Memory device having collaborative filtering to reduce noise

A storage device comprising:

• a memory array having a plurality of memory cell blocks, the memory array configured to furnish a signal representative of data stored within the plurality of memory cell blocks;
• a read/write channel configured to determine a noise value associated with a first memory cell block of the plurality of memory cell blocks during a first read operation;
• and
• a collaborative filtering module communicatively coupled to the memory array and the read/write channel, the collaborative filtering module configured to receive the noise value from the read/write channel to determine a noise distribution associated with the first memory cell block of the plurality of memory cell blocks and to generate a noise prediction when a second read operation for the first memory cell block of the plurality of memory cell blocks is issued, the noise prediction based upon the noise distribution.

A method comprising:

• calculating a noise distribution associated with a first block of memory cells of an array of memory cells after an issuance of a first read operation to the first block of memory cells;
• generating a noise prediction based upon the noise distribution when a second read operation to the first block of memory cells is issued, the noise prediction generated by a collaborative filtering module;
• and
• compensating a noise portion of a signal utilizing the noise prediction.