A machine learning is conducted according to user behavior data to obtain a satisfaction degree of the user behavior data. One or more characteristics are selected from a characteristic of the user and a characteristic of the data object in the user behavior data to obtain a characteristic combination. Individualized model training is conducted according to the satisfaction degree of the user behavior data under each characteristic or characteristic combination to obtain an individualized weight of each characteristic or characteristic combination. One or more data objects searched according to a query word in a search request of the user is ranked based on the individualized weight of the characteristic or characteristic combination. The one or more searched data objects are displayed according to the ranking. The present techniques improve performance of a search platform, increase accuracy of search results, and output reasonable results that satisfies an intention of the user.
Please help me write a proper abstract based on the patent claims. CLAIM: 1. A method comprising: conducting a machine learning of user behavior data to obtain a satisfaction degree of the user behavior data; selecting one or more characteristics from a characteristic of a user and a characteristic of a data object to form a characteristic combination; conducting a training of an individualized model to obtain an individualized weight of a respective characteristic or the characteristic combination; and ranking one or more data objects searched by a query word from a search request from the user according to the individualized weight of the respective characteristic or the characteristic combination for each of the one or more data objects. 2. The method of claim 1, further comprising displaying the one or more data objects according to a result of the ranking. 3. The method of claim 1, wherein the user behavior data records at least one of the user, the user behavior of the user to the data object, the data object, and a query word corresponding to the data object. 4. The method of claim 1, wherein the conducting the machine learning of the user behavior of the user to the data object that is recorded in the user behavior data to obtain the satisfaction degree of the user behavior data comprises conducting the machine learning according to each user behavior of one or more recorded user behaviors. 5. The method of claim 1, wherein the conducting the machine learning of the user behavior of the user to the data object that is recorded in the user behavior data to obtain the satisfaction degree of the user behavior data comprises conducting a training processing and conducting a predicting processing. 6. The method of claim 5, wherein the conducting the training processing comprises: conducting a training of a satisfaction degree model according to a respective user behavior of one or more user behaviors recorded in the user behavior data; and determining a satisfaction degree weight of the respective user behavior. 7. The method of claim 6, wherein the conducting the predicting processing comprises predicting the satisfaction degree of the user behavior data at least according to the satisfaction degree weight of the respective user behavior. 8. The method of claim 1, the conducting the machine learning of the user behavior of the user to the data object that is recorded in the user behavior data to obtain the satisfaction degree of the user behavior data comprises normalizing the satisfaction degree of the user behavior data according to the user and the query word recorded in the user behavior data. 9. The method of claim 1, wherein the selecting the one or more characteristics from the characteristic of the user and the characteristic of the data object to form the characteristic combination comprises obtaining the characteristic of the user and the characteristic of the data object according to pre-stored characteristic of the user and characteristic of the data object. 10. The method of claim 1, wherein the conducting the training of the individualized model to obtain the individualized weight of the respective characteristic or the characteristic combination comprises training the individualized weight of the characteristic of the data object to the characteristic of the user according to the satisfaction degree of the user behavior data, the characteristic of the user, and the characteristic of the data object. 11. The method of claim 1, wherein the ranking the one or more data objects searched by the query word from the search request from the user according to the individualized weight of the respective characteristic or the characteristic combination comprises: obtaining the characteristic of the user; obtaining the characteristic of the data object; predicting an individualized score of the data object by inquiring the individualized weight of the characteristic combination corresponding to the characteristic of the user and the characteristic of the data object; and ranking the searched one or more data objects according to the individualized score of each of the one or more data objects. 12. An apparatus comprising: a learning module that conducts a machine learning of a user behavior of user behavior data to obtain a satisfaction degree of the user behavior data; a forming module that selects one or more characteristics from a characteristic of a user and a characteristic of a data object to form a characteristic combination; a training module that conducts a training of an individualized model to obtain an individualized weight of a respective characteristic or the characteristic combination; and a ranking module that ranks one or more data objects searched by a query word from a search request from the user according to the individualized weight of the respective characteristic or the characteristic combination for each of the one or more data objects. 13. The apparatus of claim 12, wherein the ranking module further displays the one or more data objects according to a result of the ranking. 14. The apparatus of claim 12, wherein the user behavior data records at least one of the user, the user behavior of the user to the data object, the data object, and a query word corresponding to the data object. 15. The apparatus of claim 12, wherein the learning module further conducts the machine learning according to each user behavior of one or more recorded user behaviors. 16. The apparatus of claim 12, wherein the learning module comprises a training processing unit and a predicting processing unit, wherein: the training processing unit conducts a training of a satisfaction degree model according to a respective user behavior of one or more user behaviors recorded in the user behavior data and determines a satisfaction degree weight of the respective user behavior; and the predicting processing unit predicts the satisfaction degree of the user behavior data according to the satisfaction degree weight of the respective user behavior. 17. The apparatus of claim 12, wherein the learning module further normalizes the satisfaction degree of the user behavior data according to the user and the query word recorded in the user behavior data. 18. The apparatus of claim 12, wherein: the forming module further obtains the characteristic of the user and the characteristic of the data object according to pre-stored characteristic of the user and characteristic of the data object; and the training module further trains the individualized weight of the characteristic of the data object to the characteristic of the user according to the satisfaction degree of the user behavior data, the characteristic of the user, and the characteristic of the data object. 19. The apparatus of claim 12, wherein the ranking module further: obtains the characteristic of the user; obtains the characteristic of the data object; predicts an individualized score of the data object by inquiring the individualized weight of the characteristic combination corresponding to the characteristic of the user and the characteristic of the data object; and ranks the searched one or more data objects according to the individualized score of each of the one or more data objects. 20. One or more memories stored thereon computer-executable instructions executable by one or more processors to perform operations comprising: conducting a machine learning of a user behavior of a user to a data object that is recorded in user behavior data to obtain a satisfaction degree of the user behavior data; selecting one or more characteristics from a characteristic of the user and a characteristic of the data object to form a characteristic combination; conducting a training of an individualized model to obtain an individualized weight of a respective characteristic or the characteristic combination; and ranking one or more data objects searched by a query word from a search request from the user according to the individualized weight of the respective characteristic or the characteristic combination for each of the one or more data objects.