ASHUTOSH DUTTA, Ph.D.
349 Greenfield Road •
Bridgewater, New Jersey 08807
(908) 642-8593 •
ashutosh.dutta@ieee.org
Accomplished networking and computer science
expert with 30 years of experience directing multiple IT operations, research
and development for leading global technology corporations and top
universities. Seasoned Mobility and Security Architect, Chief Technology
Officer, Senior Scientist, Adjunct Professor IEEE Distinguished Lecturer, and
project manager with in-depth expertise in developing and implementing
research, analysis, and design initiatives. Expertise in computer
communication, wireless networking, LTE networks, Software Defined Networking
(SDN), Network Function Virtualization (NFV), 5G, and mobility management.
Author of 30 issued patents and 80 publications. Author of Mobility and
Handover Optimization book, Editor-in-chief for Journal of Cybersecurity and
Mobility published by River Publishers. Producer and collaborator of winning
Commercial, FirstNet, DOD and National Science Foundation proposals and
creating strategies to enhance business development and promote long-term
growth. Team leader with a reputation for fostering strong client relations and
building staff that consistently meet expectations. Volunteer and Leadership positions
in professional societies such as IEEE/ACM (Director of Marketing and Industry
Relations, IEEE Communication Society, IEEE 5G Initiative Founding Co-Chair, MGA
Liaison to IEEE History Committee and Region 1 ECS Chair).
Research & Development • Proposal Writing • Technical Leadership •
Process Analysis • Project Execution • Due Diligence • University Relation • Cybersecurity
• Data
Mining • Machine Learning • Deep Learning • Cloud Computing • Multi-Disciplinary
System Development• Mobility Management • SDN/NFV • VoIP • IMS • LTE • 5G • IOT • IPv6
• Ad Hoc Networking • IT Operations •
Strategic Planning • Business Development • Pre-University (K-12) • Industry
Relation • Standards
EDUCATION
Doctor of Philosophy in Electrical
Engineering, Columbia
University, New York, NY
Advisor: Prof. Henning Schulzrinne
(Committee: Prof.
Nick Maxemchuk, Prof. Yechiam Yemini, Prof. Dan Rubenstein, and Dr. Bryan
Lyles)
Ph.D. Thesis: Systems Optimization for
Mobility Management
Master of
Philosophy in Electrical Engineering, Columbia University, New York, NY
Master of Science in Computer Science, New
Jersey Institute of Technology, Newark, NJ,
Bachelor of Science in Electrical
Engineering, National
Institute of Technology, Rourkela, India
PROFESSIONAL EXPERIENCE
Johns Hopkins University
Applied Physics Lab (JHU/APL) • 05/2018 – Present
University Affiliated Research
Labs
Senior Wireless Communications
Systems Research Scientist
Responsible
for developing and leading bodies of research and development of innovative
end-to-
end
systems solutions for military and Government sponsors. Serve as Principal
Investigator for research. Develop proposals and lead the research and
development of innovative wireless systems to implement complex communication
and networking technologies. Lead efforts to publish work in recognized
journals, formal technical reports and informal memoranda. Present work to
sponsors, to nationally recognized conferences, and the technical community.
AT&T, Middletown, New
Jersey • 02/2013 – 04/2018
Leading Wireless Service
Provider and R&D Organization
PMTS/LMTS/Director AT&T Labs, Middletown, New Jersey
ASHUTOSH DUTTA, Ph.D. • Page 2 • ashutosh.dutta@ieee.org
As Lead 5G
Architect (Security) interact with the key 5G vendors, operators, and
researchers around the world and drive the 5G related research agenda while
providing technical leadership in 5G. As a Subject Matter Expert in 5G
Security, collaborate internally and externally to define the strategy for
emerging 5G security research and development for AT&T’s networks. Collaborate
with the key security vendors, develop use cases and conduct 5G security proof-of-concept
for mobility networks. Develop 5G security requirements and collaborate with
mobility architecture team for deployment. Participate in and contribute to
various standards bodies, namely IEEE, NGMN, 3GPP, ETSI/NFV, and IETF in a
leadership role. Served as lead role for security for winning proposal for FirstNet
Security in AT&T’s network.
As the Director
of Technology Security, lead the team responsible for security for mobile core
networks, driving open source standards, security requirements, RFPs, and
proofs-of-concepts for various network
function virtualization (NFV)
related to security. Lead the team in driving security function virtualization
requirement, vendor engagement and patents for SDN/NFV. Drive the innovation
for security technology
for Domain 2.0 deployment in AT&T’s
networks by leading the security standards and proofs-of-concept in the D2 Security
lab. Lead research and development collaboration with universities and other
research Labs in the area of SDN/NFV security. Served as the security lead for
FirstNet winning proposal team.
As a leading
technical member of the CTO, CSO and IT organization, lead the design and
deployment of advanced security architecture for the mobile enterprise and 4G
LTE networks using cloud computing and
virtualization. Responsible for leading overall
end-to-end security design for both mobility networks and User Defined Network
Cloud (UDNC), including 3G and LTE architectures and services. Collaborate with
other organizations within AT&T, standards forums, external vendors,
customers and universities to effectively design and deploy the security
architecture for network function virtualization. Active participation in ETSI
NFV, IEEE, IETF standards forums. Lead and direct the proof-of-concept of
relevant virtualization security features leading to the deployment in
AT&T’s Domain 2.0 network.
