Abhay Karandikar

Bhawana Chhaglani presented our paper at #HotEthics workshop at #ASPLOS24 titled "Towards Privacy Preserving Audio Classification Systems" This paper explores ethical issues of using audio sensing as a widespread sensing modality and technical challenges needed to address privacy and build user trust. Read the paper here: https://lnkd.in/ePrphZCv

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Does research on Smart Power Electronic Conversion and AI-powered energy systems excite you? Apply to the prestigious Visvesvaraya PhD program by Ministry of Electronics and Information Technology at Indian Institute of Technology Gandhinagar and be a catalyst in changing electronics and IT paradigm in India!

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The 33rd IEEE Asian Test Symposium (ATS 2024) calls for the submission under the Industry Forum Track (https://lnkd.in/geHEyq9n) Important Dates: Short Paper/Presentation: ✓ Submission deadline: September 30, 2024 ✓ Author notification: October 30, 2024 Industry Forum Track This track aims to establish an informal platform that fosters connections between Industry, Academia, and researchers for discussions, problem-solving, updates sharing, and collaborative endeavors. Professionals from the VLSI and Semiconductor Industry are invited to discuss any specific test topics of interest with the broader test community. Participants may share success stories, recent discoveries, tips for enhancing efforts, pose problems for open discussion, or propose projects that could lead to collaboration with academic or research institutions. While these topics are suggested, they are not exhaustive. Participants are encouraged to propose any innovative topics for discussion or presentation and engage with the ATS team for further dialogue. Submission Guidelines: A formal full paper submission is not required. Authors are invited to submit a crisp PowerPoint presentation regarding their topic for this track or an extended abstract that is no less than two pages. The presentations from this track will not be published in IEEE Explore as part of ATS main conference proceedings.

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Butlr - Revolutionizing #Built #Environments with #Innovative #Sensor Technology Authors: Manoj Joshi and Lovisha Bhatia (Scholar, Indian Institute of Information Technology Lucknow) The Big Question: Butlr's approach to #intelligent building solutions has been marked by its unique #sensor #technology and emphasis on privacy-friendly solutions. How do you envision the company maintaining its #competitiveedge in an industry where innovation is rapid and customer demands are constantly evolving? Founded in 2019 by Jiani Zeng and Honghao Deng, Butlr was inspired by their collaboration during a hackathon at MIT Media Lab. Jiani Zeng, with a Master's degree in Engineering and Management from the Massachusetts Institute of Technology, and Honghao Deng, who completed his undergraduate studies in Media Arts & Sciences at MIT and earned a Master's degree in computational design from Harvard University. They noticed the slow progress in building technology compared to other sectors and envisioned structures that could adapt to human needs without invasive surveillance. Their technology translates body heat data into #spatial information, aiding in occupancy monitoring and building automation for clients like Fortune 500 companies and major IT firms. VUCA challenges: #Volatility: Adapting to rapid market demand fluctuations, particularly during uncertain times #Uncertainty: Navigating the intricate regulatory landscape, especially concerning data security and privacy. Striking a balance between compliance and the effectiveness of sensor technology products may require constant monitoring and proactive adjustments. #Complexity: The technical complexity of tailoring sensor technology to diverse sector-specific needs may present challenges. Sustaining a competitive edge can demand continuous innovation to stay ahead of industry trends. #Ambiguity: Managing client expectations amidst evolving industry trends may pose ambiguous challenges. Lessons: Butlr's #strategicinnovation, #resilience, and #customercentric approach have #positioned them as a #marketleader in #occupancysensing and #buildingautomation, despite challenges such as market demand fluctuations and navigating regulatory landscapes. Embracing change was pivotal, as Butlr remained attuned to market shifts, using challenges as catalysts for growth and innovation. Butlr's journey underscores #resilience, #adaptability, #marketopportunity capture, a customer-centric approach, and the accepting #change as critical lessons for success in #entrepreneurial Journey. MIT Sloan Management Review Katyayni Joshi harvard business review Dr. Arun Mohan Sherry Shailendra Singh C V Singh Rajesh Babu Ravindran Arvind Kumar Satish Chandra Jain Indian Institute of Technology, Bombay iHub-Data, IIIT Hyderabad Indian Institute of Technology, Kanpur Indian Institute of Technology, Delhi

