Google Inc.

Michael Gordon

Jeffrey C Reynar

Andrew William Hogue

David J Vespe

Oren Eli Zamir

Jeffrey Korn

Jeremy Hylton

Kushal Dave

James Kevin Scott

Eric S Flatt

Jeff Reynar

David Bryan Alpert

Alexander P Kehlenbeck

Philo Juang

Nikhil Vijay Chandhok

Peter James Solderitsch

David Petrou

Embodiments retrieve a set of search results that have been previously identified as having at least one associated date or location. A timeline or map is displayed that visually represents the distribution of the dates or locations within the results. The timeline is displayed with a histogram graph corresponding to the number of dates in the search results at points along the timeline. The map is displayed with markers at the locations corresponding to the locations in the search results. The user can navigate the result set using the displayed timeline or map.

Displaying search results on a one or two dimensional graph

A presentation engine presents facts in a UI having a graph. Through manipulation of the UI, an end-user can add or remove facts from the graph, and can sort the facts shown in the graph based on values that are shown, or not shown, in the graph. The presentation engine determines a graph type that best facilitates interpretation of the facts by the end-user and automatically creates a graph of that type. Possible graph types include bar graphs, scatter plots, timelines, and maps.

Data object visualization using graphs

Computers and methods are provided for receiving a search request sent by a computer associated with a user. A set of documents comprising a plurality of documents that satisfy the search request is identified. At least some documents in the plurality of documents have previously been annotated by at least one user of a plurality of users. A response to the search request is sent. The response includes a ranked set of links to at least some of the plurality of documents that satisfy the search request. At least some of the links are to documents that have previously been annotated by at least one user of the plurality of users. The response is associated with instructions to display one or more corresponding annotations for at least some of the links to documents that have previously been annotated by at least one user of the plurality of users. The response is further associated with instructions to display a filter selector including one or more filter options to reduce the identified set of documents.

Method, system, and graphical user interface for improved search result displays via user-specified annotations

A method, system, and graphical user interface for improved web searching via user-specified annotations are disclosed. One aspect of the invention involves a graphical user interface on a computer that includes a ranked set of links responsive to a search request by a user. At least some of the links are to documents that have not previously been annotated by the user and at least some of the links are to documents that have previously been annotated by the user. The graphical user interface also includes one or more corresponding annotations previously created based on the user's input for at least some of the links to documents that have previously been annotated by the user.

Methods, systems, and graphical user interfaces for improved searching via user specified ratings are disclosed. A rating icon for a document in a group of documents is provided. A user rates the document in the group of documents by performing a selection operation on the rating icon. A user-specific rating for the document is generated based on the user rating. A search request is received from a user. A plurality of documents that satisfy the search request are identified (including a first respective document which not previously been rated by the user but is in the group of documents that included the rated document.) A response to the search request is sent. The response includes instructions to display a ranked set of links to at least some of the documents that satisfy the search request including a link to the first respective document displayed with the user-specific rating.

Searching via user-specified ratings

Events can be searched by identifying a query that includes a time interval and a search component, determining a time increment associated with the time interval, and partitioning the time interval into partitions based on the time increment. For each partition, a relevance of each event in a collection of events that occur at a time in the partition is determined based on the query. A pre-determined number of the relevant events are displayed.

Event searching

A method, system, and graphical user interface for improved web searching via user-specified annotations are disclosed. One aspect of the invention involves a computer-implemented method in which a search engine receives a user's ratings of some, but not all, web pages associated with a group of web pages. The group of web pages is selected from the group consisting of web pages in a particular web site and web pages in a particular subunit of a web site. The search engine generates a user-specific site rating for the group of web pages based on the user's ratings for web pages in the group of web pages. The search engine uses the generated site rating for the group of web pages when responding to a search query from the user.

Method and system for generating web site ratings for a user

A method, system, and graphical user interface for improved web searching via user-specified annotations are disclosed. One aspect of the invention involves a graphical user interface on a computer that includes a ranked set of links responsive to a search request by a user. At least some of the links are to documents that have not previously been rated by the user and at least some of the links are to documents that have previously been rated by the user. The links are displayed in an order that depends at least in part on the ratings of the documents that have previously been rated by the user.

Method, system, and graphical user interface for improved searching via user-specified annotations

A fact repository stores objects. Each object includes a collection of facts, where a fact comprises an attribute and a value. A set of objects from the fact repository are designated for analysis. The presentation engine presents the facts of the objects in a user interface (UI) having a table. Through manipulation of the UI, an end-user can add or remove facts from the table, and sort the table based on the values of particular facts. The presentation engine also presents the facts of the objects in a UI having a graph. Through manipulation of the UI, the end-user can add or remove facts from the graph, and can sort the facts shown in the graph based on values that are shown, or not shown, in the graph. The presentation engine can further present the facts of the objects in UIs including maps and timelines.

Data object visualization using maps

A set of objects having facts is established. Facts of objects having positions in an order are identified. Some facts explicitly describe the positions in the linear order, while are facts do not explicitly describe the positions. The facts are presented in the order on a linear graph, such as a timeline. Facts of the objects describing geographic positions are presented on a map.

Growing community of inventors

Brooklyn, NY, United States of America

Michael Gordon