New Jersey
Institute of Technology, Newark, New Jersey • 09/2015 – Present
College of
Staten Island, City University of New York, Staten Island, NY • 01/2018 -
Present
Adjunct
Faculty in Electrical Engineering and Computer Science Department
As a part-time
adjunct faculty teach graduate level course on (Saturday morning), namely
Computer Network Design Analysis (CNDA) and Internet and Higher Layer Protocols
(IHLP), respectively in Electrical Engineering and Computer Science Department
at NJIT. As a part-time adjunct faculty teach graduate level course (evening),
namely Networking Systems and Protocols in Electrical Engineering Department at
College of Staten Island in CUNY.
NIKSUN Inc.,
Princeton, New Jersey • 09/2010 – 02/2013
Leader
in network forensics, compliance, security surveillance and performance
management solutions ranging from core infrastructure to edge and branch
environment for both wired and wireless networks.
CTO Wireless
and Executive Director, NIKSUN Innovation Center & Quality Assurance
Reporting to the CEO of the company, direct the
research and development of LTE (Long Term Evolution) security and monitoring solutions
for NIKSUN Cybersecurity product. As the CTO of wireless technologies, developed
the mobility monitoring product by working with the engineering team and managed
the deployment of mobility solutions for NIKSUN 4G products in the service
provider networks around the world. Worked through the whole product life cycle
starting from concept to product realization and eventual marketing of the product.
As the head of NIKSUN Innovation Center (17 members), and QA department (12
members) supervise the staff and research activities leading to product development
and
ASHUTOSH DUTTA, Ph.D. • Page 3 • Ashutosh.dutta@ieee.org
quality assurance of future NIKSUN
products. As CTIF-USA co-director manage university collaboration for research
projects.
TELCORDIA
TECHNOLOGIES, Piscataway, New Jersey • 10/1997- 08/2010
Global leader in the development of mobile,
broadband, and enterprise communications software and services with 800-plus
customers in 55 countries.
Senior
Scientist/Project Manager/Principal Investigator Applied Research
Direct research and development initiatives of VolP
and wireless technologies. Manage all aspects of project development and
delivery. Supervise ongoing project activities and serve as technical lead to
ensure expectations and quality assurance standards were consistently met. Lead
design of network systems and supervise direct development of prototypes.
Collaborate among industry, university and government representatives to
increase communication and support project implementation. Organize and lead
the team for analysis and modeling to create processes to improve efficiency
and record progress. During my 13 years at Telcordia Research, I have initiated
major commercial and government
projects and acted as PI (Principal
Investigator) and Co-PI for these multi-year contracts covering the range of $250,000 to $4,000,000 for each of these projects. Total funding of the projects
where I was a PI or Co-PI is approximately (~
$20,000,000).
Major
Contributions:
COMMERCIAL:
·
Principal Investigator and project manager for KDDI’s IMS project ($4,000,000 over 5 years) to design and
build IMS/MMD network for next generation networks, including contributing
to design of SIP, mobility,
and security tasks to ensure progress and desired results were achieved.
·
As Co-PI, supervised all operational phases of CERDEC project ($200,000), including customer
interaction, design development, software delivery, and on-site product
demonstration.
·
As the Co-PI for the mobility task ($4,
500,000 over 9 years), led technical initiatives for Third Generation
Mobile Wireless Internet Architecture (IMT-2000) based on CDMA-2000 standard
and transition to 4G network. Implemented all mobile multimedia comprehensive
test-bed involving various Linux-based systems, Cisco routers, wireless base
stations, and subnets. Lead architect for secured universal mobility project
and mobile VPN project involving heterogeneous access networks (e.g., 802.11,
CDMA, WiMAX).
· Co-PI and Technical Lead for
Toyota’s mobile content delivery network ($1000,
000 over two years) in all IP wireless environment involving advanced
Telematics features. Project involved designing and implementing SIP-based
mobility management and Localized Multicast-based architecture.
·
As the co-PI of the Horizons Research Program, directed analysis and
design of scalable session control architecture for the building of
multi-service platforms for leading clients KT, BellSouth, Telenor, and Toyota.
This specific part of the program generated a revenue of ($1,500,000 over three years).
·
Collaborated with ITSUMO QoS team involved in performance analysis of
voice and data traffic in an 802.11b networking environment utilizing various
priority queuing, traffic control mechanism, and Spectra Link Voice Priority
(SVP).
· Performed feasibility study
for supporting IPv6 in mobile Ad Hoc networks. Conducted experiments under
Joint User Interoperability Communications Exercise using both satellite and
terrestrial networks to study the performance of VoIP and Streaming traffic.
GOVERNMENT:
·
As
Co-Principal Investigators (Co-PI) for DARPA ACN project ($2,500,000 over three years), led in writing the winning proposal
for Integrated Mobility Management for phase II and phase III, and
ASHUTOSH DUTTA, Ph.D. • Page 4 • ashutosh.dutta@ieee.org
have been acted as a Technical lead for the
Integrated Mobility Management part of the project. This involved designing
and implementing an Integrated Mobility Management scheme for
Adhoc type military networks while coordinating between different task groups,
presenting regular milestone reviews at DARPA meetings.
· As a Co-PI and technical lead for a
DARPA funded AJCN project ($1,500,000
over two years), involved in the design, development and prototype
demonstration of a SIP based multiparty
Conference control using both multicast
and MCU-based (multi-party conferencing unit) approaches aided by SIP’s third-party call control
features. Above two have resulted in 10 paper publication and 3 patent
application.
COLUMBIA
UNIVERSITY, New York City, New York • 10/1989 - 09/1997
Leading higher education university and research
institution.
