NOAH NET, An Experimental Flood Local Area Network. - David J. Farber; Guru M. Parulkar (ICCC, 1986)

A closer look at Noahnet. - D. J. Faber; Guru M. Parulkar (SIGCOMM, 1986)

Performance models for Noahnet. - Guru M. Parulkar; Adarshpal S. Sethi; David J. Farber (SIGCOMM, 1988)

Axon Network Virtual Storage for High Performance Distributed Applications. - James P. G. Sterbenz; Guru M. Parulkar (ICDCS, 1990)

Specification of a Multipoint Congram-Oriented High Performance Internet Protocol. - Tony Y. Mazraani; Guru M. Parulkar (INFOCOM, 1990)

AXON: A High Speed Communication Architecture for Distributed Applications. - James P. G. Sterbenz; Guru M. Parulkar (INFOCOM, 1990)

The next generation of internetworking. - Gurudatta M. Parulkar (Comput. Commun. Rev., 1990)

Axon: network virtual storage design. - James P. G. Sterbenz; Gurudatta M. Parulkar (Comput. Commun. Rev., 1990)

Towards a framework for high-speed communication in a heterogeneous networking environment. - Gurudatta M. Parulkar; Jonathan S. Turner (IEEE Netw., 1990)

Design of an ATM-FDDI Gateway. - Sanjay Kapoor; Guru M. Parulkar (SIGCOMM, 1991)

Hardware Based Error and Flow Control in the Axon Gigabit Host-Network Interface. - James P. G. Sterbenz; Anshul Kantawala; Milind M. Buddhikot; Guru M. Parulkar (INFOCOM, 1992)

An Implementation Model for Connection-Oriented Internet Protocols. - Charles D. Cranor; Guru M. Parulkar (INFOCOM, 1993)

Design of a Gigabit Host-Network Interface. - James P. G. Sterbenz; Gurudatta M. Parulkar (J. High Speed Networks, 1993)

Experimental evaluation of SUNOS IPC and TCP/IP protocol implementation. - Christos Papadopoulos; Guru M. Parulkar (IEEE/ACM Trans. Netw., 1993)

Using an ATM interconnect as a high performance I/O backplanet. - Zubin Dittia; Jerome R. Cox Jr.; Guru M. Parulkar (Hot Interconnects, 1994)

Study of Two-Level Flow Control Scheme and Buffering Strategies. - Fengmin Gong; Guru M. Parulkar (INFOCOM, 1994)

Design of a Large Scale Multimedia Storage Server. - Milind M. Buddhikot; Guru M. Parulkar; Jerome R. Cox Jr. (Comput. Networks ISDN Syst., 1994)

A Two-Level Flow Control Scheme for High Speed Networks. - Fengmin Gong; Gurudatta M. Parulkar (J. High Speed Networks, 1994)

Quality of service support for protocol processing within endsystems. - R. Gopalakrishnan; Guru M. Parulkar (High-Speed Networking for Multimedia Applications, 1995)

A Framework for QoS Guarantees for Multimedia Applications within an Endsystem. - R. Gopalakrishnan; Guru M. Parulkar (GI Jahrestagung, 1995)

Design of the APIC: A High Performance ATM Host-Network Interface Chip. - Zubin Dittia; Jerome R. Cox Jr.; Guru M. Parulkar (INFOCOM, 1995)

Design of Universal Continuous Media I/O. - Charles D. Cranor; Guru M. Parulkar (NOSSDAV, 1995)

RMDP-a real-time CPU scheduling algorithm to provide QoS guarantees for protocol processing. - R. Gopalakrishnan; Guru M. Parulkar (IEEE Real Time Technology and Applications Symposium, 1995)

aItPm: A Strategy for Integrating IP with ATM. - Guru M. Parulkar; Douglas C. Schmidt; Jonathan S. Turner (SIGCOMM, 1995)

A Real-time Upcall Facility for Protocol Processing with QoS Guarantees. - R. Gopalakrishnan; Guru M. Parulkar (SOSP, 1995)

A Reliable and Scalable Striping Protocol. - Hari Adiseshu; Guru M. Parulkar; George Varghese (SIGCOMM, 1996)

Bringing Real-Time Scheduling Theory and Practice Closer for Multimedia Computing. - R. Gopalakrishnan; Guru M. Parulkar (SIGMETRICS, 1996)

An application-oriented error control scheme for high-speed networks. - Fengmin Gong; Guru M. Parulkar (IEEE/ACM Trans. Netw., 1996)

Design of Large-Scale Multimedia-on-Demand Storage Servers and Storage Hierarchies. - Milind M. Buddhikot; Guru M. Parulkar; Srihari Sampath Kumar; P. Venkat Rangan (Handbook of Multimedia Information Management, 1997)

