Mr Praveen Jayasuriya Smart Apperal
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The document discusses the current state and future potential of smart apparel and wearable technology. It provides background on pioneers in the field and their contributions. Currently, most smart apparel focuses on basic activity and biometric tracking, but opportunities exist in new material sciences, electronic integration techniques, and advanced biochemical and biomechanical sensing to create apparel that can continuously monitor health metrics and provide real-time feedback. Realizing this future will require overcoming challenges in areas like durability, washability, manufacturing processes, and sensor development. The document envisions a future where apparel dynamically adapts to the environment and provides protection, insulation and an interface through changes in appearance and functionality.
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International Journal of Advanced Smart Sensor Network Systems ( IJASSN )
Authors are invited to submit papers for this journal through e-mail ijassn@aircconline.com.Submissions must be original and should not have been published previously or be under consideration for publication while being evaluated for this Journal.
(2007) The impact of fingerprint force on image quality and the detection of ...
(2007) The impact of fingerprint force on image quality and the detection of ...International Center for Biometric Research
1) Two experiments were conducted to evaluate the impact of fingerprint force levels on image quality and number of detected minutiae. Force levels between 3-21 Newtons were tested using an optical fingerprint sensor.
2) The first experiment found no additional benefit to image quality when force exceeded 9 Newtons. The second experiment further analyzed the 3-9 Newton range and found optimal image quality between 5-7 Newtons.
3) Statistical analysis found no significant difference in image quality scores between the experiments but the number of detected minutiae differed, possibly due to participant characteristics or environment. Understanding how force impacts fingerprint matching is important for biometric system design and performance.iwatchjr | Next Generation Wearable for Young Generation
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Preprint-ICDMAI,Defense Institute,20-22 January 2023.pdf
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Mr Praveen Jayasuriya Smart Apperal
- 1. Smart Apparels A Cursory Overview Nanotechnology and Advance Material Breakout Group, 17 November 2015 Praveen Jayasuriya Technology Entrepreneur – MAS Innovation
- 3. History Sundaresan Jayaraman, Kolon Professor, at Georgia Tech He and his research students have made significant contributions in the following areas: •Wearable Biomedical Systems •Engineering Design and Analysis of Intelligent Textile Structures and Processes •Design and Development of Knowledge-Based Systems (KBS) for textiles and apparel. •His group's research has led to the realization of the world's first Wearable Motherboard™ Dr. Vijay K. Varadan •21st Century Endowed Chair of Nano- and Bio-Technology and Medicine, University of Arkansas •University Distinguished Professor of Engineering Science and Electrical Engineering, Penn State University •Professor of Neurosurgery, Penn State Milton S. Hershey Medical Center •Co-Founder, Inventor and Chief Technology Officer, Nanowear Inc.
- 4. Current State – Products
- 5. Current State – Products
- 6. Sensing & Feedback – The Promise Elements – Human Body Metric Comments Biometric Activity Steps, Calories etc Low algorithmic complexity Simple garment integration Red ocean Biometric Heart Rate, Breathing rate, Respiration, EMG, EEG etc Low algorithmic complexity Simple garment integration Red ocean Biochemical Sweat, Hydration, Temperature, Blood Glucose, Ph Levels, GSR, Nutrition, Glucose, Blood Chemistry, Urinary Analysis, Ovulation, Pregnancy Sensor play Blue ocean Biomechanical Muscle, Skeletal and Motion Larger apparel play Blue ocean Psychological Motivation, Progress, Behavioral Change and Adoption Critical for development of long term use
- 7. Enabling Technologies Conductive Pathways on Garments Garment Interconnections Encapsulation
- 8. A Value Chain for Smart Apparel DistributionBrandingManufacturingIntegrationComponents Sensors Commoditized Electronics Non Commoditized Electronics Raw Material – Non Functional Functional Material Electronic Device Assembly Product, Hardware & Process Design Apps & Web Portal Data Management (Cloud Service) Creating Data Standards Insight Algorithms Garment Manufacturing Garment & Data Solution Brand Ownership Distribution Channel Science / Knowledge on Bio metric/ Bio Mechanic and Bio Chemical Consumer
- 9. Challenges Guaranteed durability Guaranteed washability Safety and compliance Developing platformable standard methods DFM for Smart Apparel Rapid prototyping Quality control Testing Sustainable manufacturing and consumption Development of robust, high TRL chemical sensors Smart Apparel Algorithm & Software Technologies Garment Technologies Material Science & Technologies Electronic Technologies Manufacturing Technologies
- 10. Opportunities Apparel as a battery Large surface area Capacity proportional to surface area Dan Steingart (Princeton) and others Apparel as a second skin Sensing and feedback Diagnostics Continuous, time domain monitoring Embedding electronics into yarn, fibers and substrates Next generation smart apparel Apparel as an interface Google Project Jaquard Smart Apparel Algorithm & Software Technologies Garment Technologies Material Science & Technologies Electronic Technologies Manufacturing Technologies
- 11. A Vision for The Future From space.com on After Earth (2013 film), “Our clothes are much cooler in the future. While running around Earth, Kitai's suit changes depending on his environment. When it senses that danger is approaching, his clothing turns black and armor-like. When it's cold, the suit turns blue and tan, but it doesn't seem to provide any added warmth. Still, it's a useful invention most current humans wouldn't turn down…”