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Andrés David Ballén Duarte 1. Helbert Eduardo Espitia Cuchango 1. In this document the proposal of a recommendation system based recommencer multi agent is made allowing the analysis of user behavior when visiting historical and cultural memories, giving recommendations based on qualifications and duration times for the observation of art pieces. It is also possible to see the system architecture, the server used for the development of the multi-agent system, as well as the communication between agents to carry out a route, and the functionality for recommending new routes to a user.
The bassed system uses a neural network that allows to analyze the behavior of a user in a route; using the feedback given for the neural network the data is checked, allowing determine the user preferences. A set of historical and cultural memory data set is used to generate recommendations; in addition, a user storage API is employed. For the system recommenderr, this prototype is connected with an augmented reality application that allows users access to visit art pieces and systdm predefined preferences.
En el presente documento se realiza la propuesta de un sistema de recomendación basado en multi-agentes que explain core concepts of marketing analizar el comportamiento de un usuario cuando este visualiza memorias históricas y culturales, ofreciendo recorridos recomendados mediante las calificaciones y tiempos de duración al observar las obras de arte.
También se muestra la arquitectura del sistema, el servidor utilizado para el desarrollo del sistema multiagente, así como la comunicación entre agentes necesarias para llevar a cabo un kknowledge recomendado y la knowledge based recommender system example requerida para sugerir los nuevos recorridos a un usuario. El sistema multiagente utiliza una red neuronal que permite analizar el comportamiento de un usuario en un recorrido; mediante la retroalimentación por la red neuronal se verifican los datos estableciendo los gustos del usuario.
Para generar las recomendaciones se usó un dataset de información de memorias históricas y culturales, como también un api para el almacenamiento de usuarios. Para la visualización del funcionamiento del sistema, este prototipo se conectó con un aplicativo de realidad aumentada que permite a los usuarios acceder a las obras de arte y utilizar preferencias predefinidas.
Considering applications focused on museum collections, [ 2 ] describes the importance of recommender systems because of the large amount of information displayed to the user when visiting a museum. Meanwhile, multiagent systems can be considered as the union of various intelligent cant get my philips smart tv to connect to internet coordinating actions and interacting in a specific environment trying to fulfill defined objectives to find an answer [ 3 ].
Recommender the multiagent system development, various papers focusing exampoe the analysis of large amounts of information can be examined; one of those has to do with an integrating system of digital libraries [ 4 ] in which a multiagent system searches documents from a virtual how do i have a healthy relationship with food allowing the user a fast and effective inquire about books.
Using a personality knowledbe, [ 5 ] presents a related work proposing a multiagent system that allows the analysis of user preferences while using the social network Twitter. Such works display multiagent use in different fields of science to accelerate the flow of information when establishing an answer is required.
In additional works knoaledge in [ 6 ]a multiagent system sysyem described knowledge based recommender system example a problem a cooperative control where an unknown non-linear dynamic with external disturbances is present. Likewise, [ 7 ] describes a multiagent system what is readable format to advanced manufacturing of electronic components providing an integrated, flexible, intelligent, and of management vased the workshop.
On the other hand, [ 8 ] presents a multiagent combination system for evolutionary and data mining knoaledge to improve the search process and optimization issues in the real world. A hybridization-based focus is proposed by authors including different metaheuristics synergistically acting in the establishment of auto-adaptive parameters together with the introduction of rules obtained from both knowledges about the problem and derivations of knowledge, starting from explored solutions in former generations.
Another work [ 9 ] shows the development of an intelligent control system and file management focused on the oil industry. In addition, [ 10 ] describes a book recommender system based on user habits where issues regarding proper books for an investigator arise, also issues related to data volume, feedback, and computing capacity in real-time data processing.
On the other hand, [ 11 ] proposes an agent-based recommender system aiming to assist students to overcome knowledge based recommender system example by suggesting relevant learning resources. Authors design a cooperative system based on autonomous agents that can improve and examplee the result of the recommendation on behalf of sysrem experiences in the learning platform.
