Information processing system, apparatus, and method

1. An information processing system comprising:

a first information processing apparatus including a first processor configured to transmit information on the position of the first information processing apparatus; and

a second information processing apparatus including a second processor configured to

acquire a position of the second information processing apparatus;

receive the information on the position of the first information processing apparatus;

acquire relative position information of the second information processing apparatus and the first information processing apparatus on the basis of the information on the position of the second information processing apparatus and the first information processing apparatus; and

select a coupling mode of the second information processing apparatus and the first information processing apparatus to be a first mode or a second mode based on the relative position information and a data transfer rate between the first information processing apparatus and the second information processing apparatus,

wherein the first mode allows application programs being executed on the first information processing apparatus to access a storage of the second apparatus and allows application programs being executed on the second information processing apparatus to access a storage of the first apparatus, and

wherein the second mode allows application programs being executed on the first information processing apparatus to access a storage and a memory of the second apparatus and allows application programs being executed on the second information processing apparatus to access a storage and a memory of the first apparatus.

2. The information processing system according to claim 1 , wherein

the first processor acquires a position of the first information apparatus a plurality of times, and

the second processor acquires a position of the second information apparatus a plurality of times, and determines whether the first information processing apparatus relatively remains stationary or moving with respect to the second information apparatus on the basis of information on the position of the second information apparatus acquired the plurality of times and information on the position of the first information processing apparatus acquired the plurality of times.

3. The information processing system according to claim 2 , wherein

the second processor determines that the first information processing apparatus remains relatively stationary with respect to the second information apparatus on the basis of the information on the relative position, and

when the data transfer rate between the second information apparatus and the first information processing apparatus is substantially same as an access speed of the storage of the first information processing apparatus, the second processor selects the first mode.

4. The information processing system according to claim 2 , wherein when the second processor determines that the first information processing apparatus remains relatively stationary on the basis of the information on the relative position, and when a the data transfer rate between the second information apparatus and the first information processing apparatus is greater than an access speed of the storage of the first information processing apparatus and the data transfer rate is greater than an access speed of the memory of the first information processing apparatus, the second processor selects the second mode.

5. The information processing system according to claim 4 , wherein

the first processor converts a logical address space referenced by an application program performed on the first information processing apparatus and on the second information processing apparatus in parallel into a logical address space managed by an operation system executed on the first information processing apparatus, and converts the logical address space after the conversion into a physical address space of the first information processing apparatus, and

the second processor converts a logical address space referenced by an application program performed in the first information processing apparatus and in the second information processing apparatus in parallel into a logical address space managed by an operation system executed on the second information processing apparatus, and converts the logical address space after the conversion into a physical address space of the second information processing apparatus.

6. An information processing apparatus comprising:

a processor configured to

acquire a position of the information processing apparatus;

exchange position information with a communication device;

acquire a relative position information of the information processing apparatus and the communication device on the basis of information on a position of the information processing apparatus and information on a position of the communication device;

exchange the relative position information with the communication device; and

select a coupling mode of the information processing apparatus and the communication device to be a first mode or a second mode based on the relative position information and a data transfer rate between the information processing apparatus and the communication device,

wherein the first mode allows an application program being executed on the information processing apparatus to access a storage of the communication device, and the second mode allows an application program being executed on the information processing apparatus to access a storage and a memory of the communication device.

7. The information processing apparatus according to claim 6 , wherein

the processor acquires a position of the information processing apparatus a plurality of times,

processor determines whether the communication device relatively remains stationary or moving with respect to the information processing apparatus on the basis of information on the position of the information processing apparatus acquired the plurality of times and the information on the position of the communication device acquired a plurality of times.

8. The information processing apparatus according to claim 7 , wherein

the processor determines that the communication device remains relatively stationary with respect to the information processing apparatus on the basis of the information on the relative position, and

when the data transfer rate between the information processing apparatus and the communication device is substantially same as an access speed of the storage of the communication device, the relative-position-information exchange unit selects the first mode.

9. The information processing apparatus according to claim 7 , wherein the processor determines that the communication device remains relatively stationary with respect to the information processing apparatus on the basis of the information on the relative position, and when the data transfer rate between the information processing apparatus and the communication device is greater than an access speed of the storage of the communication device and the data transfer rate is greater than an access speed of the memory of the communication device, a determination is made to couple with the communication device in the second mode.

10. The information processing apparatus according to claim 9 , wherein the processor is further configured to:

convert a logical address space referenced by an application program performed on the information processing apparatus and in the communication device on parallel into a logical address space managed by an operation system executed on the information processing apparatus, and converts the logical address space after the conversion into a physical address space of the information processing apparatus.

11. A method of processing information at a first information processing apparatus, the method comprising:

acquiring an absolute-position of the first information processing apparatus;

acquiring an absolute-position of a second information processing apparatus;

acquiring relative position information of the second information processing apparatus and the first information processing apparatus on the basis of the absolute-position of the first information processing apparatus and the absolute-position of the second information processing apparatus; and

selecting a coupling mode of the second information processing apparatus and the first information processing apparatus to be a first mode or a second mode based on the relative position information and a data transfer rate between the first information processing apparatus and the second information processing apparatus,

wherein the first mode allows application programs being executed on the first and second information processing apparatuses apparatus to access a storage of the other second apparatus and allows application programs being executed on the second information processing apparatus to access a storage of the first apparatus, and

wherein the second mode allows application programs being executed on the first and second information processing apparatuses apparatus to access a storage and a memory of the other second apparatus and allows application programs being executed on the second information processing apparatus to access a storage and a memory of the first apparatus.

12. An information processing system comprising:

a first apparatus including a first processor configured to transmit information on the position of the first apparatus; and

a second apparatus including a second processor configured to

acquire a position of the second apparatus;

receive the information on the position of the first apparatus;

acquire relative-position information of the second and the first apparatuses on the basis of the information on the position of the second and the first apparatuses; and

select a coupling mode of the second and the first apparatuses to be a first mode or a second mode based on the relative position information and a data transfer rate between the first apparatus and the second apparatus,

wherein the first mode allows application programs being executed on the first and second information processing apparatuses apparatus to access a storage of the other second apparatus and allows application programs being executed on the second information processing apparatus to access a storage of the first apparatus, and

wherein the second mode allows application programs being executed on the first and second information processing apparatuses apparatus to access a storage and a memory of the other second apparatus and allows application programs being executed on the second information processing apparatus to access a storage and a memory of the first apparatus.