Analytic image format for visual computing

1. An apparatus, comprising:

a storage device to store a plurality of images, wherein the plurality of images are to be stored in a tile-based image format in an array database; and

a processor to:

receive a request to store an image in the tile-based image format, wherein the tile-based image format is to represent the image as a corresponding array of compressed tiles to be stored in the array database;

determine a set of parameters for storing the image in the tile-based image format, wherein the set of parameters comprise:

one or more tile size parameters for partitioning the image into a plurality of tiles; and

one or more compression parameters for compressing the plurality of tiles;

partition the image into the plurality of tiles based on the one or more tile size parameters;

compress the plurality of tiles into a plurality of compressed tiles based on the one or more compression parameters, wherein each tile of the plurality of tiles is compressed independently; and

store the plurality of compressed tiles in the corresponding array of compressed tiles in the array database.

2. The apparatus of claim 1 , wherein the processor to determine the set of parameters for storing the image in the tile-based image format is further to:

generate a plurality of tile-based representations of at least a portion of the image, wherein the plurality of tile-based representations is generated based on a plurality of tile size parameters;

evaluate a performance of the plurality of tile-based representations based on one or more image processing operations;

identify a particular tile-based representation that provides an optimal performance, wherein the particular tile-based representation is identified from the plurality of tile-based representations; and

identify the one or more tile size parameters associated with the particular tile-based representation.

3. The apparatus of claim 1 , wherein the processor to determine the set of parameters for storing the image in the tile-based image format is further to:

generate a plurality of tile-based representations of at least a portion of the image, wherein the plurality of tile-based representations is generated based on a plurality of tile size parameters and a plurality of compression parameters;

evaluate a performance of the plurality of tile-based representations based on one or more image processing operations;

identify a particular tile-based representation that provides an optimal performance, wherein the particular tile-based representation is identified from the plurality of tile-based representations;

identify the one or more tile size parameters associated with the particular tile-based representation; and

identify the one or more compression parameters associated with the particular tile-based representation.

4. The apparatus of claim 1 , wherein the processor to partition the image into the plurality of tiles based on the one or more tile size parameters is further to:

identify one or more regions of interest within the image; and

recursively partition the image into the plurality of tiles, wherein the image is partitioned into the plurality of tiles in a plurality of recursive stages, wherein each recursive stage produces a plurality of intermediate tiles, and wherein each intermediate tile is to be further partitioned in a subsequent recursive stage if:

the intermediate tile at least partially comprises the one or more regions of interest; and

partitioning the intermediate tile produces at least one smaller tile that does not comprise the one or more regions of interest.

5. The apparatus of claim 4 , wherein the processor to recursively partition the image into the plurality of tiles is further to:

merge a plurality of contiguous tiles within the plurality of tiles, wherein the plurality of contiguous tiles does not comprise the one or more regions of interest.

6. The apparatus of claim 1 , wherein the processor to determine the set of parameters for storing the image in the tile-based image format is further to:

identify one or more regions of interest within the image;

identify one or more first tile sizes for partitioning the image into one or more first tiles, wherein the one or more first tiles comprise the one or more regions of interest; and

identify one or more second tile sizes for partitioning the image into one or more second tiles, wherein the one or more second tiles do not comprise the one or more regions of interest.

7. The apparatus of claim 1 , wherein the processor is further to:

retrieve, via the storage device, a first representation of the image, wherein visual data is encoded and compressed within the first representation of the image based on a first image format;

decompress the first representation of the image to extract encoded visual data; and

decode the encoded visual data to extract the visual data associated with the image.

8. The apparatus of claim 1 , wherein the processor is further to:

receive a request to access a region of interest within the image;

retrieve, via the storage device, a subset of the plurality of compressed tiles associated with the tile-based image format of the image, wherein the subset of the plurality of compressed tiles comprises the region of interest within the image; and

decompress the subset of the plurality of compressed tiles to extract the region of interest.

9. The apparatus of claim 1 , wherein the processor to determine the set of parameters for storing the image in the tile-based image format is further to:

determine the one or more tile size parameters, wherein the one or more tile size parameters indicate one or more optimal tile sizes for partitioning the image into the plurality of tiles.

10. The apparatus of claim 1 , wherein the one or more compression parameters indicate one or more compression types for compressing the plurality of tiles.