Director of IT Operations (Central Research Facilities)
Managed and supervised a staff of 10 for daily IT operations
and administration of systems and programs, including Suns, HPs, SGIs, and PCs,
in multi-protocol based heterogeneous network with 600 servers. Installation, testing, and maintenance of
various kinds of communication software, hardware and networking products of
Central Research Facility. That includes departmental TCP/IP based Cisco
routers, terminal servers, dialup modems, Fast Ethernet, FDDI concentrators,
ATM backbone, and 3Com Link Builders. Supervised and motivated IT teams
to achieve desired outcomes. Coordinated with faculty, staff, and students to
promote research initiatives. Organized and collaborated on National Science
Foundation (NSF) proposals for department research objectives. Maintained ($4,000,000) million NSF computing
infrastructure budget. Led the construction of modern computing facilities in
newly built CEPSR building.
Tata
Engineering and Locomotive Company, India • 08/1985 –
09/1987
Computer Engineer
Installed and maintained mainframe Burroughs B6800, mini B1900, VAX 11/750, 11/780, and their associated communication peripherals like disk and tape drives, line printers, plotters, and various types of intelligent terminals, modems and multiplexer. Designed the interface for setting up the communication link between a cluster of microcomputer systems and mainframe using Poll/Select protocol at different sites of the company.
PROFESSIONAL
SOCIETY AFFILIATIONS
Institute of Electrical and
Electronics Engineers (IEEE), Senior Member
Association of Computing
Machinery (ACM), Senior Member
ASHUTOSH DUTTA, Ph.D. • Page 4 •
ashutosh.dutta@ieee.org
TECHNOLOGY
SKILL HIGHLIGHTS
Hardware
Platform:
SUN, HP, IBM, DEC, SGI, HP, Cisco Routers, Ethernet Switches (XYLAN, 3COM,
Cisco), Nortel PBX
Operating
Systems:
Linux, Windows, Sun OS /Solaris, BSD, VMS, AIX, HP-UX, MS-DOS, OS/2
Protocols
& Software: SIP, SAP, SDP, RTP/RTCP, RTSP,TCP/IP, DNS, NFS, H.323,
Multicast, Mobile IP, PMIPv6, IPv6, FMIPv6, Cellular IP, WiFi, Bluetooth,
CDMA-2000, IPSec, ATM, SONET, OPNET, NS2, Shell, Sybase, Informix, My-SQL, RDF,
SOAP, IMS, LTE, Diameter
Standards
Activities:
IEEE 802.11, IEEE 802.21, IETF, 3GPP, 3GPP2, ATIS, GISFI, ETSI/NFV
Languages: Java, HTML,
XML, C, C++, Fortran, Pascal, Lisp, Python, Assembly
Languages
Security:
SNORT,
Virtual Firewalls, IDS/IPS, DDOS, AKA, WPA, IPSec, TLS
AWARDS AND
PATENTS
30 patents awarded, 8
patents (pending)
IEEE Communications Society
Distinguished Lecturer
IEEE 2009 MGA (Membership
Geographic Activities) Leadership Award
IEEE 2010 Professional
Leadership Award, IEEE-USA
IEEE Region 1 award for
outstanding section leadership for Princeton/Central Jersey Section
IEEE-USA 2011 Regional
Leadership Award
CEO awards from Telcordia
Technologies (2000 and 2002)
6 times recipient of DARPA
Merit Award for Technical Excellence for Integrated Mobility Management in the
Air-Borne Communication Node project
Best Paper Award from ESTC
(SAIC), IEEE, EIT 2005, IEEE IMSAA 2009
2005 Leadership Award from
IEEE-PCJ Section
Several Recognition awards
from the Vice-President of Telcordia Research Labs
Recognition award for
serving as a Publicity Co-Chair in Mobicom 2000, Boston
AT&T CSO Security Team
Award, 2013
30 Patents granted:
1.
US patent
6,992,994 - Methods and systems for a generalized mobility solution using dynamic
tunneling agent
2.
US Patent
7,184,418 - Method and system for host mobility management protocol
3.
US Patent
7,296,091- System and method for receiving over a network a broadcast from a
broadcast source
4.
US patent
7,319,689 - Method for handling the simultaneous mobility of mobile hosts in
infrastructure-based networks
5.
US patent
7,546,082 - Application-layer multicast for mobile users in diverse networks
6.
US patent 7,664,501
- Seamless handoff across heterogeneous access networks using a handoff
controller in a service control unit
7.
US Patent, 7,738,882 - Framework of
media-independent pre-authentication improvements: including considerations for
failed switching and switchback
8.
US Patent, 7,768,975 - Fast handoff using GPS
technology for mobile telematics
9.
