Issued Patents - Google Patents

Chandrasekhar (Chandra) Narayanaswami  Chandrasekhar (Chandra) Narayanaswami photo         

contact information

Academy of Technology LogoPrincipal Research Staff Member, Member IBM AoT
Thomas J. Watson Research Center, Yorktown Heights, NY USA
  +1dash914dash945dash1686

links

Professional Associations

Professional Associations:  ACM  |  American Association for the Advancement of Sciences  |  Fellow, IEEE  |  IBM Academy of Technology

more information

More information:  Publications - Google Scholar  |  Issued Patents - Google Patents

profile


I am currently working on applications of Blockchain technologies for Supply Chains in multiple industries. Interesting challenges abound in forming and operating Blockchain networks, namely business value and financial incentives, organizational dynamics and behaviors, operating infrastructure and efficiency,  data standards and interoperability, in situ blockchain applications, and in enabling data to be "born" on the blockchain.

I like to innovate and try to deeply influence both the industry and the academic communites, and transitively our society, with my efforts. I have been very fortunate to work on several exciting projects with great colleagues and clients and to have my work covered by the world’s leading newspapers and appear on the covers of several technical publications and in industry analyst reports. I was elected a Fellow of the IEEE in 2008 for my contributions to pervasive computing. 

From 2012-2016,  as a Manager and then as the Chief Scientist and Senior Manager for IBM Commerce Research I was responsible for creating innovative and scalable analytics driven solutions for omnichannel commerce. These include Contextual Customer Engagement, Real Time Personalization, Local Events Marketing Kit, and Demand Forecasting. I conceived and championed the IBM Commerce Advanced Solutions HUB (CASH) that is leveraged for big data commerce solutions such as Local Event Marketing Kit and IBM Watson Order Optimizer. Early prototypes of my work, CLAsSIC (Contextual Location Analytics for Smarter Commerce), led the vision for IBM's Metropulse offering (recent announcement).

Impacts of my work from 2009-2012 to IBM products include location services, coupon wallets, and REST enablement of IBM WebSphere Commerce (which allows new shopping models such as exposing products directly in an ad or commerce in a chat system such as WeChat), XC10 data caching appliances, and enterprise mashups and visual analytics. These IBM products have been deployed at many of the world's leading retailers. 

From 1999-2005 I pioneered important works in mobile computing that have helped shape the current landcape of smart phones and watches, and associated applications (details can be found in specific project pages).  These include -  the Linux Watch (aka WatchPad), SoulPad, and Personal Mobile Hub with focus on health monitoring, and Device Symbiosis. This was followed by Inverted Browsers (essentially modern mobile app model where the browser is included in the app), and Mobile Loyalty for on the spot in-store offers based on checking in. In 1997 I built a navigation system that was the first to provide photographs along with route information (precursor to Google Street View and other similar products).  

From 2004-2008, I helped launch and define the agenda for the IBM Korea Ubiquitous Computing Laboratory that is now part of a growing IBM Korea Software Solutions Lab.  We explored, advanced, and demonstrated several aspects of device symbiosis as part of this agenda.  Apple CarPlay and Android Auto are examples of device symbiosis between mobile phones and automobiles where the natural strengths of each form factor isleveraged to advantage.

As the chief software and system architects for the OpenGL® programming interface on the IBM RS/6000 workstations, I led and delivered one of the earliest impmentations in the industry in September 1993. OpenGL ES (a subset of OpenGL) is now the dominant graphics API in smartphones.  I was a member of the team that defined the graphics instructions for a high performance IBM Graphics Floating Point Engine (GFPE) based on the PowerPC™ architecture. I then was part of a cross-company team that developed the VMX/Altivec SIMD instructions for the PowerPC™ processors.  Leading gaming consoles such as the Xbox 360, Playstation 3,  Gamecube, and the Wii were powered by the PowerPC™ at one point in time. The VMX/Altivec SIMD instruction set is also included in POWER 6, 7, 8, and 9 processors from IBM. Such instructions are now also leveraged for accelerating machine learning algorithms.

I was twice named an IBM Master Inventor (less than 0.06% of IBMers are named each year) and hold 103 US Patents and 174 patents worldwide. I am named on several IBM Research Accomplishments, pieces of work that are deemed as technologically innovative and have demonstrated a real impact on our world. I am also a member of the IBM Academy of Technology.

I served as the Associate Editor in Chief for IEEE Pervasive Computing and guest-edited issues on Pervasive Retail, Healthcare, Energy Harvesting, User Generated Content and Virtual Machines and served on the Editorial Board for IEEE Transactions on Mobile Computing.  I have published more than 50 scientific papers and served on 25+ Program Committees for several ACM and IEEE technical conferences.

I obtained my PhD in Computer and Systems Engineering from Rensselaer Polytechnic Institute and my BTech in Electrical Engineering from IIT, Bombay. I have also completed a year long Micro-MBA program at IBM Research.  

 Linux Watch Prototype with OLED display Linux Watch Prototype jointly built with Citizen Watch Company. mobile hub