The APIC Approach to High Performance Network Interface Design: Protected DMA and Other Techniques. - Zubin Dittia; Guru M. Parulkar; Jerome R. Cox Jr. (INFOCOM, 1997)

Supporting DIS Applications Using ATM Multipoint Connection Caching. - Anshul Kantawala; Guru M. Parulkar; John D. DeHart; Ted Marz (INFOCOM, 1997)

Middleware for Distributed Multimedia: Need a New Direction? (Panel). - Guru M. Parulkar; Lawrence A. Rowe; David Hutchison 001; Jonathan Walpole; Raj Yavatkar (ACM Multimedia, 1997)

A high-performance end system architecture for real-time CORBA. - Douglas C. Schmidt; Aniruddha S. Gokhale; Timothy H. Harrison; Guru M. Parulkar (IEEE Commun. Mag., 1997)

Efficient Data Layout, Scheduling and Playout Control in MARS. - Milind M. Buddhikot; Guru M. Parulkar (Multim. Syst., 1997)

An architecture for monitoring, visualization, and control of gigabit networks. - Guru M. Parulkar; Douglas C. Schmidt; Eileen T. Kraemer; Jonathan S. Turner; Anshul Kantawala (IEEE Netw., 1997)

Enhancements to 4.4 BSD UNIX for Efficient Networked Multimedia in Project MARS. - Milind M. Buddhikot; Xin Jane Chen; Dakang Wu; Guru M. Parulkar (ICMCS, 1998)

A State Management Protocol for IntServ, DiffServ and Label Switching. - Hari Adiseshu; Guru M. Parulkar; Raj Yavatkar (ICNP, 1998)

High Speed Packet Switching and QoS: (A) Guru's Perspective. - Guru M. Parulkar (IDMS, 1998)

An Error Control Scheme for Large-Scale Multicast Applications. - Christos Papadopoulos; Guru M. Parulkar; George Varghese (INFOCOM, 1998)

Efficient user-space protocol implementations with QoS guarantees using real-time upcalls. - R. Gopalakrishnan; Guru M. Parulkar (IEEE/ACM Trans. Netw., 1998)

The UVM Virtual Memory System. - Charles D. Cranor; Guru M. Parulkar (USENIX ATC, General Track, 1999)

A scalable high-performance active network node. - Dan Decasper; Bernhard Plattner; Guru M. Parulkar; Sumi Choi; John D. DeHart; Tilman Wolf (IEEE Netw., 1999)

An architecture for packet-striping protocols. - Hari Adiseshu; George Varghese; Guru M. Parulkar (ACM Trans. Comput. Syst., 1999)

Detecting and Resolving Packet Filter Conflicts. - Hari Adiseshu; Subhash Suri; Guru M. Parulkar (INFOCOM, 2000)

Router plugins: a software architecture for next-generation routers. - Dan Decasper; Zubin Dittia; Guru M. Parulkar; Bernhard Plattner (IEEE/ACM Trans. Netw., 2000)

The Next Chapter in Networking Research: Evolutionary or Revolutionary? - Guru M. Parulkar (IWDC, 2004)

Light-weight multicast services (LMS): a router-assisted scheme for reliable multicast. - Christos Papadopoulos; Guru M. Parulkar; George Varghese (IEEE/ACM Trans. Netw., 2004)

OpenFlow: enabling innovation in campus networks. - Nick McKeown; Thomas E. Anderson; Hari Balakrishnan; Guru M. Parulkar; Larry L. Peterson; Jennifer Rexford; Scott Shenker; Jonathan S. Turner (Comput. Commun. Rev., 2008)

The case for RAMClouds: scalable high-performance storage entirely in DRAM. - John K. Ousterhout; Parag Agrawal; David Erickson; Christos Kozyrakis; Jacob Leverich; David Mazières; Subhasish Mitra; Aravind Narayanan; Guru M. Parulkar; Mendel Rosenblum; Stephen M. Rumble; Eric Stratmann; et al. (ACM SIGOPS Oper. Syst. Rev., 2009)

Delivering capacity for the mobile internet by stitching together networks. - Kok-Kiong Yap; Sachin Katti; Guru M. Parulkar; Nick McKeown (S3@MobiCom, 2010)

Can the Production Network Be the Testbed? - Rob Sherwood; Glen Gibb; Kok-Kiong Yap; Guido Appenzeller; Martín Casado; Nick McKeown; Guru M. Parulkar (OSDI, 2010)

Blueprint for introducing innovation into wireless mobile networks. - Kok-Kiong Yap; Rob Sherwood; Masayoshi Kobayashi; Te-Yuan Huang; Michael Chan; Nikhil Handigol; Nick McKeown; Guru M. Parulkar (VISA@SIGCOMM, 2010)