11. A system, comprising:

one or more cameras to capture a plurality of images;

a storage device to store the plurality of images, wherein the plurality of images are to be stored in a tile-based image format in an array database; and

one or more processing devices to:

receive a request to store an image captured by the one or more cameras in the tile-based image format, wherein the tile-based image format is to represent the image as a corresponding array of compressed tiles to be stored in the array database;

determine a set of parameters for storing the image in the tile-based image format, wherein the set of parameters comprise:

one or more tile size parameters for partitioning the image into a plurality of tiles; and

one or more compression parameters for compressing the plurality of tiles;

partition the image into the plurality of tiles based on the one or more tile size parameters;

compress the plurality of tiles into a plurality of compressed tiles based on the one or more compression parameters, wherein each tile of the plurality of tiles is compressed independently; and

store the plurality of compressed tiles in the corresponding array of compressed tiles in the array database.

12. The system of claim 11 , wherein the one or more processing devices to determine the set of parameters for storing the image in the tile-based image format are further to:

generate a plurality of tile-based representations of at least a portion of the image, wherein the plurality of tile-based representations is generated based on a plurality of tile size parameters;

evaluate a performance of the plurality of tile-based representations based on one or more image processing operations;

identify a particular tile-based representation that provides an optimal performance, wherein the particular tile-based representation is identified from the plurality of tile-based representations; and

identify the one or more tile size parameters associated with the particular tile-based representation.

13. The system of claim 11 , wherein the one or more processing devices to determine the set of parameters for storing the image in the tile-based image format are further to:

generate a plurality of tile-based representations of at least a portion of the image, wherein the plurality of tile-based representations is generated based on a plurality of tile size parameters and a plurality of compression parameters;

evaluate a performance of the plurality of tile-based representations based on one or more image processing operations;

identify a particular tile-based representation that provides an optimal performance, wherein the particular tile-based representation is identified from the plurality of tile-based representations;

identify the one or more tile size parameters associated with the particular tile-based representation; and

identify the one or more compression parameters associated with the particular tile-based representation.

14. The system of claim 11 , wherein the one or more processing devices to partition the image into the plurality of tiles based on the one or more tile size parameters are further to:

identify one or more regions of interest within the image; and

recursively partition the image into the plurality of tiles, wherein the image is partitioned into the plurality of tiles in a plurality of recursive stages, wherein each recursive stage produces a plurality of intermediate tiles, and wherein each intermediate tile is to be further partitioned in a subsequent recursive stage if:

the intermediate tile at least partially comprises the one or more regions of interest; and

partitioning the intermediate tile produces at least one smaller tile that does not comprise the one or more regions of interest.

15. The system of claim 14 , wherein the one or more processing devices to recursively partition the image into the plurality of tiles are further to:

merge a plurality of contiguous tiles within the plurality of tiles, wherein the plurality of contiguous tiles does not comprise the one or more regions of interest.

16. The system of claim 11 , wherein the one or more processing devices to determine the set of parameters for storing the image in the tile-based image format are further to:

identify one or more regions of interest within the image;

identify one or more first tile sizes for partitioning the image into one or more first tiles, wherein the one or more first tiles comprise the one or more regions of interest; and

identify one or more second tile sizes for partitioning the image into one or more second tiles, wherein the one or more second tiles do not comprise the one or more regions of interest.

17. The system of claim 11 , wherein the one or more processing devices are further to:

receive a request to access a region of interest within the image;

retrieve, via the storage device, a subset of the plurality of compressed tiles associated with the tile-based image format of the image, wherein the subset of the plurality of compressed tiles comprises the region of interest within the image; and

decompress the subset of the plurality of compressed tiles to extract the region of interest.

18. At least one non-transitory machine accessible storage medium having instructions stored thereon, wherein the instructions, when executed on a machine, cause the machine to:

receive a request to store an image in a tile-based image format, wherein the tile-based image format is to represent the image as a corresponding array of compressed tiles to be stored in an array database;

determine a set of parameters for storing the image in the tile-based image format, wherein the set of parameters comprise:

one or more tile size parameters for partitioning the image into a plurality of tiles; and

one or more compression parameters for compressing the plurality of tiles;

partition the image into the plurality of tiles based on the one or more tile size parameters;

compress the plurality of tiles into a plurality of compressed tiles based on the one or more compression parameters, wherein each tile of the plurality of tiles is compressed independently; and

store the plurality of compressed tiles in the corresponding array of compressed tiles in the array database.

