Abstract: A computer implemented method, program, system, and apparatus for searching structured databases is disclosed. This invention teaches inputting search criteria by a user for an initial query, applying the initial query to one or more databases providing a return result; modifying the initial query by inputting additional search criteria for one or more additional queries; applying the one or more additional queries to the one or more databases providing results indexed to the database of dimensional data; and recording the initial search criteria, the additional search criteria and a relevant search space, wherein modifying or omitting subsequent queries such that no query is repeated for the same search criteria and the relevant search space, each subsequent query yielding a different results list, the different results list consisting of new or old data from the one or more databases, wherein each of the different results lists shows unseen results only.

Abstract: A computer implemented method, program, system, and apparatus for searching structured databases is disclosed. This invention teaches the collation of results based on the time that a search is performed by a user by sending individual time-based queries to the database such that only an subset of results is obtained for each query. The time associated with each query is recorded in one or more datasets which correspond to the search being performed, and the datasets are consulted before each additional time-based query such that no time period is queried twice for the same search. By querying based on a subset of results existing in a particular time frame, the invention serves to limit load on a database and a user device while also removing the need for de-duplication of results, presenting the user with a collated list of the most relevant results based on the current time.

Abstract: A computer implemented method, program, system, and apparatus for searching structured databases is disclosed. This invention teaches the collation of results based on the time that a search is performed by a user by sending individual time-based queries to the database such that only an subset of results is obtained for each query. The time associated with each query is recorded in one or more datasets which correspond to the search being performed, and the datasets are consulted before each additional time-based query such that no time period is queried twice for the same search. By querying based on a subset of results existing in a particular time frame, the invention serves to limit load on a database and a user device while also removing the need for de-duplication of results, presenting the user with a collated list of the most relevant results based on the current time.