Abstract— Query and Image based recommendation sorted by the method of re-ranking provides an accurate output of images based on the visual semantic signatures of the query image .In query based recommendation, keyword expansions help provide better results whereas in image recommendation, re-ranking based on priority of images accessed by other users provides more accurate results. This paper presents an Android application with basic features comprising of an image recommender system which provides a text as well as image based output on the type of query provided by the user. The input can also be text based or image based. The results obtained are re-ranked and prioritized according to user intention and also differ with respect to different users. The information of users search interests are stored offline and a profile based system is maintained for each and every user so that accurate results are obtained for different users working on the same device.
Keywords— Smartphone image recommender, image recommender, profile base image recommender, image re-ranking.
I. INTRODUCTION
The primary objective of this paper is to provide accurate search results based on keyword expansion as well as comparing the semantic signatures of images to provide re-ranked images for the android operating system. Such a system is not yet available in
Smartphone devices especially android but it exists for the Apple OS commonly known as IOS. The application will feature a search box
for
For example, some commercial services such Facebook use cookies to track user behavior from several sites that the user visited before to display specific advertisements to individual user. On the other hand, Amazon predict or recommend products to user based on previously purchased products on the same categories or user rating. Several personalization solutions have also been developed to help user to find interested applications. For example, in Android platform, AppBrain uses Android API to monitor what applications a user has installed recently, and recommend other applications in the same category(AppBrain,
Content-based filtering methods are based on a description of the item and a profile of the user’s preference. In a content-based recommender system, keywords are used to describe the items; beside, a user profile is built to indicate the type of item this user likes. In other words, these algorithms try to recommend items that are similar to those that a user liked in the past.
While many people typically identify the concept of social media in terms of their computer, the Apple conglomerate far exceeded consumer’s preconceived notions with the introduction of the iPhone “smartphone”. The iPhone provides an astonishing 100,000 and expanding number of applications, or “apps,” which are tailored to a variety of audiences. Users can download
Smartphones are considered to be smart because of the various different applications that can be run on them. A Mobile App is a software application that is developed to help end users in making their tasks easy. App development goes back to the 1990s when IBM developed the first smart phone, which consisted of a calculator, phonebook, calendar and a
As data continues to grow exponentially, machine learning will be critical for refining the relevance of search results. Using the Solr Learning to Rank toolkit, you can train search model algorithms offline, in a batch mode, using training data. When training the algorithm, you can use the supervisory mode and have more manual input into training the data or use a more data-driven approach and learn from the data signals. By running these signals through the Learning to Rank toolkit, it will learn and rank product results based on behaviors such as products that are purchased should rank higher in the search results than products that only receive page views.
In the future, there must be a growing number of mobile users who are more likely and used to use conversational search. So building a good SEO based on conversational words is the key to winning the game in the future.
Searching for apple by a farmer has a different meaning from searching by a technical person .There is one solution to solve these problems is personalized search where user specific information is considered to distinguish between exact intentions of user queries and reranked the images.
Smart mobile devices are the fastest growing computing platforms. This rapid development and growth of smart phones in consumer market over the last few years has alarmed the platform that is utilized for social business, entertainment, gaming, productivity marketing using software applications involving global positioning sensors (GPS), and wireless connectivity, pho-to/video capabilities, built in web browsers, voice recognition and various other native capabilities of the smart phone. These features present in mobile devices present new challenges and requirements to application developers that are not found traditional mobile apps [2].
Use mobile related keywords and modifiers such as “near me” and “nearby” taking into consideration voice search. Voice search using tools such as Siri is increasingly becoming a popular mode of interacting between users and mobile devices. As such, on your mobile-friendly version, use keywords that cater to this group of users.
Recommender systems as a specific kind of information filtering (IF) method that tries to show information items like movies, music, books, news, images, web pages, etc. that are likely of interest to the user. In general, it is relied on an information item named the content-based approach or the user 's social environment named the collaborative filtering approach. The major four approaches for recommendations:
item A novel correlation-based feature analysis method is presented to derive HCFGs for multimedia semantic retrieval on mobile devices. The proposed framework explores the mutual information from multiple modalities by performing correlation analysis for each feature pair and separating the original feature set into different HCFGs by using the affinity propagation algorithm at the feature level. Then, a novel fusion scheme is proposed to fuse the testing scores from selected HCFGs to obtain optimal performance. Finally, an iPad application is developed based on our proposed system with a user-feedback processing system to refine the retrieval results.
Abstract—The technique of Collaborative Filtering is especially successful in generating personalized recommendations. Collaborative Filtering is quickly becoming a popular technique for reducing information overload, often as a technique to complement content based information filtering. More than a decade of research has resulted in numerous algorithms, although no comparison of the different strategies has been made. In fact, a universally accepted way of evaluating a Collaborative Filtering algorithm does not exist yet. In this survey, we explain different techniques found in the literature, and we study the characteristics of each one, highlighting their principal strengths and weaknesses. This Paper Present a new user similarity model to improve the recommendation performance to calculate the similarity of each user. The model not only consider the local context information of user rating but also the global preferences of user behavior.
Since Android is one of the most popular Operating Systems, we focus our research work on Android. We proposed “Android
Recently recommendation system use has risen in popularity as their algorithms interpret user preferences and guide customers to movies to watch, books to purchase, or restaurants to dine. This popularity, along with competitions where students build novel recommendation systems, peaked our interest in the mechanics behind recommendation algorithms. We have design our project to explore and evaluate the algorithms which influence how recommendation systems operate.
The computer operating system is one of the biggest changes we are seeing in today’s world. With the rise of the cloud, digital software delivery and applications, the computer operating system is playing catch up to these new trends. The center of the computer as always been the operating system and the Graphical User Interface that comes with it. Computer operating systems have come from a past of no User interface and being a command line base to the modern day Windows 8 and Mac OS’s of application based. If operating systems focus on Applications, cloud and digital downloads for software, this approach will take the computer operating systems into the next twenty years of computing. Computer Operating systems used to the center of a Vendors development. In the modern era, mobile Operating systems have become the focal point with computer operating systems taking the back seat. The computer operating system must match the experience and eco system of the mobile devices. Focusing on the Graphical user interface will help create that experience, from the application tile to the scrolling and how a user handles features will be key on developing the computer operating system of the future.