System and method for enhanced application performance with tiered storage in an information handling system

1. An information handling system comprising:

a tiered storage system including a memory controller coupled to a first memory storage device, to a second memory storage device, and to a third memory storage device, the memory controller operable to:

determine a first access count for first information stored on the tiered storage system, the first access count corresponding to how many times the first information is accessed in the tiered storage system;

determine a second access count for second information stored on the tiered storage system, the second access count corresponding to how many times the second information is accessed in the tiered storage system;

determine a third access count for third information stored on the tiered storage system, the third access count corresponding to how many times the third information is accessed in the tiered storage system;

store the first information on the first memory storage device based upon the first access count being greater than the second access count;

store the second information on the second memory storage device based upon the second access count being less than the first access count;

store the third information on the third memory storage device based upon the third access count being less than the second access count; and

store first access data comprising the first, second, and third access counts; and

a host processing system coupled to the memory controller and operable to:

obtain the first access data from the memory controller;

determine to perform an operation on the first information based upon the first access count, to not perform the operation on the second information based upon the second access count, and to not perform the operation on the third information based upon the third access count; and

perform the operation on the first information on the first storage device;

wherein the first access count, the second access count, and the third access count comprise counts of read accesses and of write accesses.

2. The information handling system of claim 1 the memory controller further operable to:

store second access data comprising a fourth access count related to the first information, a fifth access count related to the second informations, and a sixth access count related to the third information;

compare the second access data with the first access data; and

store comparison data related to the comparison of the second access data with the first access data.

3. The information handling system of claim 1 the host processing system further operable to:

obtain the comparison data from the memory controller; and

determine to perform the operation on the first data based upon the comparison data.

4. The information handling system of claim 1 wherein:

the first access count includes a first number of times the first information was written to the first memory storage device;

the second access count includes a second number of times the second information was written to the second memory storage device; and

the third access count includes a third number of times the third information was written to the third memory storage device.

5. The information handling system of claim 4 wherein the operation includes a virus scan operation.

6. The information handling system of claim 1 wherein:

the first access count includes a first number of times the first information was read from the first memory storage device;

the second access count includes a second number of times the second information was read from the second memory storage device; and

the third access count includes a third number of times the third information was read from the third memory storage device.

7. A method comprising:

determining a first access count for first information associated with a first logical address range and stored on a tiered storage system, the first access count corresponding to how many times the first information is accessed in the tiered storage system;

determining a second access count for second information associated with a logical second address range and stored on the tiered storage system, the second access count corresponding to how many times the second information is accessed in the tiered storage system;

storing the first information in a first chunk of a first memory storage device of the tiered storage system based upon the first access count being greater than the second access count;

storing the second information in a second chunk of a second memory storage device of the tiered storage system based upon the second access count being less than the first access count;

storing first access data comprising the first and second access counts on a memory controller;

determining to perform an operation on the first chunk based upon the first access count, and to not perform the operation on the second chunk based upon the second access count; and

performing the operation on the first chunk on the first storage device;

wherein the first access count and the second access count comprise counts of read accesses and of write accesses.

8. The method of claim 7 further comprising:

storing second access data comprising a third access count related to the first information and a fourth access count related to the second information;

comparing the second access data with the first access data; and

storing comparison data related to the comparison of the second access data with the first access data.

9. The method of claim 8 further comprising determining to perform the operation on the first data based upon the comparison data.

10. The method of claim 7 wherein:

the first access count includes a first number of times the first information was written to the first memory storage device; and

the second access count includes a second number of times the second information was written to the second memory storage device.

11. The method of claim 10 wherein the operation includes a virus scan operation.

12. The method of claim 7 wherein:

the first access count includes a third number of times the first information was read from the first memory storage device; and

the second access count includes a fourth number of times the second information was read from the second memory storage device.

13. The method of claim 7 wherein performing the operation includes moving the first information from the first memory storage device to a third memory storage device.

14. Machine-executable code for an information handling system comprising a first resource, wherein the machine-executable code is embedded within a non-transitory medium and includes instructions for carrying out a method comprising:

determining a first access count for first information stored on a tiered storage system, the first access count corresponding to how many times the first information is accessed in the tiered storage system;

determining a second access count for second information stored on the tiered storage system, the second access count corresponding to how many times the second information is accessed in the tiered storage system;

determining a third access count for third information stored on the tiered storage system, the third access count corresponding to how many times the third information is accessed in the tiered storage system:

storing the first information on a first memory storage device based upon the first access count being greater than the second access count;

storing the second information on a second memory storage device based upon the second access count being less than the first access count;

storing the third information on a third memory storage device based upon the third access count being less than the second access count:

storing first access data comprising the first, second access, and third access counts on a memory controller;

determining to perform an archive operation on the first information based upon the first access count, to not perform the operation on the second information based upon the second access count, and to not perform the operation on the third information based upon the third access count; and

performing the archive operation on the first information in response to determining to perform the first operation;

wherein the first access count and the second access count comprise counts of read accesses and of write accesses.

15. The machine-executable code of claim 14 wherein the method further comprises:

storing second access data comprising a fourth access count related to the first information, a fifth access count related to the second information, and a sixth access count related to the third information;

comparing the second access data with the first access data;

storing comparison data related to the comparison of the second access data with the first access data; and

determining to perform the operation on the first data based upon the comparison data.

16. The machine-executable code of claim 14 wherein:

the first access count includes a first number of times the first information was written to the first memory storage device; and

the second access count includes a second number of times the second information was written to the second memory storage device.

17. The machine-executable code of claim 14 wherein:

the first access count includes a third number of times the first information was read from the first memory storage device; and

the second access count includes a fourth number of times the second information was read from the second memory storage device.

18. The information handling system of claim 1 wherein:

the first memory storage device comprises a non-volatile random access memory;

the second memory storage device comprises a disk array; and

the third memory storage device comprises a tape device.