User portrait based skill package recommendation device and method

A user portrait based skill package recommendation method, used for recommending an installation skill package to an intelligent robot comprising the steps of:

• acquiring and collating the identity information of an intelligent robot user and the interaction information of the user and the intelligent robot, and acquiring the user portrait information of the user, wherein the user portrait information at least comprises the identity information of the user, the interaction information of the user and the intelligent robot, and the information pertaining to usage parameters of the user for each skill package of the intelligent robot;
• and the usage parameters at least comprise the usage frequency, duration and period of the user for each skill package;
• analyzing the user portrait information and associating with a first skill package on the skill package management platform according to the user portrait information, wherein the description information of the first skill package comprises the whole or a part of the user portrait information;
• and
• acquiring the description information of the first skill package, and pushing the description information to the intelligent robot user, wherein the description information of the first skill package further comprises the identity type of a dominant user of a corresponding skill package, function information and installed internal memory information.

A user portrait based skill package recommendation system, comprising an application server, a skill package management platform, and a user device terminal, wherein:

• the application server comprises a network interface, a communication transceiver, a first information acquirer, an information analyzer, a skill package recommender, and a second information acquirer, wherein the network interface is connected to the communication transceiver;
• wherein the first information acquirer, the information analyzer, the skill package recommender, the second information acquirer, and the communication transceiver are all connected together via a bus;
• wherein the application server accesses a network via the network interface, and interacts data with other devices in the network via the communication transceiver;
• the first information acquirer generates, according to a communication protocol between an intelligent robot and an intelligent robot website, an information invoke request for invoking user portrait information, transmits the information invoke request to the intelligent robot and the intelligent robot website via the communication transceiver, and inputs into the information analyzer the user portrait information returned by the intelligent robot and the intelligent robot website;
• the information analyzer is used for analyzing the user portrait information, and transmitting the analysis result to the second information acquirer;
• the second information acquirer is used for generating a search request via the search interface of the skill package management platform according to the analysis result of the portrait information, and transmitting the search request to the skill package management platform via the communication transceiver;
• the skill package management platform associates with a first skill package on the skill package management platform according to the user portrait information in the search request, and feeds back all the associated first skill packages to the second information acquirer, wherein the description information of the first skill package comprises the whole or a part of the user portrait information;
• and
• the skill package recommender is used for acquiring the description information of the first skill package from the second information acquirer, and pushing the description information to the user device terminal, wherein the description information of the first skill package further comprises the identity type of a dominant user of a corresponding skill package, function information and installed internal memory information.