Adobe, Inc.

Mentor Graphics Corporation

Jubilant Generics Limited

Amit Srivastava

Sachin Soni

Ajay Jain

Ashish Duggal

Abhishek Jain

Dharam Vir

Sujay Biswas

Mukesh Masand

Sachin Kakkar

Himanshu Mittal

Rajendra Shekhawat

Pankaj Kumar Dwivedi

Rudra Mukherjee

Khushwant Singh

Ratnakar Tripathi

Jai Prakash Verma

Lalit Kumar

Rakesh Tiwari

Techniques and systems are described for accessible audio switching options during the online conference. For example, a conferencing system receives presentation content and audio content as part of the online conference from a client device. The conferencing system generates voice-over content from the presentation content by converting text of the presentation content to audio. The conferencing system then divides the presentation content into presentation segments. The conferencing system also divides the audio content into audio segments that correspond to respective presentation segments, and the voice-over content into voice-over segments that correspond to respective presentation segments. As the online conference is output, the conferencing system enables switching between a corresponding audio segment and voice-over segment during output of a respective presentation segment.

Accessible audio switching for client devices in an online conference

Systems and techniques for masking non-public content in screen images are provided. An example system includes a screen capture tool, a region-based object detection system, a classifier, and an image masking engine. The screen capture tool may be configured to generate a screen image representing a screen being displayed by the system. The region-based object detection system may be configured to identify multiple regions within the screen image as potential non-public content regions. The classifier may be configured to selectively classify the identified regions as non-public content regions. The image masking engine may be configured to generate a masked image by masking the regions classified as non-public content regions in the screen image.

Masking non-public content

A media player may receive an instruction to advance the media file content a higher than normal speed. At least a portion of the associated metadata may be accessed to retrieve a location of a group of words determined to be the most important in a portion of the media file content being advanced at the higher than normal speed. Audio content of the group of the most important words may be played at a normal speed while advancing the media file at a higher than normal speed.

Systems and methods of appending metadata to a media file for playing time-lapsed audio

The present invention relates to an improved process for the preparation of Apixaban and intermediates thereof. Further the present invention also relates to novel intermediate of Formula V and its process for the preparation.

Process for the preparation of apixaban and intermediates thereof

This application discloses a computing system to identify an interconnection between portions of a circuit design corresponding to different power domains. The computing system can select a subset of power state tables in the circuit design based, at least in part, on power supplies associated with the interconnection, and generate a composite power state table from the selected subset of power state tables. The computing system can analyze the interconnection to identify electrical characteristics based, at least in part, on power states in the composite power state table, and determine whether a power intent specification in the circuit design can prompt synthesis of interface circuitry capable of implementing the electrical characteristics for the interconnection.

Selective power state table composition

The invention provides techniques and apparatuses for generating a hierarchical representation of the power behavior of an electronic design. In some implementations, a flat finite state machine, representing the power behavior of an electronic design is extracted from the power specification for the electronic design. Subsequently, a hierarchical finite state machine representation for the power behavior is generated from the flat finite state machine, the power specification and the logical specification.

Hierarchical finite state machine generation for power state behavior in an electronic design

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Noida, India

Amit Srivastava