Method, apparatus, and computing device for determining heat degrees of information dissemination

1. A method for determining dissemination heat degree of network information, comprising:

analyzing, by a processor, N levels of sharing data during N levels of sharing of specific network information during an information dissemination process that distributes the specific network information via a network, to determine parameters related to each sharing level of the specific network information, wherein:

N is a natural number greater than 1, and

the specific network information is disseminated during the N levels of sharing of the specific network information;

based on the parameters related to each sharing level of the specific network information, calculating, by the processor, a dissemination heat degree S of the specific network information;

predicting, by the processor, a sharing level of the specific network information for a subsequent information dissemination process associated with the network based on the dissemination heat degree S of the specific network information; and

facilitating, by the processor, the subsequent information dissemination process that further distributes the specific network information via the network based on the predicted sharing level of the specific network information.

2. The method according to claim 1 , wherein:

a j th level of the sharing data includes a sharing time average T j and a sharing number P i , where j=1, . . . , N, and

wherein determining the parameters related to each sharing level of the specific network information includes:

a dissemination speed parameter calculation step, configured for calculating an averaged sharing time interval T j −T j−1 between two adjacent sharing levels and having an inverse of the averaged sharing time interval as a dissemination speed parameter F j of the j th sharing level,

F

j

=

1

T

j

-

T

j

-

1

,

where T 0 represents an original release time of the specific network information; and

a dissemination intensity parameter calculation step, configured for calculating a ratio between the sharing numbers of two adjacent sharing levels P j+1 /P j , as a dissemination intensity parameter H j+1 for a (j+1) th sharing level, H j+1 =P j+1 /P j .

3. The method according to claim 2 , wherein when the j th level of the sharing data includes the sharing time average value T j and the sharing number P j , calculating the dissemination heat degree S of the specific network information includes:

determining a sum of the dissemination speed parameter F j for all sharing levels of the specific network information and a sum of the dissemination intensity parameter H j for all sharing levels that start from a 2 nd sharing level, as the dissemination heat degree S of the specific network information, S=F 1 +Σ j=2 N (F j +H j ).

4. The method according to claim 3 ,

wherein determining the parameters related to each sharing level of the specific network information further includes:

setting a dissemination speed weight factor a j for the j th sharing level; and/or

setting a dissemination intensity weight factor b j for the j th sharing level,

wherein, calculating the dissemination heat degree S of the specific network information further includes:

determining a sum of a product of the dissemination speed parameter F j and the dissemination speed weight factor a j for all sharing levels of the specific network information, and a sum of a product of the dissemination intensity parameter H j and the dissemination intensity weight factor b j of each sharing level that start from the 2 nd sharing level, as the dissemination heat degree S of the specific network information, S=a 1 F 1 +Σ j=2 N (a j F j +b j H j ).

5. The method according to claim 4 , wherein the dissemination speed weight factor a j and the dissemination intensity weight factor b j are set according to one or more of following factors:

influence of sharing entities of the j th sharing level;

distribution characteristics of sharing entities of the j th sharing level; and

sharing-time characteristics of the j th sharing level.

6. A computing device, comprising:

a memory, for storing instruction programs; and

one or more processors, connected to the memory and, when executing the instruction programs stored in the memory, configured for:

analyzing N levels of sharing data during N levels of sharing of specific network information during an information dissemination process that distributes the specific network information via a network, to determine parameters related to each sharing level of the specific network information, wherein N is a natural number greater than 1;

calculating a dissemination heat degree S of the specific network information based on the parameters related to each sharing level of the specific network information;

predicting a sharing level of the specific network information for a subsequent information dissemination process associated with the network based on the dissemination heat degree S of the specific network information; and

facilitating the subsequent information dissemination process that further distributes the specific network information via the network based on the predicted sharing level of the specific network information.

7. The device according to claim 6 , wherein:

a j th level of the sharing data includes a sharing time average T j and a sharing number P j , where j=1, . . . , N, and

wherein determining the parameters related to each sharing level of the specific network information includes:

a dissemination speed parameter calculation step, configured for calculating an averaged sharing time interval T j −T j−1 between two adjacent sharing levels and having an inverse of the averaged sharing time interval as a dissemination speed parameter F j of the j th snaring level,

F

j

=

1

T

j

-

T

j

-

1

,

where T 0 represents an original release time of the specific network information; and

a dissemination intensity parameter calculation step, configured for calculating a ratio between the sharing numbers of two adjacent sharing levels P j+1 /P j , as a dissemination intensity parameter H j+1 for a (j+1) th sharing level, H j+1 =P j+1 /P j .

8. The device according to claim 7 , wherein when the j th level of the sharing data includes the sharing time average value T j and the sharing number P j , calculating the dissemination heat degree S of the specific network information includes:

determining a sum of the dissemination speed parameter F j for all sharing levels of the specific network information and a sum of the dissemination intensity parameter H j for all sharing levels that start from a 2 nd sharing level, as the dissemination heat degree S of the specific network information, S=F 1 +Σ j=2 N (F j +H j ).

9. The device according to claim 8 ,

wherein determining the parameters related to each sharing level of the specific network information further includes:

setting a dissemination speed weight factor a j for the j th sharing level; and/or

setting a dissemination intensity weight factor b j for the j th sharing level,

wherein, calculating the dissemination heat degree S of the specific network information further includes:

determining a sum of a product of the dissemination speed parameter F j and the dissemination speed weight factor a j for all sharing levels of the specific network information, and a sum of a product of the dissemination intensity parameter H j and the dissemination intensity weight factor b j of each sharing level that start from the 2 nd sharing level, as the dissemination heat degree S of the specific network information, S=a 1 F 1 +Σ j=2 N (a j F j +b j H j ).

10. The device according to claim 9 , wherein the dissemination speed weight factor a j and the dissemination intensity weight factor b j are set according to one or more of following factors:

influence of sharing entities of the j th sharing level;

distribution characteristics of sharing entities of the j th sharing level; and

sharing-time characteristics of the j th sharing level.