Inventor
SHANMUGAM DHANDAPANI
IN46 patents
⚠️ This page may combine multiple inventors who share the name “SHANMUGAM DHANDAPANI”. Patents are grouped by organization below to help distinguish them — per-person disambiguation is on the roadmap.
IBM
39 patentsUS9530092B2Dec 27, 2016
Haptic-based artificial neural network training
IBM22 citations92
US9218565B2Dec 22, 2015
Haptic-based artificial neural network training
IBM8 citations83
US9256286B2Feb 9, 2016
Haptic accessory and methods for using same
IBM4 citations82
US9058056B2Jun 16, 2015
System and method of dynamically generating a frequency pattern to realize the sense of touch in a computing device
IBM8 citations82
US9053508B2Jun 9, 2015
Personalized customer shopping experience
IBM8 citations82
US9046926B2Jun 2, 2015
System and method of dynamically generating a frequency pattern to realize the sense of touch in a computing device
IBM10 citations82
US9043230B2May 26, 2015
Personalized customer shopping experience
IBM9 citations82
US11097079B2Aug 24, 2021
Cognitively inducing sleep cycles by leveraging wearables
IBM8 citations81
US8351981B2Jan 8, 2013
Supporting multiple subscriber identities in a portable device using a single transceiver
IBM7 citations81
US10373499B1Aug 6, 2019
Cognitively filtered and recipient-actualized vehicle horn activation
IBM6 citations79
US8375382B2Feb 12, 2013
Enabling parallel websphere runtime versions
IBM6 citations79
US10809673B2Oct 20, 2020
Wash related to contaminant exposure time
IBM2 citations73
US10482505B2Nov 19, 2019
Sales assistance based on purchasing prediction
IBM1 citations73
US10176025B2Jan 8, 2019
Recommendation for an individual based on a mood of the individual
IBM4 citations73
US10990756B2Apr 27, 2021
Cognitive display device for virtual correction of consistent character differences in augmented or virtual reality
IBM3 citations71
US10129461B2Nov 13, 2018
Automated image capture based on image context
IBM4 citations71
US10616165B2Apr 7, 2020
Enabling wearables to cognitively alter notifications and improve sleep cycles
IBM3 citations70
US10616167B2Apr 7, 2020
Enabling wearables to cognitively alter notifications and improve sleep cycles
IBM2 citations70
US10387125B2Aug 20, 2019
Dynamically building mobile applications
IBM2 citations70
US9886246B2Feb 6, 2018
Dynamically building mobile applications
IBM3 citations70
US9286292B2Mar 15, 2016
Real-time jargon translation in a communication system
IBM3 citations69
US10741076B2Aug 11, 2020
Cognitively filtered and recipient-actualized vehicle horn activation
IBM2 citations68
US11488207B2Nov 1, 2022
Sales assistance based on purchasing prediction
IBM0 citations62
US10656978B2May 19, 2020
Recommendation for an individual based on a mood of the individual
IBM1 citations62
US10614502B2Apr 7, 2020
In-store real-time food item selection recommendations
IBM1 citations62
US9230208B2Jan 5, 2016
Haptic-based artificial neural network training
IBM2 citations62
US9261962B2Feb 16, 2016
Haptic accessory and methods for using same
IBM2 citations61
US10990755B2Apr 27, 2021
Altering text of an image in augmented or virtual reality
IBM1 citations60
US10394344B2Aug 27, 2019
Character input error correction
IBM1 citations60
US11070507B2Jul 20, 2021
Enabling wearables to cognitively alter notifications and improve sleep cycles
IBM0 citations59
US11062355B2Jul 13, 2021
Mitigation of perishable product waste through promotion recommendation
IBM1 citations57
US10948916B2Mar 16, 2021
Vehicular implemented projection
IBM0 citations52
US10636054B2Apr 28, 2020
Continuing playback of advertisements across multiple devices based on monitoring user active viewing duration
IBM0 citations52
US10460351B2Oct 29, 2019
Sales assistance based on purchasing prediction
IBM0 citations52
US10102477B2Oct 16, 2018
Modeling for flavor profiles
IBM0 citations51
US10095979B2Oct 9, 2018
Modeling for flavor profiles
IBM0 citations51
US10831284B2Nov 10, 2020
Character input error correction
IBM0 citations50
US10728444B2Jul 28, 2020
Automated image capture system with expert guidance
IBM0 citations50
US10769660B2Sep 8, 2020
Determining advertisement content based on cluster density within dynamic visibility fence
IBM0 citations41