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The computing power of the digital devices is increasing rapidly, thanks to the numerous technological innovations. There is going to be a track in ICAN 2024 conference of Chitkara University, which is only going to focus on computing and its future. In this track, there are going to be topics like quantum computing, natural computing, green computing, distributed computing, multi-core, and multi-processor systems, etc. We invite the research community that is working in the domain of computing and utilizing the immense power of computing in solving many real-world problems, to submit their high impact research papers in ICAN 2024 (4th International Conference on Computing, Analytics and Networks). Submissions are due by May 30, 2024 SUBMIT TODAY The accepted papers upon presentation in the conference will be sent for publication in a Scopus Indexed Journal - SN Computer Science Journal of Springer Nature. ICAN 2024 will be held on August 30-31, 2024 in hybrid mode. #Computing #Scopus #Conference #Springer #ChitkaraU

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The computing power of the digital devices is increasing rapidly, thanks to the numerous technological innovations. There is going to be a track in ICAN 2024 conference of Chitkara University, which is only going to focus on computing and its future. In this track, there are going to be topics like quantum computing, natural computing, green computing, distributed computing, multi-core, and multi-processor systems, etc. We invite the research community that is working in the domain of computing and utilizing the immense power of computing in solving many real-world problems, to submit their high impact research papers in ICAN 2024 (4th International Conference on Computing, Analytics and Networks). Submissions are due by May 30, 2024 SUBMIT TODAY The accepted papers upon presentation in the conference will be sent for publication in a Scopus Indexed Journal - SN Computer Science Journal of Springer Nature. ICAN 2024 will be held on August 30-31, 2024 in hybrid mode. #Computing #Scopus #Conference #Springer #ChitkaraU

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ACM India I am always and open to discuss exciting topics at the congruence of #softwareengineering and #AI with students and professionals through ACM chapters. Feel free tor each out for talks! Indian Institute of Technology, Tirupati

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All glory to Srila Prabhupada and Lord Krishna. I've published a paper in the prestigious journal Electric Power System and Research in Elsevier Publication house with title "A data-driven online approach for detection and localization of forced oscillation in wind turbine integrated power system". I would like to thank Dr. Sanjoy K. Parida (Supervisor and Mentor), Dr. Abhineet Prakash and kundan kumar for continuous support and guidance. Interested researchers may go through the paper below. Abstract: This article introduces an innovative approach for online detection and localization of forced oscillation (FO) in power systems with significant integration of wind turbine generation (WTG). The synergistic combination of Multichannel Prony analysis with Periodogram and dissipating energy flow (DEF) approach is proposed in this paper to overcome the challenges inherent in detecting FO amidst the complexities introduced by WTG integration. An adaptive version of multichannel Prony analysis is proposed in this paper that dynamically estimates Prony’s system order via the recursive process. It estimates the frequency and damping ratio of all oscillatory modes, which is used to identify low damping modes that are potentially attributed to FO. Leveraging this information, the proposed method enhances both FO detection and source localization capabilities. The proposed method is verified on measurements taken from IEEE benchmark 4-machine, 11-bus system and 10-machine, 39-bus system with high wind energy penetration. Comprehensive testing demonstrates the proposed approach’s effectiveness across various FO scenarios, including governor valve malfunction, exciter malfunction, and cyclic loads. Furthermore, the methodology is evaluated under resonant conditions and scenarios involving the simultaneous identification of multiple disturbances. https://lnkd.in/g-9TPGp2

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📢 Publication Alert! 📚 Title: Performance Evaluation of Transformer Mineral Oil Aged Silicone Rubber/BN Nanocomposites 👥 Authors: DHANUNJAYA NAIDU V, Dr. Palash Mishra, Prof. Sarathi Ramanujam, Tariq Nazir, Ashish Paramane, Dr. Mithun Mondal 📖 Journal: IEEE Transactions on Dielectrics and Electrical Insulation 🔗 DOI: 10.1109/TDEI.2024.3406643 🔍 This publication delves into the performance evaluation of silicone rubber/BN nanocomposites aged in transformer mineral oil. It's a valuable read for those interested in electrical insulation materials. Big thanks to our amazing collaborators for their dedication and expertise in making this research possible! Special thanks to Science and Engineering Research Board (SERB) for providing financial support to execute this work.

