New generation of the multimedia search engines
Mario Humberto Mijes Cruz, Andrea Soto Aldaco, Luis Alejandro Maldonado Cano, Mario López Rodríguez, Manuel Antonio Rodríguez Vázqueza, Laura Mariel Amaya Reyes, Elizabeth Cano Martínez, Osvaldo Gerardo Pérez Rosas, Luis Rodríguez Espejo, Jesús Abimelek Flores Secundino, José Luis Rivera Martínez, Mireya Saraí García Vázquez, Luis Zamudio, Juan Carlos Sánchez Valenzuela, Abraham Montoya Obeso, Alejandro Acosta · Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIE · 2016
Current search engines are based upon search methods that involve the combination of words (text-based search); which has been efficient until now. However, the Internet’s growing demand indicates that there’s more diversity on it with each passing day. Text-based searches are becoming limited, as most of the information on the Internet can be found in different types of content denominated multimedia content (images, audio files, video files). Indeed, what needs to be improved in current search engines is: search content, and precision; as well as an accurate display of expected search results by the user. Any search can be more precise if it uses more text parameters, but it doesn’t help improve the content or speed of the search itself. One solution is to improve them through the characterization of the content for the search in multimedia files. In this article, an analysis of the new generation multimedia search engines is presented, focusing the needs according to new technologies. Multimedia content has become a central part of the flow of information in our daily life. This reflects the necessity of having multimedia search engines, as well as knowing the real tasks that it must comply. Through this analysis, it is shown that there are not many search engines that can perform content searches. The area of research of multimedia search engines of new generation is a multidisciplinary area that’s in constant growth, generating tools that satisfy the different needs of new generation systems.