Carving research slices out of your production networks with OpenFlow. - Rob Sherwood; Michael Chan; G. Adam Covington; Glen Gibb; Mario Flajslik; Nikhil Handigol; Te-Yuan Huang; Peyman Kazemian; Masayoshi Kobayashi; Jad Naous; Srinivasan Seetharaman; David Underhill; et al. (Comput. Commun. Rev., 2010)

Optimizing a virtualized data center. - David Erickson; Brandon Heller; Shuang Yang; Jonathan Chu; Jonathan D. Ellithorpe; Scott Whyte; Stephen Stuart; Nick McKeown; Guru M. Parulkar; Mendel Rosenblum (SIGCOMM, 2011)

MPLS-TE and MPLS VPNS with openflow. - Ali Reza Sharafat; Saurav Das; Guru M. Parulkar; Nick McKeown (SIGCOMM, 2011)

Slicing home networks. - Yiannis Yiakoumis; Kok-Kiong Yap; Sachin Katti; Guru M. Parulkar; Nick McKeown (HomeNets@SIGCOMM, 2011)

The case for RAMCloud. - John K. Ousterhout; Parag Agrawal; David Erickson; Christos Kozyrakis; Jacob Leverich; David Mazières; Subhasish Mitra; Aravind Narayanan; Diego Ongaro; Guru M. Parulkar; Mendel Rosenblum; Stephen M. Rumble; et al. (Commun. ACM, 2011)

Architecting for innovation. - Teemu Koponen; Scott Shenker; Hari Balakrishnan; Nick Feamster; Igor Ganichev; Ali Ghodsi 002; Brighten Godfrey; Nick McKeown; Guru M. Parulkar; Barath Raghavan; Jennifer Rexford; Somaya Arianfar; et al. (Comput. Commun. Rev., 2011)

Making use of all the networks around us: a case study in android. - Kok-Kiong Yap; Te-Yuan Huang; Masayoshi Kobayashi; Yiannis Yiakoumis; Nick McKeown; Sachin Katti; Guru M. Parulkar (Comput. Commun. Rev., 2012)

Rethinking IP Core Networks. - Saurav Das; Guru M. Parulkar; Nick McKeown (JOCN, 2013)

OpenVirteX: A Network Hypervisor. - Ali Al-Shabibi; Marc De Leenheer; Matteo Gerola; Ayaka Koshibe; William Snow; Guru M. Parulkar (ONS, 2014)

OpenVirteX: make your virtual SDNs programmable. - Ali Al-Shabibi; Marc De Leenheer; Matteo Gerola; Ayaka Koshibe; Guru M. Parulkar; Elio Salvadori; Bill Snow (HotSDN, 2014)

ONOS: towards an open, distributed SDN OS. - Pankaj Berde; Matteo Gerola; Jonathan Hart; Yuta Higuchi; Masayoshi Kobayashi; Toshio Koide; Bob Lantz; Brian O'Connor; Pavlin Radoslavov; William Snow; Guru M. Parulkar (HotSDN, 2014)

Maturing of OpenFlow and Software-defined Networking through deployments. - Masayoshi Kobayashi; Srinivasan Seetharaman; Guru M. Parulkar; Guido Appenzeller; Joseph Little; Johan van Reijendam; Paul Weissmann; Nick McKeown (Comput. Networks, 2014)

SDN control of packet over optical networks. - Guru M. Parulkar; Tom Tofigh; Marc De Leenheer (OFC, 2015)

Open and programmable metro networks. - Marc De Leenheer; Tom Tofigh; Guru M. Parulkar (OFC, 2016)

SDN Control of Optical Networks. - Marc De Leenheer; Yuta Higuchi; Toru Furusawa; Guru M. Parulkar (ECOC, 2017)

Open and disaggregated multi-layer networks. - Marc De Leenheer; Ayaka Koshibe; Y. Higuchi; N. Shiota; H. Wu; Toru Furusawa; Tom Tofigh; Guru M. Parulkar (OFC, 2017)

An open controller for the disaggregated optical network. - Marc De Leenheer; Yuta Higuchi; Guru M. Parulkar (ONDM, 2018)

Democratizing the Network Edge. - Larry L. Peterson; Thomas E. Anderson; Sachin Katti; Nick McKeown; Guru M. Parulkar; Jennifer Rexford; Mahadev Satyanarayanan; M. Oguz Sunay; Amin Vahdat (Comput. Commun. Rev., 2019)

Using deep programmability to put network owners in control. - Nate Foster; Nick McKeown; Jennifer Rexford; Guru M. Parulkar; Larry L. Peterson; M. Oguz Sunay (Comput. Commun. Rev., 2020)