US Patent
7,813,319 - Framework of media-independent pre-authentication
10. US Patent,
7,936,719 - Packet loss prevention during handoff using packet copy-and-forward
–
11. US Patent
7,978,655 - Secure and seamless WAN-LAN roaming
12. US Patent,
8,068,460 - Dynamic Packet Buffering System for Mobile Handoff
13. US Patent
8,098,627 - P-CSCF Fast Handoff for IMS/MMD Architecture
14. US Patent
8,190,768 – Network Selection Mechanism
15. US Patent
8,341,395– Media Independent Handover Protocol Security
16. US Patent
8,259,682– Framework of media-independent pre-authentication
17. US Patent
8,243,687– Secure and seamless roaming
18. US Patent
8,446,875– Media Independent Pre-authentication supporting fast-handoff in
Proxy MIPv6 Environment
ASHUTOSH DUTTA, Ph.D. • Page 6 • ashutosh.dutta@ieee.org
19. US Patent
8,442,005– Seamless Handoff Across Heterogeneous Access Networks Using a
Handoff Controller in a Service Control Unit
20. US Patent
8,565,186 – Methods of Mitigation of Trombone Routing in an IMS/MMD Network
21. US Patent
8, 625, 551 – Flexible Mobility Framework for Heterogeneous Roaming in Next
Generation Wireless Networks
22. US Patent
8,670,407 – Proxy Mobile IP
23. US Patent
8.701,164 Key Caching, QoS and Multicast extensions to media-independent
pre-authentication
25. US Patent
8,718066 – Fast handoff using GPS technology for mobile telematics
26. US Patent
8,792,454 - Secure and seamless WAN-LAN roaming
28. US Patent
8,971,291 – P-CSCF fast handoff for IMS/MMD Architecture
29. US Patent
9,025,771 – Security Optimization for IMS/MMD Architecture
30. US Patent
9,094,412 – Self Organizing IP Multimedia Subsystem
Professional Activities:
Section/Society/Region/MGA:
•
Director of Industry Outreach, IEEE ComSoc Board
of Governor 2014-current
•
IEEE Distinguished Lecture, IEEE Communications Society
2016-2018
•
Founding Co-Chair IEEE 5G Initiative
•
IEEE MGA Liaison to History Committee
•
IEEE MGA Industry Relation Chair 2009-2012
•
IEEE MGA Pre-University Coordinator 2012-2013
•
Chair, IEEE Princeton / Central Jersey Section
(2008-2009)
•
Vice-Chair, IEEE Princeton / Central Jersey
Section (2006-2007)
•
Treasurer, IEEE Princeton / Central Jersey
Section (2004 – 2005)
•
Secretary, IEEE Princeton / Central Jersey
Section (2003)
•
IEEE Region 1 Industry Relation Coordinator
(2008-2011)
•
IEEE ComSoc Public Visibility Committee Chair
•
Associate Technical Editor – IEEE Communication
Magazine
•
Editor-in-chief - Journal of Cyber Security and
Mobility (Published by River Publishers)
•
Vice Chair, IEEE Education Society, Princeton /
Central Jersey Section
•
Vice Chair, IEEE Communication Society, Princeton
/ Central Jersey Section
•
Co-Chair, Service Oriented Network – Global ICT
Standardization for India (GISFI)
•
Co-Director CTIF-USA an Industry-Academic
Collaboration
•
Editor-in-chief, Journal of Cyber Security and
Mobility
Conferences:
•
IEEE Sarnoff Symposium 2005 –
General Chair
•
IEEE Sarnoff Symposium 2004 –
Exhibits Chair
•
IEEE IMSAA 2009 – TPC Co-Chair,
IMSAA 2010 – General Chair
•
IEEE IMSAA 2011, IEEE Sarnoff
Symposium - Steering Committee Member
•
ACM Mobicom 2000 – Publicity
Co-Chair
•
ACM Multimedia 2004 – Finance Chair
•
IEEE STEM (Science Technology Engineering
Math) General Co-Chair 2011-17
•
IEEE 5G World Forum – General Co-Chair
•
World Wide Security and Mobility Conference – TPC
Co-chair (2011-2012)
•
TPC Member of several IEEE and ACM Conferences
(e.g., ICC, Globecom, Infocom, Mobicom, WoWMoM, MobiSec, Mobisys, MILCOM)
PUBLICATIONS
(Book, Book chapters, Papers, IETF drafts, RFC)
ASHUTOSH DUTTA, Ph.D. • Page 7 • ashutosh.dutta@ieee.org
Book
(Published May, 2014)): A. Dutta, H. Schulzrinne, Mobility Protocols and Handover Optimization:
Design, Evaluation and Application, John & Wiley Publication
(This
book has also been translated into Chinese Language)
Book
Chapters:
A.
Dutta, C. Makaya et
al., “Self-Organizing IP Multimedia Subsystem, , Advances in Next Generation
Services and Service Architectures,
published by River Publishers
A.. Dutta, H. Schulzrinne, D. Wong,
“Supporting Continuous Services to Roaming Clients, CRC Press, Edited by Paolo
Bellavista and Antonio Corradi
D. Wong, A.
Dutta Network Layer Mobility Protocol for IPv6, Encyclopedia of Internet
Technologies edited by Freire and Pereira
K. D. Wong, Hung-Yu Wei, A. Dutta. K. Young and H. Schulzrinne, “IP Micro-Mobility
Management using Host-Based Routing in the book Wireless IP and Building the
Mobile Internet, Edited by Dixit, and Prasad, Artech House Publication
Journal
Publications:
1.
A. Dutta et al., Realization of Wireless Internet
Telephony and Streaming Multimedia Testbed, Elsevier Journal for Computer
Communication, October 2003
2.
