Peter G Tan

20130013671, Jan 10, 2013

Jul 6, 2012

13/543720

Rohan Relan - Atherton CA, US
Rajat Gupta - Los Altos CA, US
Chaitanya Ramavajjala - Seattle WA, US
Peter Tan - Campbell CA, US

G06F 15/16

709203

An automated electronic application delivery system for delivery software applications to client devices for which they were not originally intended for or developed. The applications are run on the particular application environment at the server side, and the content output by the application is capture, encoded, and streamed to the client devices in a way that minimizes latency. User interacts with the content and such interaction data is either mapped to a specific command catered to the application either at the client side or the server side. The mapped command or raw interaction data is then provided to the application over a control channel.

20220308747, Sep 29, 2022

Jun 6, 2022

17/833469

- Mountain View CA, US
Peter Tan - Campbell CA, US

G06F 3/04883
G06F 9/451
G06F 3/038
H04L 65/612
H04N 21/422

In a streaming application environment coupled to a remote device over a packet-switching network, correction events may be synthesized from input events received from the remote device and injected into a virtual streaming application to account for lost or delayed input events. In addition, trailing events may be reissued by a remote device in frames during which no new input events are generated.

20200391115, Dec 17, 2020

Aug 27, 2020

16/948009

- Mountain View CA, US
John Ullman - Belmont CA, US
Cheng Yang - Mountain View CA, US
Peter Tan - Mountain View CA, US

A63F 13/65
G06F 3/01
G06K 9/32
G06K 9/00
G06F 3/0481
A63F 13/213
G06T 19/00
H04L 29/06

Systems and methods are described for providing co-presence in an augmented reality environment. The method may include controlling a first and second computing device to detect at least one plane associated with a scene of the augmented reality environment generated for a physical space, receiving, from the first computing device, a first selection of a first location within the scene and a first selection of a second location within the scene, generating a first reference marker corresponding to the first location and generating a second reference marker corresponding to the second location, receiving, from a second computing device, a second selection of the first location within the scene and a second selection of the second location within the scene, generating a reference frame and providing the reference frame to the first computing device and to the second computing device to establish co-presence in the augmented reality environment.

20190224572, Jul 25, 2019

Jan 22, 2018

15/876819

- Mountain View CA, US
John Ullman - Belmont CA, US
Cheng Yang - Mountain View CA, US
Peter Tan - Mountain View CA, US

A63F 13/65
A63F 13/213
H04L 29/06
G06T 19/00

Systems and methods are described for providing co-presence in an augmented reality environment. The method may include controlling a first and second computing device to detect at least one plane associated with a scene of the augmented reality environment generated for a physical space, receiving, from the first computing device, a first selection of a first location within the scene and a first selection of a second location within the scene, generating a first reference marker corresponding to the first location and generating a second reference marker corresponding to the second location, receiving, from a second computing device, a second selection of the first location within the scene and a second selection of the second location within the scene, generating a reference frame and providing the reference frame to the first computing device and to the second computing device to establish co-presence in the augmented reality environment.

20180143759, May 24, 2018

Dec 2, 2016

15/368531

- Mountain View CA, US
Peter Tan - Campbell CA, US

G06F 3/0488
G06F 3/041
H04N 21/422
H04L 29/06

In a streaming application environment coupled to a remote device over a packet-switching network, correction events may be synthesized from input events received from the remote device and injected into a virtual streaming application to account for lost or delayed input events. In addition, trailing events may be reissued by a remote device in frames during which no new input events are generated.

20170120151, May 4, 2017

Jan 13, 2017

15/406074

- Mountain View CA, US
Peter Kai-Hua TAN - Campbell CA, US
Harsh NAYYAR - Mountain View CA, US

A63F 13/61
A63F 13/355

A client device executes a first interactive application that includes an embedded advertising player module. As the user interacts with the first interactive application, a condition is detected, causing the advertising player module to transmit a request for a second interactive application. The second interactive application may be developed to run in the same or different computing environment than the first interactive application. The second interactive application is executed by a remote server, and screen display outputs are generated in response. In response to the screen display outputs, the server generates video frames or rendering commands and streams the frames or commands to the advertising module to generate a display on the client device. The advertising player module receives interaction data for interacting with the second interactive application, and forwards such interaction data to the server. The second interactive application provides an output in response to the second interaction data.

20150011311, Jan 8, 2015

Jun 26, 2014

14/316772

- Campbell CA, US
Peter Kai-Hua TAN - Campbell CA, US
Harsh NAYYAR - Mountain View CA, US

A63F 13/30

463 31

A client device executes a first interactive application that includes an embedded advertising player module. As the user interacts with the first interactive application, a condition is detected, causing the advertising player module to transmit a request for a second interactive application. The second interactive application may be developed to run in the same or different computing environment than the first interactive application. The second interactive application is executed by a remote server, and screen display outputs are generated in response. In response to the screen display outputs, the server generates video frames or rendering commands and streams the frames or commands to the advertising module to generate a display on the client device. The advertising player module receives interaction data for interacting with the second interactive application, and forwards such interaction data to the server. The second interactive application provides an output in response to the second interaction data.