Data re-encoding for energy-efficient data transfer in a computing device

A method for transferring data in a computing device, comprising:

• receiving, by a data destination component of the computing device, encoded data from a data source component of the computing device over a first data communication interconnect, the encoded data comprising Hamming weight-encoded data;
• decoding the encoded data received over the first data communication interconnect into decoded data, wherein the Hamming weight-encoded data comprises a minimum Hamming weight encoding where data is encoded to have fewer one “1” values.

A method for transferring data in a computing device, comprising:

• receiving, by a data destination component of the computing device, encoded data from a data source component of the computing device over a first data communication interconnect, the encoded data comprising Hamming weight-encoded data;
• decoding the encoded data received over the first data communication interconnect into decoded data, wherein the Hamming weight-encoded data comprises a maximum Hamming weight encoding where data is encoded to have fewer zero “0” values.

A method for transferring data in a computing device, comprising:

• receiving, by a data destination component of the computing device, encoded data from a data source component of the computing device over a first data communication interconnect, the encoded data comprising Hamming weight-encoded data;
• decoding the encoded data received over the first data communication interconnect into decoded data
• creating the encoded data prior to any runtime of software which needs the encoded data to complete a task.

A system for transferring data in a computing device, comprising:

• a data source component;
• and
• a data destination component configured to receive encoded data from the data source component over a first data communication interconnect, the encoded data comprising Hamming weight-encoded data, the data destination component further configured to decode the encoded data received over the first data communication interconnect into decoded data, wherein the data source component creates the encoded data prior to any runtime of software which needs the encoded data to complete a task.

A system for transferring data in a computing device, comprising:

• a data source component;
• and
• a data destination component configured to receive encoded data from the data source component over a first data communication interconnect, the encoded data comprising Hamming weight-encoded data, the data destination component further configured to decode the encoded data received over the first data communication interconnect into decoded data, wherein the Hamming weight-encoded data comprises a minimum Hamming weight encoding where data is encoded to have fewer one “1” values.

A system for transferring data in a computing device, comprising:

• a data source component;
• and
• a data destination component configured to receive encoded data from the data source component over a first data communication interconnect, the encoded data comprising Hamming weight-encoded data, the data destination component further configured to decode the encoded data received over the first data communication interconnect into decoded data, wherein the Hamming weight-encoded data comprises a maximum Hamming weight encoding where data is encoded to have fewer zero “0” values.

A system for transferring data in a computing device, comprising:

• a data source component;
• and
• a data destination component configured to receive encoded data from the data source component over a first data communication interconnect, the encoded data comprising Hamming weight-encoded data, the data destination component further configured to decode the encoded data received over the first data communication interconnect into decoded data, wherein the encoded data comprises data bus-inverted (DBI) data, and the data destination component further includes a DBI decoder configured to de-invert the DBI data before the decoding of the encoded data.

A system for transferring data in a computing device, comprising:

• means for receiving encoded data by a data destination component of the computing device from a data source component of the computing device over a first data communication interconnect, the encoded data comprising Hamming weight-encoded data;
• and
• means for decoding the encoded data received over the first data communication interconnect into decoded data, wherein the encoded data comprises data bus-inverted (DBI) data, and further comprising means for de-inverting the DBI data before the means for decoding decodes the encoded data.

A system for transferring data in a computing device, comprising:

• means for receiving encoded data by a data destination component of the computing device from a data source component of the computing device over a first data communication interconnect, the encoded data comprising Hamming weight-encoded data;
• and
• means for decoding the encoded data received over the first data communication interconnect into decoded data, wherein the Hamming weight-encoded data comprises a minimum Hamming weight encoding where data is encoded to have fewer one “1” values.

A system for transferring data in a computing device, comprising:

• means for receiving encoded data by a data destination component of the computing device from a data source component of the computing device over a first data communication interconnect, the encoded data comprising Hamming weight-encoded data;
• and
• means for decoding the encoded data received over the first data communication interconnect into decoded data, wherein the Hamming weight-encoded data comprises a maximum Hamming weight encoding where data is encoded to have fewer zero “0” values.

A system for transferring data in a computing device, comprising:

• means for receiving encoded data by a data destination component of the computing device from a data source component of the computing device over a first data communication interconnect, the encoded data comprising Hamming weight-encoded data;
• and
• means for decoding the encoded data received over the first data communication interconnect into decoded data, wherein the data source component creates the encoded data prior to any runtime of software which needs the encoded data to complete a task.

A computer-readable medium for transferring data in a computing device, the computer-readable medium comprising a non-transitory computer-readable medium having instructions stored thereon in computer-executable form, the instructions when executed by a processing system configuring the processing system to:

• receive, at a data destination component of the computing device, encoded data from a data source component of the computing device over a first data communication interconnect, the encoded data comprising Hamming weight-encoded data;
• and
• decode the encoded data received over the first data communication interconnect into decoded data, wherein the data source component creates the encoded data prior to any runtime of software which needs the encoded data to complete a task.

A computer-readable medium for transferring data in a computing device, the computer-readable medium comprising a non-transitory computer-readable medium having instructions stored thereon in computer-executable form, the instructions when executed by a processing system configuring the processing system to:

• receive, at a data destination component of the computing device, encoded data from a data source component of the computing device over a first data communication interconnect, the encoded data comprising Hamming weight-encoded data;
• and
• decode the encoded data received over the first data communication interconnect into decoded data, wherein the Hamming weight-encoded data comprises a minimum Hamming weight encoding where data is encoded to have fewer one “1” values.

A computer-readable medium for transferring data in a computing device, the computer-readable medium comprising a non-transitory computer-readable medium having instructions stored thereon in computer-executable form, the instructions when executed by a processing system configuring the processing system to:

• receive, at a data destination component of the computing device, encoded data from a data source component of the computing device over a first data communication interconnect, the encoded data comprising Hamming weight-encoded data;
• and
• decode the encoded data received over the first data communication interconnect into decoded data, wherein the Hamming weight-encoded data comprises a maximum Hamming weight encoding where data is encoded to have fewer zero “0” values.