A. Dutta, S. Madhani,
H. Schulzrinne et al., “Optimized
Fast-handoff Scheme for Application Layer Mobility Management” MC2R November
Issue, and Mobicom 2002,
3. A. Dutta, T.Zhang, S. Madhani, K. Taniuchi, K. Fujimoto, Y. Katsube, Y. Ohba, H. Schulzrinne Secure Universal Mobility for Wireless Internet, (Extended version) ACM MC2R, 2004
4. T. Zhang, E. Van Denberg, S.
Madhani, A. Dutta, “Mobile information services enabled by
mobile publishing (MIS- MP)”, Wireless Networks, Springer Netherlands
Publication
5. T.Chiba,
H.Yokota, A.Idoue, A.Dutta, S.Das,
Fuchun J. Lin, H.Schulzrinne, “Gap Analysis and Deployment Architectures for
3GPP2 MMD Networks,” IEEE VT Magazine, March 2007
6. A.Dutta, Jasmine Chennikara, Wai Chen, O. Altintas, H. Schulzrinne, “Mobile
Content Distribution for Streaming Multimedia,”IEEE Communication Magazine,
October 2003
7. A. Dutta et al, “ Seamless
proactive handover across heterogeneous access networks,” Wireless Personal Communication, Springer
Journal, August 2007
8. A. Dutta et al, “Mobility
Testbed for 3GPP2-based MMD Networks,
IEEE Communication Magazine, July 2007
9. A. Dutta et al.,
“Media-Independent Pre-authentication supporting secure inter-domain handover
optimization,” IEEE Wireless Communication Magazine, April 2008
10. K. Taniuchi, Y.
Ohba, V. Fajardo, S. Das, Y-H Cheng, A. Dutta et al., “IEEE
802.21: Media independent handover: Features, applicability, and realization,”
IEEE Communication Magazine Jan 2009
11.
A. Dutta et.
al., IEEE 802.21: Media Independent Handover: Features, Applicability, and
Realization, IEEE Communication Magazine, January 2009
12. A.Dutta et al., “MarconiNet: Overlay Mobile
Content Distribution Network,” IEEE Communication Magazine February 2004
13. M. Tauil, A. Dutta, H. Schulzrinne et al. Realization of MIH
Services and Media Independent Pre-authentication (Extended version),
Inderscience Journal, December 2009
14. A. Misra, S. Das, A. Dutta,
A. McAuley, S. K. Das,IDMP-based Fast Handoffs and Paging in IP-Based 4G Mobile
Networks, IEEE Communication Magazine March 2002
15. D. Wong, A. Dutta, R. Jain, K. Young, H. Schulzrinne, “A Multilayered Mobility Management Scheme
for Auto-configured wireless networks,” IEEE wireless magazine, October 2003
ASHUTOSH DUTTA, Ph.D. • Page 8 • ashutosh.dutta@ieee.org
16. Shankar Lal, Tarik
Taleb, A. Dutta, “NFV: Security Threats and Best Practices,” IEEE
Communications Magazine, May 2017
Invited
Papers:
1.
A. Dutta, E. Van den berg, H. Schulzrinne, et al, “
Dynamic Buffering Scheme for Mobile Handoff”, IEEE PIMRC 2006
2. A. Dutta, S. Das, T.Chiba, H.Yokota, I. Idoue, “Comparative Analysis of Network
Layer and Application Layer IP mobility protocols for IPv6, “ IEEE WPMC 2006
3.
A. Dutta, H. Schulzrinne, SIP Mobility at SIP
Summit 2001 in Dallas, organized by pulver.com
4. A. Dutta, Raquel Morera,
A. McAuley, Nim Cheung, Ken Young, Cross Layer
Optimization and Adaptation in Wireless Mobile Ad Hoc Networks, NRL Workshop on
Cross Layer Issues, Washington D.C, June 2nd-3rd 2004.
5.
F. Vakil, A. Dutta, Henning Schulzrine, Mobility
Requirement for SIP, SIP Forum 2000, Paris
Conference Publications:
1.
A. Dutta, Henning Schulzrinne, “A Streaming Architecture for Next Generation
Internet,” , ICC 2001, Helsinki, Finland
2.
A. Dutta, F. Vakil, M. Tauil, S. Baba, N.
Nakajima, H. Schulzrinne, “Application Layer Mobility Management Scheme for
Wireless Internet, 3G Wireless 2001, San Francisco, May 2001.
3.
A. Dutta, Henning Schulzrinne, Wai Chen, Onur
Altintas, “Mobility Support for Wireless Streaming Multimedia in MarconiNet,"
in IEEE Broadband Wireless Summit, Interop 2001, (Las Vegas), May 2001.
4. A.Dutta, Yechiam Yemini, “Power Management of LEOs under bursty broadband
traffic. 17th International Communications Satellite Systems Conference,
February 1998, Yokohama, Japan.
5. A.Dutta, Henning Schulzrinne, Yechiam Yemini, “MarconiNet – An Architecture for
Internet Radio and TV Networks. 9th International workshop on Network Support
for Digital Audio Video (NOSSDAV), June 1999, New Jersey.
6. K. Chakrabarty, A. Misra, S. Das, A. McAuley, A. Dutta and S. K. Das "Implementation and Performance
Evaluation of TeleMIP," in ICC, (Helsinki), June 2001,
7. A. Misra, S. Das, A. Dutta,
A. McAuley and S. K.Das "IDMP-based Fast handoffs and paging in ip-based
cellular Networks," in 3GWireless 2001, (San Francisco), May 2001
8. S. Das, A. Misra, A. McAuley, A.
Dutta and S. K. Das, "A generalized mobility solution using a dynamic
tunneling," in ICCCD2000, (Kharagpur, India), pp. 4, Dec. 2000.
9.
