Koninklijke Philips Corporation N.v.

Honeywell International Inc.

Manhattan Associates, Inc.

Koninklijle Philips N.v.

Abhishek Jain

Nagaraju Bussa

Kumar Rajamani

Kamini Kanta Mohanty

Jithendra Vepa

Amit Kumar Grewal

Ranjith Krishnan Nadar

Kayla Elizabeth Amaral

Vikas Aron

Anup K G

Baibhav Singh

Shashikala Maracharahalli Bhadraiah

Suhas Prahlada Rao

Systems and methods for adjusting the frame rate of transmitted video based on the level of motion in the video are provided. Some methods can include receiving a video data stream from a video capture device at a first frame rate, identifying a level of motion in one or more frames of the video data stream at a regular interval, identifying a plurality of second frame rates for the video data stream, and transmitting the video data stream to a storage device or a display device at respective ones of the plurality of second frame rates, wherein each of the plurality of second frame rates can correspond to the level of motion in a respective frame of the video data stream.

Systems and methods for adjusting the frame rate of transmitted video based on the level of motion in the video

Examples of distributed workload management are disclosed. In one example implementation according to aspects of the present disclosure, a partial data table is received from a main data table. A data view is generated in real time in response to a received data view request. The data view is based at least in part on a plurality of data view configuration properties and the partial data stored in the received partial data table. The partial data table stores data that represents at least a partial copy of main data stored in a main data table. The partial data table and the main data table are then synchronized.

Distributed workload management

An apparatus () for diagnosing asthma is disclosed. The apparatus () comprises a data acquisition module () configured to acquire at least one physical deformation feature associated with at least one of nasal flaring, neck retraction and inter-coastal retraction of a subject under examination and an analysis module () configured to analyze the acquired at least one physical deformation feature associated with at least one of the nasal flaring, the neck retraction and the inter-coastal retraction of the subject under examination and diagnose the asthma based on the analyzed at least one physical deformation feature associated with at least one of the nasal flaring, the neck retraction and the inter-coastal retraction of the subject under examination. The disclosed apparatus () can be used for monitoring asthma at home, at hospital or in ambulatory patients.

Diagnosis of asthma

This method for analysing the sounds of body fluid flows includes:&#x2014;simultaneously acquiring () sounds from various locations of a body;&#x2014;identifying () the points of maximum sound intensity (PMIs) of the acquired sounds for each acquisition instant;&#x2014;determining () the source locations of the acquired sounds; and&#x2014;determining () the sound radiation patterns of the acquired sounds. A corresponding device, system and program perform this method.

Non invasive analysis of body sounds

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Bengaluru, India

Abhishek Jain