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Jagadish Nadakuduti
Jagadish Nadakuduti
Verified email at qti.qualcomm.com
Title
Cited by
Cited by
Year
Assessing human exposure to electromagnetic fields from wireless power transmission systems
A Christ, M Douglas, J Nadakuduti, N Kuster
Proceedings of the IEEE 101 (6), 1482-1493, 2013
2622013
Semiempirical electromagnetic modeling of crack detection and sizing in cement-based materials using near-field microwave methods
J Nadakuduti, G Chen, R Zoughi
IEEE Transactions on Instrumentation and Measurement 55 (2), 588-597, 2006
652006
Near-field equivalent source representation for SAR estimation
J Nadakuduti, L Lu, P Guckian
US Patent 9,083,452, 2015
502015
Operating frequency selection for loosely coupled wireless power transfer systems with respect to RF emissions and RF exposure requirements
J Nadakuduti, L Lu, P Guckian
2013 IEEE Wireless Power Transfer (WPT), 234-237, 2013
402013
Compliance Testing Methodology for Wireless Power Transfer Systems
J Nadakuduti, M Douglas, L Lu, A Christ, P Guckian, N Kuster
IEEE Transactions on Power Electronics 30 (11), 6264 - 6273, 2015
382015
Determining transmit power limits using a combined specific absorption measurement for multiple transmitters
J Nadakuduti, L Lu, P Guckian
US Patent 9,781,683, 2017
342017
Compliance assessment of human exposure from wireless electric vehicle charging system using at least one phantom model
L Lu, J Nadakuduti, P Guckian
US Patent 9,575,108, 2017
212017
Evaluating radio frequency (RF) exposure in real time
J Nadakuduti, L Lu, P Guckian, M Cai, J Han, U Fernando, R Challa
US Patent 10,652,833, 2020
182020
Controlling current flow path in wireless electric vehicle charging systems for mitigating rf radiated emissions
L Lu, P Guckian, J Nadakuduti
US Patent 10,391,871, 2019
182019
Real-time specific absorption rate implementation in wireless devices
T Logan, J Nadakuduti, L Lu, P Guckian
US Patent 9,622,187, 2017
172017
Human exposure from pulsed magnetic field therapy mats: a numerical case study with three commercial products
V De Santis, M Douglas, J Nadakuduti, S Benkler, XL Chen, N Kuster
Bioelectromagnetics 36 (2), 149-161, 2015
162015
Avoiding transmit power limitations due to specific absorption rate constraints
L Lu, J Nadakuduti, P Guckian
US Patent App. 14/572,266, 2016
152016
Real-time exposure assessment
L Lu, J Nadakuduti, P Guckian
US Patent 9,237,531, 2016
152016
Application of an induced field sensor for assessment of electromagnetic exposure from compact fluorescent lamps
J Nadakuduti, M Douglas, M Capstick, S Kühn, N Kuster
Bioelectromagnetics 33 (2), 166-175, 2012
142012
Microwave field measurement of delaminations in CFRP concrete members in a bridge
V Stephen, S Kharkovsky, J Nadakuduti, R Zoughi
Proc. WCNDT, 5, 2004
142004
The effect of diode response of electromagnetic field probes for the measurements of complex signals
J Nadakuduti, S Kuhn, M Fehr, M Douglas, K Pokovic, N Kuster
IEEE transactions on electromagnetic compatibility 54 (6), 1195-1204, 2012
92012
Power limits based on signal type for managing maximum permissible exposure
M Cai, J Han, RN Challa, T Liu, J Lin, J Nadakuduti, L Lu, F Meshkati
US Patent 11,924,819, 2024
62024
Comparison of Different Safety Standards in Terms of Human Exposure to Electric and Magnetic Fields at 100 kHz
J Nadakuduti, M Douglas, P Crespo-Valero, N Kuster
Proceedings of the 33rd Annual Meeting of the Bioelectromagnetics Society, 2011
62011
Evaluating radio frequency exposure
J Nadakuduti, L Lu, P Guckian
US Patent 10,447,413, 2019
52019
Compliance demonstration of wireless power charging systems with respect to human safety limits
J Nadakuduti, M Douglas, L Lu, A Christ, P Guckian, N Kuster
IEEE Trans. Electromagn. Compat., 2013
52013
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