A. Misra, S. Das, A.
McAuley, A. Dutta and S.K. Das,
"Integrating QoS Support in TeleMIP's Mobility Architecture," in
ICPWC, (Hyderabad, India), Dec. 2000,
10. A. Dutta, J.C Chen, S. Das, A. McAuley, H. Schulzrinne "Building a Test-bed
for Mobile Multimedia," Proceedings of Globecom 2001, San Antonio, Texas,
11. K. Daniel Wong, Hung-Yu Wei, A.
Dutta, Kenneth Young, H. Schulzrinne "Performance of IP Micro-Mobility
Management Schemes using Host Based Routing.", WPMC 01, Denmark
12.
O. Altintas, A. Dutta, W. Chen, H. Schulzrinne
Mobility Management Approaches for all IP Wireless Networks, SCI 2002
13. A. Dutta, Jim Burns, R. Jain, Henning Schulzrinne, Ken Young, “A Multi-layered
Mobility Management Scheme for Survivable Network, IEEE Milcom 2001, Vienna, VA
14. A.Dutta, Daniel Wong, H. Schulzrinne, “Realization of Integrated Mobility
Management Protocol for Ad-Hoc Networks”, Milcom 2002, et al.
15. A.Dutta, H.Schulzrinne, S. Das, Wai Chen “MarconiNet supporting Streaming Media
over Localized Wireless Multicast” et al. Mobi-commerce, September 2002
16. J. Chennikara, W. Chen, A. Dutta,
O. Altintas, “Application Layer Multicast for Mobile Users in Diverse
Networks”, IEEE Globecom 2002
17. N. Nakajima, A. Dutta, S.
Das, H. Schulzrinne, “Handoff Delay Analysis for SIP Mobility in IPv6 Testbed,”
IEEE ICC 2003,
18. Ping-yu Hsieh, A. Dutta, H.
Schulzrinne, “Application Layer Mobility Proxy for Real-time communication,” 3G
Wireless 2003,
17. Daniel Wong, A. Dutta, H.Schulzrinne,
Ken Young Managing Simultaneous Mobility of IP Hosts, , IEEE MILCOM 2003
ASHUTOSH DUTTA, Ph.D. • Page 9 • ashutosh.dutta@ieee.org
18.
F. Anjum, M. Elaoud,
D. Famolari, A. Ghosh, R. Vaidyanathan, A. Dutta, “Voice Performance in WLAN Networks, An
Experimental Study,” IEEE Globecom 2003
19.
A. Dutta, S. Das, P.
Li, A. MCAuley, S. Baba, Y.Ohba, H. Schulzrinne, “Secure Mobile Multimedia
Communication for Wireless Internet,” IEEE ICNSC 2004, Taipei
20.
S. Khurana, A. Dutta, P. Gurung, H. Schulzrinne, “XML based wide area
communication with networked Appliances, IEEE Sarnoff Symposium 2004.
21.
A. Dutta, T. Zhang, S.
Madhani, K. Taniuchi, H. Schulzrinne, “Secure Universal Mobility for Wireless
Internet,“ WMASH Workshop, October 2004, Philadelphia, PA
22.
J. Chennikara, A. Dutta, A. Cheng, I. Sebuktekin, A. McAuley, H. Schulzrinne,
Integrated Networking Technologies for a Survivable Network, IEEE WCNC 2005,
23.
A. Dutta, S. Madhani,
W. Chen, O. Altintas, H. Schulzrinne Fast-handoff Schemes for Application Layer
Mobility Management, IEEE PIMRC 2004, Spain
24.
A. Dutta, R. Jain, J.
Burns, D. Wong, K. Young, H. Schulzrinne, “Performance Evaluation of
Application Layer MIP-LR”, IEEE Wirelesscom 2005
25.
A. Dutta, T. Zhang, K.
Taniuchi, Y.ohba, H. Schulzrinne MPA assisted Optimized Proactive Handoff
Scheme, ACM Mobiquitous 2005
26.
A. Dutta, B. Kim, T.
Zhang, S. Baba, K. Taniuchi, Y. Ohba, H. Schulzrinne Experimental Analysis of
Multi Interface Mobility Management with SIP and MIP, IEEE Wirelesscom 2005
27.
D. Wong, A.Dutta,
Simultaneous Mobility in MIPv6, IEEE, EIT 2005, Lincoln, Nebraska (Best Paper)
30 T. Zhang,
S.Madhani, A. Dutta, E. Van den
Berg, Y. Ohba, K. Taniuchi, , S. Mohanty Implementation and Evaluation of
Autonomous Collaborative Discovery of Neighboring Networks, ITRE 2005
31 A. Dutta, H. Schulzrinne et al, “Seamless
Mobility Across Heterogeneous Access Networks – An 802.21 Centric Approach,
WPMC 2005
32
A. Dutta, H.
Schulzrinne et al., , “Flexible Call Control Framework supporting Multi-party
service integration”, IEEE MILCOM 2005
33
A. Dutta, S. Madhani,
Wai Chen, Onur Altintas, H. Schulzrinne, GPS-IP based fast-handoff approaches
for Mobiles, 2006 IEEE Sarnoff Symposium
28. A. Dutta, S. Das, D. Famolari, Y. Ohba, K. Taniuchi, T. Kodama, “Secured
Seamless Convergence across Heterogeneous Access Networks,” World
Telecommunication Congress 2006,
29. A. Dutta, S. Madhani, T. Zhang, Y. Ohba, K. Taniuchi, H. Schulzrinne Network
Discovery Mechanism for Fast-handoff, IEEE Broadnets 2006, San Jose
30.
A. Dutta, Bryan Lyles, H. Schulzrinne, et al, “ IPv6 transition techniques for
legacy application”, IEEE MILCOM 2006
31.
