JJ Jiang

JJ Jiang

New York City Metropolitan Area
7K followers 500+ connections

About

I’m a founder and builder currently working on M8ven, a company focused on trust…

Activity

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Experience

  • M8ven Graphic

    M8ven

    New York City Metropolitan Area

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    New York, United States

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    New York, United States

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    New York City Metropolitan Area

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    New York City Metropolitan Area

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    New York City Metropolitan Area

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    Greater Seattle Area

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    New York City Metropolitan Area

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    Hong Kong SAR

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    Beijing, China

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    Beijing, China

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    Greater Seattle Area

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    San Francisco Bay Area

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    San Francisco Bay Area

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    San Francisco Bay Area

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    Greater Boston Area

Education

Volunteer Experience

  • Entrepreneurs Roundtable Accelerator Graphic

    Startup Mentor

    Entrepreneurs Roundtable Accelerator

    - Present 2 years

  • Alchemist Accelerator Graphic

    Startup Mentor

    Alchemist Accelerator

    - Present 4 years

  • Prize4Life, Inc. Graphic

    Board of Director

    Prize4Life, Inc.

    - 1 year

    Health

  • Foreign Trade Adviser

    Undersecretariat of the Prime Minister for Foreign Trade

    - 4 months

    Science and Technology

    Foreign Trade Adviser to the Turkish Government in regards to the current capacity of Turkish software industry. Recommended strategies to enhance competitiveness of Turkish software companies.

  • AIA Graphic

    Mentor @ Emerging Entrepreneur Challenge

    AIA

    - 6 months

    Education

Publications

  • Low-cost wireless censor networks for remote cardiac patients monitoring applications

    Wireless Communication and Mobile Computing 01/2008; 8:513-529

    One of today's most pressing matters in medical care is response time to patients in need. Scope of this research is to suggest a solution that would help reduce response time in emergency situations utilizing technologies of wireless sensor networks. The enhanced power efficiency, minimized production cost, condensed physical layout, and reduced wired connections present a much more proficient and simplified approach to the continuous monitoring of patients' physiological status. The proposed…

    One of today's most pressing matters in medical care is response time to patients in need. Scope of this research is to suggest a solution that would help reduce response time in emergency situations utilizing technologies of wireless sensor networks. The enhanced power efficiency, minimized production cost, condensed physical layout, and reduced wired connections present a much more proficient and simplified approach to the continuous monitoring of patients' physiological status. The proposed sensor network system is composed of wearable vital sign sensors and a workstation monitor. The wearable platforms are to be distributed to patients of concern. The wearable platforms can provide continuous electrocardiogram (ECG) monitoring by measuring electrical potentials between various points of the body using a galvanometer. They will then relay the ECG signals wirelessly to the workstation monitor. In addition to displaying the data, the workstation will also perform signal wavelet transformation for ECG characteristic extractions. Copyright © 2007 John Wiley & Sons, Ltd.

  • Robust medical ad hoc sensor networks (MASN) with wavelet-based ECG data mining

    Ad Hoc Networks. 01/2008

    Heart disease is the top elder killer in the world. To reduce the healthcare cost, it is a necessary tendency to deploy self-organized, wireless heart disease monitoring hardware/software systems. Telemedicine platform based on ad hoc interconnection of tiny ECG sensors, called medical ad hoc sensor networks (MASN), can provide a promising approach for performing low-cost, real-time, remote cardiac patient monitoring at any time. The contribution of this research is the design of a practical…

    Heart disease is the top elder killer in the world. To reduce the healthcare cost, it is a necessary tendency to deploy self-organized, wireless heart disease monitoring hardware/software systems. Telemedicine platform based on ad hoc interconnection of tiny ECG sensors, called medical ad hoc sensor networks (MASN), can provide a promising approach for performing low-cost, real-time, remote cardiac patient monitoring at any time. The contribution of this research is the design of a practical MASN hardware/software platform to perform real-time healthcare data collections. It has reliable, cluster-based communication scheme. Due to the radio broadcasting nature of wireless networks, a MASN has the risk of being attacked. This research also designs a low overhead medical security scheme to achieve confidential ECG data transmission in the wireless medium. Finally, our MASN system has the capability of keeping track of cardiac patients and extracting ECG features based on wavelet theories. Our MASN platform is very useful to practical medical monitoring applications.

  • Privacy-preserving tele-cardiology sensor networks: toward a low-cost portable wireless hardware/software codesign

    IEEE Transactions on Information Technology in Bio-medicine 12/2007

    Recently, a remote-sensing platform based on wireless interconnection of tiny ECG sensors called Telecardiology Sensor Networks (TSN) provided a promising approach to perform low-cost real-time cardiac patient monitoring at any time in community areas (such as elder nursing homes or hospitals). The contribution of this research is the design of a practical TSN hardware/software platform for a typical U.S. healthcare community scenario (such as large nursing homes with many elder patients) to…

    Recently, a remote-sensing platform based on wireless interconnection of tiny ECG sensors called Telecardiology Sensor Networks (TSN) provided a promising approach to perform low-cost real-time cardiac patient monitoring at any time in community areas (such as elder nursing homes or hospitals). The contribution of this research is the design of a practical TSN hardware/software platform for a typical U.S. healthcare community scenario (such as large nursing homes with many elder patients) to perform real-time healthcare data collections. On the other hand, due to the radio broadcasting nature of MANET, a TSN has the risk of losing the privacy of patients' data. Medical privacy has been highly emphasized by U.S. Department of Health and Human Services. This research also designs a medical security scheme with low communication overhead to achieve confidential electrocardiogram data transmission in wireless medium.

Languages

  • English

    Native or bilingual proficiency

  • Chinese

    Native or bilingual proficiency

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