Google Inc.

David Scott Reiss

Richard Carl Gossweiler, Iii

Daniel John Zigmond

Thomas Henry Taylor

Mehran Sahami

David Avraham Brown

Mark Wagner

Manish Gordhan Patel

John Wayne Blackburn

Lucy Congyun Zhang

Maricia Scott

Alice S Tull

Timothy Dharma Heilman

Neha Gupta

Marisa Bauer

Neha Crosby

Thomas H Taylor

Marisa B L Bauer

Vijay Pandurangan

David A Brown

Alice Tull

Richard Carl Iii Gossweiler

John Blackburn

Iii Gossweiler Richard Carl

Systems and methods for displaying program guide information are disclosed. In some implementations a method includes, at a computing device having one or more processors and memory storing one or more programs for execution by the one or more processors, formatting, for display, program guide data on a grid. The grid includes (i) a first axis representing units of time and (ii) a second axis representing multimedia channels. The program guide data comprises information representing a set of multimedia events. Responsive to a user-supplied selection of a multimedia event in the set of multimedia events a panel is overlaid on a portion of the grid. The panel provides additional data regarding the multimedia event.

System and method for displaying multimedia events scheduling information

Disclosed are computer implemented methods, systems, and non-transitory media for representing a plurality of time-bounded events in first and second grids. The first grid has a larger size than the second grid. The second grid represents a second set of time-bounded events in the plurality of time-bounded events. A user-movable window is presented at a first position within the second grid where it encompasses a first portion of the second grid. The time-bounded events in the first portion of the second grid are displayed as a first set of time-bounded events in the first grid. Responsive to user instructions to move a position of the window from the first position to a second position within the second grid, the window is moved to the second position where it encompasses a third set of time-bounded events. Further, the first grid is updated to display the third set of time-bounded events.

System and method for displaying and searching multimedia events scheduling information

Systems and methods for displaying program guide information are disclosed. In some implementations, a method includes, at a computing device having one or more processors and memory storing one or more programs for execution by the one or more processors, responsive to a user-supplied search query, formatting for display program guide data on a first grid. The first grid includes (i) a first axis representing units of time and (ii) a second axis. The program guide data comprises information representing a first set of time-bounded events. The method also includes formatting a second grid for concurrent display with the first grid. The second grid includes information identifying a second set of time-bounded events. The first set of time-bounded events is a subset of the second set of time-bounded events.

A system for displaying information may include memory, one or more processors, and one or more modules stored in memory. The one or more modules are configured for execution by the one or more processors and may include instructions for: presenting a subset of a collection of data on a first grid having a first axis corresponding to units of time and a second axis, the collection of data comprising data representing time-bounded events; presenting a second grid having, first and second axes corresponding to the first and second axes of the first grid, the second grid corresponding to a larger portion of the collection of data than the subset presented on the first grid; and presenting a user moveable window for selecting a portion of the second grid, and selecting the subset presented on the first grid in accordance with a current position of the window.

System and method for downloading multimedia events scheduling information for display

An assimilator ensures that a multitude of client computers have the correct data stored in their memory. A daemon process continuously produces checksums of the client's files. A master assembles a set of checksums corresponding to files the client should have. Comparing the checksums reveals corrupt files and nonexistent files on the client. The client can download correct files from image servers that store images of partial and complete file systems.

Assimilator using image check data

Growing community of inventors

Manhattan Beach, CA, United States of America

David Scott Reiss