T. Chiba, H.Yokota, A. Idoue, A. Dutta, K. Manousakis, S. Das, H. Schulzrinne Trombone Routing
Mitigation Techniques for IMS/MMD Networks, IEEE WCNC 2007
32. T.
Chiba, H. Yokota, A. Idoue, A. Dutta,
S Das, Fuchun J. Lin, H. Schulzrinne, “ Mobility Management Schemes for
Heterogeneity Support in Next Generation Wireless Networks, Euro NGI 2007
33. A. Dutta, Bryan Lyles, H.
Schulzrinne, Jiacun Wang, “Generalized Modeling Framework for Handoff
Analysis,” IEEE PIMRC 2007
34.
A. Dutta, S. Chakraborty, H. Schulzrinne, “ An
Experimental Study of Location Assisted Proactive Handover,” IEEE Globecom
2007, Internet Protocol Symposium
35.
Y. Ohba, S. Das, A. Dutta, “Kerberized Handover Keying: A
Media-Independent Handover Key Management Architecture,” MobiArch 2007
36.
R. M. Lopez, A. Dutta, Y. Ohba, A. Dutta, H.
Schulzrinne, A.F Gomez Skarmeta, Network-Layer Assisted Mechanism to Optimize
Authentication Handoff Delay in 802.11 Networks, ACM Mobiquitous 2007
37.
A. Dutta, T. Chiba, S. Das, H.
Schulzrinne, “ Architecture Analysis and
Experimental IPv6 Testbed for Advances in IMS, IMSAA 2007, December 2007,
Bangalore, India
38.
T. Chiba, A. Dutta, H. Yokota, D. Chee, H.
Schulzrinne, “Performance Analysis of Next Generation Mobility Protocols for
IMS/MMD Networks,” IEEE IWCMC 2008.
39.
A. Dutta, B. Lyles, H. Schulzrinne, J. Wang,
“Systems Modeling for IP-based Handoff Using Timed Petri Nets,” IEEE HICSS
2009, HAWAII
40.
T.Chiba, H. Yokota, A. Dutta, D. Chee, H.
Schulzrinne, “Route Optimization Techniques for Proxy MIPv6 in IMS Network,”
IEEE ICSPCS 2008
41.
B. Falchuk, K. Sinkar, S. Loeb, A. Dutta, “
Contextual Mashup service for IMS Network,” IMSAA 2008, Bangalore, India
42.
M. Tauil, A. Dutta, H. Schulzrine et al.
“Realization of MIH Services and Media Independent Pre-authentication,”
Tridentcom 2009
43.
A. Dutta, T.Chiba, H. Schulzrinne, “Self
Organizing IP Multimedia Subsystems,” IEEE Conference IMSAA 2009, Bangalore,
India (Best Paper)
44. C. Makaya, A.
Dutta et al. “Enhanced Next Generation Service Overlay Networks,” IEEE
Conference IMSAA 2010, Bangalore India
45.
A.
Dutta, B. Lyles, H. Schulzrinne, “A Formal Approach to
mobility,” IEEE COMSNETS 2011, Bangalore, India
46. S. Komorita, A.Dutta, H.Schulzrinne, “User-transparent
Reconfiguration Method for Self-organizing IP Multimedia Subsystem, 16th
IEEE Symposium on Computer and Communication, 2011
47. Parag Pruthi, Ashutosh Dutta, Niranth Amogh,
and Ritesh Kalle, Convergence through Next Generation Cloud and Service
Oriented Networks in Indian Scenario, Journal of ICT Standardization, Vol I,
2013
48. A. Dutta, H.
Freeman, “5G Pespective,” IEEE Communications Magazine, May 2016
Editor-in-Chief/Guest
Editor
1.
Editor-in-Chief, Journal of Cyber Security and
Mobility, River Publishers
2.
Seshadri Mohan, Nitin Agarwal, and Ashutosh Dutta.
“Social Networks meet Mobile Networks”. IEEE Communications Magazine. Vol. 50,
Issue 6, pp. 72-73. June 2012.
3.
Seshadri Mohan, Nitin Agarwal, Ashutosh Dutta,
Sudhir Dixit, and Ramjee Prasad. “Social Networks meet Next Generation Mobile
Multimedia Internet”. IEEE Communications Magazine. Vol. 53, Issue 10, pp. 124
- 164. October 2015.
4.
Tao Niayto, Marco Maso, Dong in Kim, Ariton Xhafa,
Michele Zorzi and Ashutosh Dutta, Feature Topic in IOT in 5G Networks, IEEE
Communication Magazine, February 2017
5.
IEEE Journal on Selected Areas in Communications,
Emerging Technologies in Software-Driven Communication (expected November
2017), Marcus Brunner, Ashutosh Dutta, Mathias Fischer, Toktam Mahmoodi
Tutorials/Invited Talks/Panels:
Tutorials:
1.
Globecom 2002 Tutorial on “Mobile Wireless
Internet Technologies”, P. Agrawal, A.Dutta,
J.C Chen et al.
2. IEEE
Sarnoff Symposium (2003) Tutorial on
“Mobility Management for Next Generation Networks”, A.Dutta, D. Wong
3. Globecom 2003 Tutorial on “Mobility Management for Next Generation
Wireless Networks”, D. Wong and A. Dutta
4. IEEE Comsoc online Tutorials Now, Daniel Wong, Ashutosh Dutta
5. IEEE WCNC 2008, IP-based mobility protocols and optimization framework, Ashutosh
Dutta (accepted for Online Tutorial also)
6. IEEE WCNC 2011, IP-based mobility and handover
optimization, Ashutosh
Dutta, Anthony Chan
7. IEEE ComSoc Tutorials Now, 2015 on Mobility Protocols and Handover
Optimization, Ashutosh
Dutta
8. IEEE ICC 2016, Security Virtualization and LTE Security, Ashutosh Dutta, Roger Piqueras
Invited Talks/Panels:
9.