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🚨Update from Photonics Lab@ Department of ECE, National Institute of Technology Karnataka, India I am elated to share that research scholar Santosh kumar Sahu from Photonics lab has received the 'Protsahan Award (3rd Edition)' from IEEE Communications Society Bangalore. This award is a recognition of contributions towards a paper published / tutorial offered in recognized conferences/journals during 2023 by IEEE student member / member / non-member (as first author to be IEEE member, non-Member in the jurisdiction of IEEE Bangalore Section). Publications considered are in categories, fundamental research or industry-aligned research in the Communications sector. The article selected for this award is as follows: S. K. Sahu and M. Singh, "High-Performance All-Optical Hybrid Plasmonic Switch Using Zn-Doped Cadmium Oxide," IEEE Transactions on Plasma Science, vol. 51, no. 2, pp. 605-612, 2023, doi: 10.1109/TPS.2023.3239429. Thanks to the "SAC-ISRO (Govt of India) for funding this research work. IEEE Communications Society Bangalore IEEE Photonics Society #photonics #plasmonics #IEEE https://lnkd.in/g3Ch2WYS

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CO2 Sequestration [Channeling; capillary fingering; viscous fingering; stable displacement; capillary desaturation curve; pore-scale modeling] 1.   Under what circumstances, channeling is expected, which may cause a significant reduction in swept volume of the invasion fluid, when CO2 is injected into reservoirs? Any of the following scenarios might lead to CO2 leakage in the long run? (a)           Extent of gravity difference (b)           Nature of reservoir wettability (c)           Level of geological heterogeneity (d)           Degree of instability of invasion front 2.   Whether capillary fingering, which strongly circumvents the invasion-percolation from a smooth displacement front within reservoirs, could really hamper capillary trapping of CO2 (associated with the dominant capillary forces at pore-scale)? 3.   How easy would it remain to maintain a stable displacement, upon injecting CO2? What happens, when the viscosity of the invading phase remains to be lesser than that of the receding phase @ high capillary numbers? 4.   Why does the behavior of Capillary Desaturation Curve (change of residual saturation with capillary number) become non-monotonic under unfavorable viscosity ratios? Feasible to capture the dynamic fingering topology, resulting from the competition between capillary and viscous forces? 5.   How easy would it remain to delineate the crossover zone between viscous fingering and capillary fingering, upon injection CO2? For such cases, which one of the following pore-scale modelling techniques would remain to be more successful? (a)            Lattice Boltzmann (b)           Pore network modelling (c)            Smoothed Particle Hydrodynamics (d)           Volume of Fluids Suresh Kumar Govindarajan https://lnkd.in/d6rtS6Ue https://lnkd.in/d_miY7ZU

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The 3rd IEEE International Conference on Interdisciplinary Approaches in Technology and Management for Social Innovation (IATMSI-2025) is a SCOPUS-indexed globally recognized event to be organized by the Department of Electrical and Electronics Engineering at ABV-IIITM Gwalior, India, in collaboration with the IEEE MP Section. Serving as a prestigious platform, this flagship conference will facilitate the dissemination of cutting-edge advancements across a spectrum of disciplines, including communication, IT-enabled management, and industrial electronics applications such as health, energy, VLSI, smart transportation, biomedical science, agriculture, AI applications, robotics, defense, technology policies, and allied domains. Accepted papers will be submitted for inclusion into IEEE Xplore subject to meeting IEEE Xplore’s scope and quality requirements.  This event aims to foster the exchange of ideas and the sharing of recent research breakthroughs across a multitude of domains, including healthcare, agriculture, intelligent transportation, VLSI, and renewable electronics, along with their real-world applications. Under the theme “Enabling the Change! Social Innovation for Sustainable Societies,” this flagship conference is poised to deliver a comprehensive exploration of technology and management, emphasizing interdisciplinarity and quality. The conference’s scope is intentionally broad, encompassing five different Tracks.   Track 1: Innovative Solutions for Healthcare Track 2: Power, Control, Energy and Intelligent Transportation Technologies Track 3: Artificial Intelligence (AI), IOT and Computer Vision Enabled Technologies Track 4: Green Electronics, VLSI, Communication and Sensor Based Technologies Track 5: IT enabled Management for Social Change Dr. Somesh Kumar Dahiya Important Dates: Submission Due Date: 15th Sep. 2024 Notification of Acceptance: 15th Oct. 2024 Camera-ready Paper Due: 15th Dec. 2024 Registration Open: 15th Oct. 2024 Early-Bird Registration Closes: 31st Dec. 2024 Last Date of Registration: 1st Feb. 2025 #ieee #conference #hybrid #electronics #electrical #communication #vlsi #management #machinelearning #artificialintelligence #computerscience

