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概要

With over 20 years of expertise in software product development and management, I have…

アクティビティ

3714人のフォロワー

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職歴 & 学歴

  • Cropin

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資格

  • Oracle Certified Java Programmer グラフィック

    Oracle Certified Java Programmer

    Oracle

    発行日:

出版物

  • Indoor Based Exercise Recognition and Comfort Analysis

    Machine Learning and Applications (ICMLA), 2017 16th IEEE International Conference

    This work provides automatic indoor exercise recognition for both in gym and home usage scenarios. Activities under consideration are Biceps curl, Chest fly, Row, Push up, Sit up, Squat and Triceps curl. Accuracy of 95.3% and 99.4% is achieved for activity recognition and repetition count respectively. Along with activity recognition this work targets at analyzing comfort and measuring calorie burnt during the exercise. We introduce Comfort factor, which is the state of physical ease during…

    This work provides automatic indoor exercise recognition for both in gym and home usage scenarios. Activities under consideration are Biceps curl, Chest fly, Row, Push up, Sit up, Squat and Triceps curl. Accuracy of 95.3% and 99.4% is achieved for activity recognition and repetition count respectively. Along with activity recognition this work targets at analyzing comfort and measuring calorie burnt during the exercise. We introduce Comfort factor, which is the state of physical ease during workout. Comfort factor is predicted using the relation devised between Resting Heart Rate (RHR), Maximum Heart Rate (MHR), Real-time heart rate value and hand tremor at exercise exhaustion limit of the user. With this comfort factor, user can decide whether to go for more weights or reduce weights in weight training activities.

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  • A musical guidance system for ergogenic benefits in workouts

    IEEE Future Technologies Conference (FTC) 2017

    Music has become an essential component during indoor and outdoor workouts. Studies show that a budding runner can find a significant increase in motivation simply by listening to music. In this paper, we propose a system to further enhance the ergogenic benefits of music by providing real-time musical guidance derived from variations in user's physiological factors. This system helps user to increase the time spent in desired heart rate zone, thus, benefiting to reach user goal faster

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  • An intelligent session transition system towards low power walking step estimation

    IEEE Future Technologies Conference (FTC) 2017

    Activity tracking has gained prominence with the phenomenal growth of fitness devices and ever increasing fitness awareness and step count has emerged as the primary fitness parameter. Step count is typically derived from continuous motion signal analysis. Either a dedicated hardware processing unit or a software signal processing unit, continuously counting repetition in motion signal is the common implementation choice. While dedicated hardware increases the BOM (Bill of Material), the…

    Activity tracking has gained prominence with the phenomenal growth of fitness devices and ever increasing fitness awareness and step count has emerged as the primary fitness parameter. Step count is typically derived from continuous motion signal analysis. Either a dedicated hardware processing unit or a software signal processing unit, continuously counting repetition in motion signal is the common implementation choice. While dedicated hardware increases the BOM (Bill of Material), the software pedometer incurs high power consumption. In this paper, we proposed a power efficient step estimation algorithm without continuous high power requirement even in motion at an acceptable accuracy using smartphone’s tri-axial accelerometer data.

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特許

  • METHOD OF PROVIDING ASSISTANCE TO PERFORM ONE OR MORE FUNCTIONS IN A USER DEVICE

    出願日: IN 1/7017/2018- CHE

  • system for extending display content across multiple display devices over a network using fingerprint of a user.

    発行日: US 9870138

    A method and system for extending display content across multiple display devices over a network using fingerprint of a user by registering fingerprints of the user in a master device and allowing the user to perform an action on the master device is provided. The method includes broadcasting, by the master device, a first key to one or more slave devices after authorizing the user and generating the first key based on a polarity of a hand performing the user action on the master device and…

    A method and system for extending display content across multiple display devices over a network using fingerprint of a user by registering fingerprints of the user in a master device and allowing the user to perform an action on the master device is provided. The method includes broadcasting, by the master device, a first key to one or more slave devices after authorizing the user and generating the first key based on a polarity of a hand performing the user action on the master device and considering a relative location of the slave device, and extending, by the master device, the display content to one or more identified slave devices within the network after establishing a connection between the master device and one or more slave devices.

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  • Method for displaying content and electronic device thereof

    発行日: US US20150067548

    A method and system for extending display content across multiple display devices over a network using fingerprint of a user by registering fingerprints of the user in a master device and allowing the user to perform an action on the master device is provided. The method includes broadcasting, by the master device, a first key to one or more slave devices after authorizing the user and generating the first key based on a polarity of a hand performing the user action on the master device and…

    A method and system for extending display content across multiple display devices over a network using fingerprint of a user by registering fingerprints of the user in a master device and allowing the user to perform an action on the master device is provided. The method includes broadcasting, by the master device, a first key to one or more slave devices after authorizing the user and generating the first key based on a polarity of a hand performing the user action on the master device and considering a relative location of the slave device, and extending, by the master device, the display content to one or more identified slave devices within the network after establishing a connection between the master device and one or more slave devices.

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  • METHOD AND SYSTEM FOR PROVIDING ENHANCED USER EXPERIENCE FOR CAMERA APPLICATION USING FINGERPRINT SCANNER

    出願日: IN 3958/CHE/2013

    METHOD AND SYSTEM FOR PROVIDING ENHANCED USER EXPERIENCE FOR CAMERA APPLICATION USING FINGERPRINT SCANNER

  • Method and system for providing user interaction when capturing content in an electronic device

    発行日: US US20150062005

    A method and system for executing an operation in an electronic device using a camera are provided. Each finger action is associated with an operation. Further, the operation is classified as a processing operation that is executed when capturing content, or a post-processing operation that is executed after capturing the content. The method executes the operation based on the fingerprint of the user. The electronic device comprises a fingerprint reader to read the fingerprint of the user and…

    A method and system for executing an operation in an electronic device using a camera are provided. Each finger action is associated with an operation. Further, the operation is classified as a processing operation that is executed when capturing content, or a post-processing operation that is executed after capturing the content. The method executes the operation based on the fingerprint of the user. The electronic device comprises a fingerprint reader to read the fingerprint of the user and can be present external to a screen of the electronic device or can be integrated within the screen of the electronic device.

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受賞歴

  • CEO Award

    Cropin Technology

    CEO Award

  • MADE A DIFFERENCE- SUPERSTAR AWARD

    VIACOM18 MEDIA PVT.LTD.

    Made a Difference Award- Super star

  • MADE A DIFFERENCE- GANGSTAR AWARD

    VIACOM18 MEDIA PVT.LTD.

    Made a Difference- Gangstar Award

  • EOM AWARD

    SAMSUNG R&D INSTITUTE

    Best Employee award

  • EOM AWARD

    SAMSUNG R&D INSTITUTE

    Best Employee award

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