability distribution being defined at least in part by a plurality of feedback scores each associated with the possible values for the first parameter;
• generating a first product design according to the product pattern and based on the selected initial value for the first parameter;
• presenting the first product design to a user via a user interface;
• receiving input from the user via the user interface indicating a favorable or unfavorable opinion with respect to the first product design;
• adjusting at least one of the plurality of feedback scores based on the received input;
• and
• selecting a subsequent value for the first parameter of the plurality of parameters based on a second probability distribution of possible values for the first parameter, the second probability distribution being defined at least in part by the plurality of feedback scores as adjusted based on the received input.

A system, comprising:

• at least one processor;
• at least one non-transitory computer readable medium comprising instructions that, when executed by the at least one processor, perform a method of dynamically designing a product according to a product pattern, the product pattern describing a product based on a plurality of parameters, the method comprising:
• selecting values for each of the plurality of parameters of the product pattern, said selecting including selecting an initial value for a first parameter of the plurality of parameters based on a first probability distribution of possible values for the first parameter, the first probability distribution being defined at least in part by a plurality of feedback scores each associated with the possible values for the first parameter;
• generating a first product design according to the product pattern and based on the selected initial value for the first parameter;
• presenting the first product design to a user via a user interface;
• receiving input from the user via the user interface indicating a favorable or unfavorable opinion with respect to the first product design;
• adjusting at least one of the plurality of feedback scores based on the received input;
• and
• selecting a subsequent value for the first parameter of the plurality of parameters based on a second probability distribution of possible values for the first parameter, the second probability distribution being defined at least in part by the plurality of feedback scores as adjusted based on the received input.