Semantic Search Guidance: Learn From History
نویسندگان
چکیده
User queries submitted to web search engines are not always informative enough for retrieving the related pages to the user intention. The main problem is that users may not know the best query items they should enter to get the most related web pages to their intentions. They may not be familiar with the specific keywords in that domain knowledge. A user may remember only a part of the phrase that he/she wants to use in the query string. Sometimes the user does not know how to order the keywords (most web search engines are sensitive to the order of the keywords) or even does not know the correct spelling of a specific keyword in the query string. A novice user sometimes sends an imperfect query and scans the returned web pages (even reads a number of the returned documents) to prepare a more precise query by finding new related keywords in the documents. To assist the users in formulating their search queries, we propose two query recommendation algorithms which are based on frequent query phrase similarity, and latent semantic indexing, respectively. The proposed models have been introduced in this paper. They have been evaluated in order to analyze their performance based on the contribution and point-wise mutual information metrics. The algorithms show a promising performance and can serve as a nice starting point for further investigation.
منابع مشابه
Meta-Path Guided Embedding for Similarity Search in Large-Scale Heterogeneous Information Networks
Most real-world data can be modeled as heterogeneous information networks (HINs) consisting of vertices of multiple types and their relationships. Search for similar vertices of the same type in large HINs, such as bibliographic networks and business-review networks, is a fundamental problem with broad applications. Although similarity search in HINs has been studied previously, most existing a...
متن کاملQuery Architecture Expansion in Web Using Fuzzy Multi Domain Ontology
Due to the increasing web, there are many challenges to establish a general framework for data mining and retrieving structured data from the Web. Creating an ontology is a step towards solving this problem. The ontology raises the main entity and the concept of any data in data mining. In this paper, we tried to propose a method for applying the "meaning" of the search system, But the problem ...
متن کاملLearning Implicit User Interests Using Ontology and Search History for Personalization
The key for providing a robust context for personalized information retrieval is to build a library which gathers the long term and the short term user’s interests and then using it in the retrieval process in order to deliver results that better meet the user’s information needs. In this paper, we present an enhanced approach for learning a semantic representation of the underlying user’s inte...
متن کاملThe interplay of episodic and semantic memory in guiding repeated search in scenes.
It seems intuitive to think that previous exposure or interaction with an environment should make it easier to search through it and, no doubt, this is true in many real-world situations. However, in a recent study, we demonstrated that previous exposure to a scene does not necessarily speed search within that scene. For instance, when observers performed as many as 15 searches for different ob...
متن کاملPTTP+GLiDeS: Guiding Linear Deductions with Semantics
Using semantics to guide ATP systems is an under-utilised technique [10]. Two systems that have successfully employed semantic guidance are CLIN-S [1] and SCOTT [5]. In linear deduction, semantic guidance has received only limited attention, e.g., [7, 8]. Our research is developing semantic guidance for linear deduction in the Model Elimination (ME) [3] paradigm. Search pruning, at the possible...
متن کامل