Network-on-chip for processing data, sensor device including processor based on network-on-chip and data processing method of sensor device

A data processing method of a sensor device including a network-on-chip, the method comprising:

• receiving first image data and second image data from at least one image sensor;
• encoding one image data among the first image data and the second image data, into first data, based on whether the first image data is identical to the second image data;
• receiving non-image data from at least one non-image sensor;
• perform filtering of the received non-image data;
• encoding the filtered non-image data into second data;
• and
• transmitting the first data and the second data to an external server at a burst length,
• wherein the image sensor is configured to detect an external object,
• wherein the non-image sensor is configured to detect elements other than the external object,
• wherein the elements other than the object may include a concentration of a specific substance, air quality or temperature,
• wherein the method further comprises performing a process of encoding on the first data,
• wherein the process of encoding on the first data may be determined depending on a data processing format of the external server,
• wherein, the process of encoding the first data includes:
• assigning a first weight to a predetermined single color;
• assigning a second weight to a color other than the predetermined single color;
• and
• encoding the first data by assigning the first data of the color having the second weight to an intermediate value or by saturating the first data of the color having the second weight to a specific value
• wherein performing the filtering of the received non-image data includes:
• determining, in response to the received non-image data being expressed as numeric, whether the received non-image data is within a first range;
• determining, in response to the determination that the received no-image data is not within the first range, whether the received non-image data is within a second range;
• and
• determining, in response to the determination the received non-image data is within the second range, the received data as filtered data,
• wherein the first range is determined based on repeated receipt of numeric value,
• wherein the second range is determined based on request of the external server, and
• wherein the encoding the filtered non-image data includes:
• converting, in response to the filtered non-image data being expressed as text or code, the filtered data to an ASCII code;
• and
• encodes the converted ASCII code of the non-image data into a variable-length code.

A sensor device comprising:

• a processor including a network-on-chip including a first data converter and a second data converter,
• wherein the first data converter is configured to:
• receive first image data and second image data from at least one image sensor;
• and
• encode one image data among the first image data and the second image data, into first data, based on whether the first image data is identical to the second image data,
• wherein a second data converter is configured to:
• receive non-image data from at least one non-image sensor;
• perform filtering of the received non-image data;
• and
• encode the filtered non-image data into second data,
• wherein the processor is configured to:
• store the first data and the second data in a memory;
• and
• output the first data and the second data to transmit the first data and the second data to an external server at a burst length,
• wherein the image sensor is configured to detect an external object,
• wherein the non-image sensor is configured to detect elements other than the external object,
• wherein the elements other than the object may include a concentration of a specific substance, air quality or temperature,
• wherein the network-on-chip further performs a process of encoding on the first data,
• wherein the process of encoding on the first data may be determined depending on a data processing format of the external server,
• wherein, the process of encoding the first data includes:
• assigning a first weight to a predetermined single color;
• assigning a second weight to a color other than the predetermined single color;
• and
• encoding the first data by assigning the first data of the color having the second weight to an intermediate value or by saturating the first data of the color having the second weight to a specific value,
• wherein performing the filtering of the received non-image data includes:
• determining, in response to the received non-image data being expressed as numeric, whether the received non-image data is within a first range;
• determining, in response to the determination that the received no-image data is not within the first range, whether the received non-image data is within a second range;
• and
• determining, in response to the determination the received non-image data is within the second range, the received data as filtered data,
• wherein the first range is determined based on repeated receipt of numeric value,
• wherein the second range is determined based on request of the external server, and
• wherein the encoding the filtered non-image data includes:
• converting, in response to the filtered non-image data being expressed as text or code, the filtered data to an ASCII code;
• and
• encodes the converted ASCII code of the non-image data into a variable-length code.