Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The burgeoning data on the b makes it difficult for one to keep track of the changes that constantly occur to specific information of interest. Currently, the most widespread way of detecting changes occurring to b content is to periodically retrieve the pages of interest and check them for changes. This approach puts the burden on the user and wastes time and resources. Alternatively, systems that detect any change to a page is an overkill as it presents information that may not be relevant. Timeliness of change detection is also an issue in this approach. ,  present a change-monitoring system--bVigiL--which efficiently monitors user-specified b pages for customized changes and notifies the user in a timely manner. The focus of this paper is on the dataflow approach used for detecting multiple types of changes to a page and to monitor changes to more then one page at a time. This approach has been optimized to group similar/same specifications to reduce the computation of changes. Multiple changes to the same page as ll as to different pages are handled in our approach. As a special case, this includes the monitoring of b pages containing frames.  also provide the overall architecture and functionality of the bVigiL system to highlight the role of change detection graph (CDG) which forms the core of the system.
['Anoop Sanka', 'Shravan Chamakura', 'Sharma Chakravarthy']
I am writing a research paper on a idea A dataflow approach to efficient change detection of HTML/XML documents in WebVigiL
[{"from": "human", "value": "I am writing a research paper on a idea A dataflow approach to efficient change detection of HTML/XML documents in WebVigiL"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The burgeoning data on the b makes it difficult for one to keep track of the changes that constantly occur to specific information of interest. Currently, the most widespread way of detecting changes occurring to b content is to periodically retrieve the pages of interest and check them for changes. This approach puts the burden on the user and wastes time and resources. Alternatively, systems that detect any change to a page is an overkill as it presents information that may not be relevant. Timeliness of change detection is also an issue in this approach. ,  present a change-monitoring system--bVigiL--which efficiently monitors user-specified b pages for customized changes and notifies the user in a timely manner. The focus of this paper is on the dataflow approach used for detecting multiple types of changes to a page and to monitor changes to more then one page at a time. This approach has been optimized to group similar/same specifications to reduce the computation of changes. Multiple changes to the same page as ll as to different pages are handled in our approach. As a special case, this includes the monitoring of b pages containing frames.  also provide the overall architecture and functionality of the bVigiL system to highlight the role of change detection graph (CDG) which forms the core of the system."}]