IEEE ICC 2017, 5G Research, Standardization, and
Development, Panelist
10.
IEEE ICC 2017, Challenges and Opportunities in SDN/NFV
and 5G Security, Panel Coordinator
11.
ETSI Security Week - Security Challenges and
Opportunities for SDN/NFV and 5G Networks - A Standards Perspective – Keynote
Speaker
12.
IEEE 5G Summits – Overview of IEEE 5G and Beyond Initiative
(2016, 2017)
13.
Security Challenges and Opportunities in SDN/NFV and 5G
Networks, 5G World, London, 2017
14.
Security Challenges in Network Function Virtualization
(NFV), IEEE Globecom 2014
15.
10 IEEE Communications Society Distinguished Lecture
Talks on 5G Security
IETF,
ETSI Drafts/RFCs:
1.
A. Dutta, Y. Ohba, K. Taniuchi, V. Fajardo, H.
Schulzrinne, Framework of Media
Independent Pre-Authentication, RFC 6252
2.
S. Krishnan, A. Dutta et
al., Localized Routing for ProxyMobile IPv6, RFC 6705
3.
Host Mobility Management Protocol, Faramak
Vakil, A. Dutta, J.C Chen et al. IETF Draft, Work in Progress
4. Supporting
Mobility for Multimedia with SIP, F. Vakil, A. Dutta, H. Schulzrinne
5. Supporting Service Mobility with SIP,
Faramak Vakil, A. Dutta, H. Schulzrinne
6. Supporting Mobility for TCP with SIP, F.
Vakil, A. Dutta, H. Schulzrinne
7. Mobility Management in a SIP Environment
Requirements, Functions and Issues, F. Vakil, A. Dutta, H. Schulzrinne.
8. IDMP; An Intra-Domain Mobility
Management Protocol using Mobility Agents, A. Misra, S. Das, A. Dutta et al.
9.
4 IETF drafts SIP for Appliance (SIP working
group), and IDMP (Mobile IP working group)
10. V. Fajardo, A.
Dutta, Y. Ohba, K. Taniuchi, H. Schulzrinne, Implementation of
Media Independent
Pre-Authentication, , IRTF draft
11. A. Dutta, Y.
Ohba, H. Yokota, H. Schulzrinne,
Requirement for Heterogeneous Handover, IRTF draft
12. A. Dutta (Ed.), MPA assisted fast-handover for PMIPv6,
NETLMM draft
13. Y. Ohba, A. Dutta, S. Sreemantula, A. Yegin, M. Mani, EAP
Pre-authentication Problem Statement, HOKEY working group
14. A. Dutta, S. Das, Y. Yokota. T. Chiba, H. Schulzrinne,
Inter-MAG route optimization for Proxy MIPv6
15. Network
Functions Virtualisation (NFV) Security: Security Management and Monitoring
Specification
Trade Shows:
•
Participated and demonstrated products in many
of the Trade shows (PCIA, COMDEX, AFCEA, IMSAA, SARNOFF) representing
Telcordia/Toshiba/KDDI and demonstrated products
•
Lead role in
MWIF's Proof-of-Concept demo for 4G
in ITSUMO test-bed for September 2002
•
LTE Americas, Dallas 2010, 2011 representing
NIKSUN
•
LTE World, Barcelona 2012, representing NIKSUN
Technical
Reports:
1.
GAP Analysis for 3GPP/3GPP2 IMS/MMD
Architecture – A.Dutta, S. Das, F.J. Lin
2.
Security Optimization and P-CSCF Fast-handoff
for IMS/MMD Architecture – A. Dutta, A. Ghosh, S.Das, J. Lee, F.J Lin
3.
Feasibility Analysis of IPv6 Transition for Ad
Hoc Networks – S. Das, A. Dutta, S. Khurana, P.Gurung, H. Tanna
4.
IP/SONET vs. IP/ATM/SONET for High-Speed Data
Transport - A. Dutta, Tao Zhang, Joel
Gannett
5.
Session Control Protocol Attributes for
Flexible Multimedia Support and Transport Independence - S. Mohan, Tom
Chapuran, A. Dutta.
6. Paths for
Industry Convergence on Session Management –
A. Dutta, S. Mohan, Tom Chapuran,
7.
CPE Evolution and Distributed Service Intelligence
– S. Mohan, Stuart Wagner, A. Dutta et al.
8.
Scalable Multicast Routing – Tony Mcauley, A.
Dutta, Rajesh Talpade, Deborah Bakin
9.
Evolutionary Approaches to Implementing Session
Control in Emerging Broadband Networks – S. Mohan, A. Dutta, Stu Wagner, Tom Chapuran
10.
Industry Progress towards Multi-service session
control protocol, A. Dutta, S. Mohan
11.
Communications Service Evolution and Evaluation
of Access Network Alternatives for the 10X
Network Era – A. Dutta, Teshima Shigeru, Stu Wagner
12.
Business-Driven Evolution from Multiplatform to
Multiservice Networks – A. Dutta, Vegard Masdal, Stu Wagner
13.
Capacity Planning for IP/SONET, IP/ATM/SONET
and DPT architecture, A. Dutta, Tao Zhang