19. The storage medium of claim 18 , wherein the instructions that cause the machine to determine the set of parameters for storing the image in the tile-based image format further cause the machine to:

identify one or more regions of interest within the image;

identify one or more first tile sizes for partitioning the image into one or more first tiles, wherein the one or more first tiles comprise the one or more regions of interest; and

identify one or more second tile sizes for partitioning the image into one or more second tiles, wherein the one or more second tiles do not comprise the one or more regions of interest.

20. The storage medium of claim 18 , wherein the instructions that cause the machine to determine the set of parameters for storing the image in the tile-based image format further cause the machine to:

generate a plurality of tile-based representations of at least a portion of the image, wherein the plurality of tile-based representations is generated based on a plurality of tile size parameters;

evaluate a performance of the plurality of tile-based representations based on one or more image processing operations;

identify a particular tile-based representation that provides an optimal performance, wherein the particular tile-based representation is identified from the plurality of tile-based representations; and

identify the one or more tile size parameters associated with the particular tile-based representation.

21. The storage medium of claim 18 , wherein the instructions that cause the machine to partition the image into the plurality of tiles based on the one or more tile size parameters further cause the machine to:

identify one or more regions of interest within the image; and

recursively partition the image into the plurality of tiles, wherein the image is partitioned into the plurality of tiles in a plurality of recursive stages, wherein each recursive stage produces a plurality of intermediate tiles, and wherein each intermediate tile is to be further partitioned in a subsequent recursive stage if:

the intermediate tile at least partially comprises the one or more regions of interest; and

partitioning the intermediate tile produces at least one smaller tile that does not comprise the one or more regions of interest.

22. The storage medium of claim 18 , wherein the instructions that cause the machine to determine the set of parameters for storing the image in the tile-based image format further cause the machine to:

determine the one or more tile size parameters, wherein the one or more tile size parameters indicate one or more optimal tile sizes for partitioning the image into the plurality of tiles.

23. The storage medium of claim 18 , wherein the one or more compression parameters indicate one or more compression types for compressing the plurality of tiles.

24. A method, comprising:

receiving a request to store an image in a tile-based image format, wherein the tile-based image format is to represent the image as a corresponding array of compressed tiles to be stored in an array database;

determining a set of parameters for storing the image in the tile-based image format, wherein the set of parameters comprise:

one or more tile size parameters for partitioning the image into a plurality of tiles; and

one or more compression parameters for compressing the plurality of tiles;

partitioning the image into the plurality of tiles based on the one or more tile size parameters;

compressing the plurality of tiles into a plurality of compressed tiles based on the one or more compression parameters, wherein each tile of the plurality of tiles is compressed independently; and

storing the plurality of compressed tiles in the corresponding array of compressed tiles in the array database.

25. The method of claim 24 , wherein determining the set of parameters for storing the image in the tile-based image format comprises:

identifying one or more regions of interest within the image;

identifying one or more first tile sizes for partitioning the image into one or more first tiles, wherein the one or more first tiles comprise the one or more regions of interest; and

identifying one or more second tile sizes for partitioning the image into one or more second tiles, wherein the one or more second tiles do not comprise the one or more regions of interest.

26. The method of claim 24 , wherein determining the set of parameters for storing the image in the tile-based image format comprises:

generating a plurality of tile-based representations of at least a portion of the image, wherein the plurality of tile-based representations is generated based on a plurality of tile size parameters;

evaluating a performance of the plurality of tile-based representations based on one or more image processing operations;

identifying a particular tile-based representation that provides an optimal performance, wherein the particular tile-based representation is identified from the plurality of tile-based representations; and

identifying the one or more tile size parameters associated with the particular tile-based representation.

27. The method of claim 24 , wherein partitioning the image into the plurality of tiles based on the one or more tile size parameters comprises:

identifying one or more regions of interest within the image; and

recursively partitioning the image into the plurality of tiles, wherein the image is partitioned into the plurality of tiles in a plurality of recursive stages, wherein each recursive stage produces a plurality of intermediate tiles, and wherein each intermediate tile is to be further partitioned in a subsequent recursive stage if:

the intermediate tile at least partially comprises the one or more regions of interest; and

partitioning the intermediate tile produces at least one smaller tile that does not comprise the one or more regions of interest.