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The multimodal architecture discussed in this paper is a distributed implementation of W3C Multimodal Interaction model. Certain functions of the W3C Interaction Manager are now executed by the multimodal client, while others have been distributed to remote SOA compliant multimodal enablers. A Multimodal Interaction AS manages the interaction with the local Speech Platform and communicates with neighbor...
In this demo paper, we present a new data service composition sequence generation approach to solve the ad-hoc data query problem in EDMIS. Our approach allows end users to input some keywords, and then the data services related are found and the Top-K data services composition sequences are generated as output.
One of the challenging problem that Web service technology is now facing is effective service discovery. To solve the deficiencies of Web service description, matching and choosing under WSDL language, this paper presents a web service discovery method based on keyword clustering and concept expansion, mainly from the
the interfaces of web services, we make operations defined in WSDL files which compose web services as the base units for searching and organize all information of operations and corresponding components as documents, which will facilitate IR-Style keyword searching. In order to improve the precision of searching, we
that assists to both service producers and service consumers in the discovery of semantic keywords which can be used to describe and discover Web services respectively. First, our system enhances semantically the list of keywords extracted from the elements that comprise the description of a Web service and the user
, a collaborative tagging-based environment for Web service discovery, allowing users to tag or annotate a Web service using keyword or free-text. Our system proposes consequently two types of query to search tagged Web services: keyword based and free-text. We put in place an advanced mode in the discovery by keyword
We propose a Discovery approach to find web services composition flows sorted by similarity. The approach extracts information from BPEL files. When creating new web services composition, the discovery result can be reused directly or provide reference. We import the lexical semantic in matching keywords. By analysis
scenarios, existing techniques do not form systems for public use; or are based on one query modal--keyword query, which cannot give the matched services accurately. In this paper, we introduce proposed multimodal query search, where users can use keyword and file as query or custom the query. The multimodal query is based on
Locating the desired web service to a client requirement is an onerous task as many web services are ready to satisfy a request. Recommending the pertinent web service and not providing the unwarranted service are the two main issues to be addressed in web service selection process. The limitation of keyword search is
images with their surrounding text are collected from a few photo forums to support this approach. The entire process is formulated in a divide-and-conquer framework where a query keyword is provided along with the uncaptioned image to improve both the effectiveness and efficiency. This is helpful when the collected data
utilizes text-mining, Web service technologies and domain knowledge, in order to extract keywords, to retrieve related records from an external source, and to filter the extracted keywords list. This study meets a practical challenge encountered at the School of Veterinary and Biomedical Sciences at Murdoch University. The
With the advent of Web 2.0, RESTful web services are becoming increasingly popular to emphasize the web as platform. There are already many RESTful web services and the number of services is increasing rapidly. Thus, it can be difficult to find specific services using keyword based retrieval. To solve this problem, a
Workflows are widely used for representing business processes, Web services, scientific experiments, and activities in daily life, like recipes. There is an increasing need for people to search a workflow repository using keywords and retrieve the relevant ones according to their interests. A workflow hierarchy is a
matching of service capabilities using a semantic reasoner. The proposed approach has been evaluated for accuracy using recall and precision. The results are compared with keyword based matching. With a typical test data of 90 services, the proposed method has average recall of 88.2% and average precision of 63.7% in contrast
early stages, there is no many details nor much understanding about the client functional requirements. On the other hand, unstructured keyword-based identification approaches are known of having low precision and recall. To overcome this problem, we argue that assets descriptions should have explicit information about the
Current keyword search by Google, Yahoo, and so on gives enormous unsuitable results. A solution to this perhaps is to annotate semantics to textual web data to enable semantic search, rather than keyword search. However, pure manual annotation is very time-consuming. Further, searching high level concept such as
With the growing number of web services, there arise issues of finding relevant services. But, a web service is typically published by registering its WSDL file and a brief description in UDDI business registries. This limits the search mechanism for web services to keyword based searches. In order to overcome
streets, with or without GPS logs. Those videos will be clipped into a sequence of images and associated with streets on road network. A sequence of images is called a `trail' in this service and it can be shared with other users via keyword search, range search or a direct link. Currently, thousands of trails, implying
needed to search and find relevant information. For tabular structures embedded in HTML documents, typical keyword or link-analysis based search fails. The next phase envisioned for the WWW is automatic ad-hoc interaction between intelligent agents, web services, databases and semantic web enabled applications. A large
Set the date range to filter the displayed results. You can set a starting date, ending date or both. You can enter the dates manually or choose them from the calendar.