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The computing power of the digital devices is increasing rapidly, thanks to the numerous technological innovations. There is going to be a track in ICAN 2024 conference of Chitkara University, which is only going to focus on computing and its future. In this track, there are going to be topics like quantum computing, natural computing, green computing, distributed computing, multi-core, and multi-processor systems, etc. We invite the research community that is working in the domain of computing and utilizing the immense power of computing in solving many real-world problems, to submit their high impact research papers in ICAN 2024 (4th International Conference on Computing, Analytics and Networks). Submissions are due by May 30, 2024 SUBMIT TODAY The accepted papers upon presentation in the conference will be sent for publication in a Scopus Indexed Journal - SN Computer Science Journal of Springer Nature. ICAN 2024 will be held on August 30-31, 2024 in hybrid mode. #Computing #Scopus #Conference #Springer #ChitkaraU

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The computing power of the digital devices is increasing rapidly, thanks to the numerous technological innovations. There is going to be a track in ICAN 2024 conference of Chitkara University, which is only going to focus on computing and its future. In this track, there are going to be topics like quantum computing, natural computing, green computing, distributed computing, multi-core, and multi-processor systems, etc. We invite the research community that is working in the domain of computing and utilizing the immense power of computing in solving many real-world problems, to submit their high impact research papers in ICAN 2024 (4th International Conference on Computing, Analytics and Networks). Submissions are due by May 30, 2024 SUBMIT TODAY The accepted papers upon presentation in the conference will be sent for publication in a Scopus Indexed Journal - SN Computer Science Journal of Springer Nature. ICAN 2024 will be held on August 30-31, 2024 in hybrid mode. #Computing #Scopus #Conference #Springer #ChitkaraU

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Another one of our innovations that enables efficient condition monitoring of insulation in power transformers!

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In the next Institute Lecture series, Prof Katepalli Raju Sreenivasan will talk about the turbulence problem and when we may regard it as solved. 📆 3 May 2024 ⏰ 3.30 pm 🏫 Faculty Hall, Main Building, IISc #IIScInstitutelecture

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JEE MAIN 2023 Physics MCQ Determine length of the wire from Voltage Current Resistivity Mass and Density of given wire https://lnkd.in/gYqahRB4 #DeterminationOfLength #VoltageCurrentResistivity #MassAndDensityOfWire

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Excited to Share: WDM Concepts Explained in Marathi & English! I'm thrilled to announce the release of my video lecture series on Wavelength Division Multiplexing (WDM) concepts! This series is designed to help students gain a clear understanding of this crucial fiber optic technology. For Marathi speakers: The videos are now available on my YouTube channel, Pinnacle! This initial release caters specifically to Marathi-speaking audiences, making complex technical concepts more accessible. For English speakers: Don't worry, an English version is coming soon! Stay tuned for the upcoming release on the Pinnacle channel. Why WDM? WDM plays a vital role in modern communication systems, allowing for increased data transmission capacity on existing fiber optic infrastructure. Understanding WDM is essential for anyone working in the fields of telecommunications, networking, and related areas. Share & Spread Knowledge! I believe language shouldn't be a barrier to learning. Whether you're a student, professional, or simply curious about WDM, I encourage you to check out the videos and share them with your network! #Marathi #WDM #FiberOptics #Telecoms #Networking #Education #Learning #Pinnacle #sppupreviousyearquestionpaper #fiberopticscommunication #pinnaclebhagyashrithorat https://lnkd.in/dacMd42u

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