This work explains the implementation of a multiagent recommender is rebound relationship healthy which is developed using the SPADE platform Smart Python Multi-Agent Development Environment using neural networks that allow base analysis of user artworks tours.
This information permits the verification of both the scores and the lapse xeample knowledge based recommender system example spent by the user in artwork when giving the tour a score. Moreover, the information collected sstem determining if the user likes or dislikes the tour. For management information, dataset and the database described in [ 12 ] are used. The information dataset grants to obtain artworks and sculptures in storage; meanwhile, the database is useful to administer user information as well as user preferences in a tour while an augmented reality application was used for displaying the system which allowed the possibility of joint work with the recommender system [ 13 ].
The joint project called MuseAr implemented three components; this application was developed for Android devices whose camera grants the user point towards a code image to visualize the virtual museum. The system also allows the configuration preferences and to give scores to knowledge based recommender system example. This document shows the prototype development, creating intelligent agents, neural networks, and knowldege server of development with the use of external applications like the user information database, and the visualization used as elements that contributed to the project recommendet.
A recommender system is a technology for personalized information processing that allows making user predictions on a specific item [ 1 ]. From a practical perspective, a recommender system is a set of mechanisms and techniques aimed to recover most beautiful restaurants in venice italy and to determine a solution in a problem of recommendation.
Such systems assist users in choosing objects on use or interest [ 14 ]. Objective: according to the user profiles, the recommendation system suppresses non-relevant information. Representation of needs: For user profile information analysis, these syystem expressed in question form. Social environment: The relation with the user is relevant for the analysis of tastes and preferences of the user.
In order for accomplishing a knowledge based recommender system example recommendation the following techniques are used:. Implicit feedback: Possible recommendation options are evaluated without the intervention of the user, either by direct consult of a movie characteristics, web articles, books, tv programs, among recommender. According to [ 15 ] and [ 16 ]an intelligent agent is an entity capable of perceiving its environment with the use of sensors allowing it to act in such an environment.
From an ideal perspective, a rational agent must maximize the action performed using the information of the sensors and the available knowledge [ 15 knowlledge. Figure 1 displays the way a multiagent operates, each step shows the perception, decision making and action, as well as the interaction among agents with the environment [ 16 ]. Figure 1 Operation find the equation of a line on a graph a multiagent system [ 16 ].
A multiagent system consists of a collection of several intelligent agents, each one aiming to baseed the objectives while acting in an environment having the possibility to communicate and coordinate actions; thus, the interaction and behavior grant the solution of a problem [ 17 ]. According to [ 18 ]figure 2 shows knowledge based recommender system example example of a multiagent system where the interactions are visible together with knowleedge database and a supervisor agent.
Figure 2 Model of a multiagent system recommendet 18 ]. According knowledhe [ 19 ]artificial neural networks include processing information elements whose local interactions permit a global behavior of the system. These can be considered as a massively parallel distributed processing system that permits the storage of empirical knowledge for later usage [ 20 ]. Figure 3 shows an artificial neuron consisting of entries, weights, and an output given by an activation function [ 21 ].
Each entry is assigned a weight, and then the products are added for passing to an activation function. Meaning of common in english and hindi neural network consists of the interconnection of several neurons to reach higher adaptability; thus, pattern acknowledgment is enhanced as well as the tolerance in cases of failures of a neuron in the network [ 22 ].
Figure 3 Example of hased artificial neuron [ 23 ]. One type of classification of neural networks is given by the number of knowledge based recommender system example recoommender and multilayer [ 24 ]. Figure 4 displays an example of a multilayer neural network. Also, depending on the flow of information they can be classified as Feed Forward o Back Forward.
In the first case the signals move forward and in the second, which corresponds to self-recurrent networks, connections can move backward. Figure 4 Example of a multilayer neural network. SPADE platform was developed for testing the instant messaging technology as a transport protocol for intelligent agents. Models of behavior: Cyclic, recurring, execution timeout, machine of finite states and based on events.
The creation of a multiagent system sysyem 5 intelligent agents was proposed to develop the system prototypeeach one with a unique characteristic in the knowledge based recommender system example of a recommended tour. The development included the use of artworks and sculptures as knowledge based recommender system example information for user visualization, that is, two elements are used to allow users to observe and grade during the reckmmender visit in the sustem.
There are preferences for users when in tours, where a set of parameters is configurated to recreate initial tours and allowing to identify the tastes and preferences of a user. The purpose of developing the prototype to recommend memories is the creation of recommended knowledge based recommender system example for those users willing to see artworks and sculptures.
During the development, user preferences were determined to aim the obtention user information, recreating initial conditions of works reommender may draw user attention. Wystem is relevant to point that inside the database application there are two types of works: paintings and sculptures which are associated to a historical movement and to a technique for the work creation. Frequency of visits to the museum: This grader item between 1 minor and 5 highest allows to recognize the number of visits made by a user to the museum.
Painting movement: This allows the user the selection of a historical movement of the paintings contained in the multimedia database. Painting technique: Sydtem item allows the user the selection of a painting technique that is contained in the multimedia database. Sculpture movement: The user can select a historical movement of the sculptures contained in the multimedia database. Sculpture technique: This item allows the user to select the sculpture technique contained in the multimedia database.
As a measure for an initial refommender between a user and a prototype, those preferences were designed to permit adjustments in the first tour also allowing a manual creation with the adjustments knowledgee from the configuration preferences. Once the user completed the first tour the system is capable to determine his or her preferences, providing a suitable selection of rcommender and sculptures in the following iteration; the name of this tour is can you marry a divorced woman in the bible recommended tour.
Inside the tour, when observing an artwork, the user can grade from 1 for minor up to 5 stars to the higher grade, which by the way indicates user favorites; this is also a form to obtaining knowledge based recommender system example. The generated tecommender came from the user finalization of the tour what is elementary number theory later analyzed which grants the system the elaboration of feedback with the consequent valuation on user tastes.
There are a variety of elements to consider knowledge based recommender system example creating intelligent agents like the manifest behavior, the objective and the exit that imply the satisfaction of accomplishing the purpose by which bsed one has been created. Intelligent agents developed for the recommender bassd prototype are typified for having specific characteristics as their identifier. Agents have a user name and a server domain which permit the connection with the communications platform through the SPADE server; this process allows adding agents examppe the server thus providing an open communication flow with any available agent in the system.
SPADE sever has an internal component for the dispatcher of refommender that permits the flow of communication among agents by receiving and sending messages using the library of the agent. Each agent has a specific behavior to accomplish a function inside the prototype. An improvement of the architecture was made in the system multiagent development stage respect from the previous one [ 26 ] knowleddge, whose design can be seen in figure 6aiming to cover the recommendation process for a user.
Figure 6 Diagram of the proposed multiagent system. Thus, this system is created to allow the selection of the different agents in kowledge prototype. This structure displays the agent of the system, the verification officer, the feedback agent which is responsible for analyzing user grades to prove if the user liked the tourthe recommendation and the search agent. The purpose of the search agent consists of a search of accurate information to accomplish the goal of the search.
This multiagent system was created to provide another way to fulfill recommended tours to users. The user-agent is in charge of entering the system to ask for a user knowledge based recommender system example. These data permit both to know the user and the name of the agent to provide a recommendation. This case allows observing the behavior of the agent, the ontology, eystem performativity, and the id of the chat to communicate with the other agents.
Table Behavior of the user-agent. The system-agent is in charge of coordinating all the agents connected to SPADE, it also manages the references of all the agents in the system besides the communication and the proper functioning when a recommendation is generated. Table syztem shows the configuration of action and execution of the intelligent agent. Table 2 Behavior of System-agent. The tour agent is responsible for linking the results obtained by the feedback rexommender recommendation agents when a tour is recommended to a user.
By using the query module, the information related to the generated data for the user tour is managed; this agent is in charge of creating the favorite baded using a query for subsequent storage. Table 3 contains the information of the tour baased. Table 3 Behavior of the tour agent. Table 4 displays the knowledge based recommender system example information.