Kartik Gopalan Professor, Computer Science Binghamton University Biosketch, Publications, Google Scholar kartik @ binghamton.edu

NSF Cybercorps® Scholarship for Service:: We are accepting scholarship applications from US Citizens for the National Science Foundation Cybercorps® Scholarship for Service (SFS) program. Graduate students and students in the accelerated/4+1 degree program (CS/ECE) who are U.S. citizens are eligible to apply. Applicants who are not currently enrolled at Binghamton University should also meet the application deadlines of Binghamton University and submit additional materials required for the university-level admission process. Apply here!

1. Directvisor: Virtualization for Bare-metal Cloud (VEE 2020)
2. Multi-Hypervisor Virtual Machines
   • Span Virtualization, (USENIX ATC 2017)
   • Live Hypervisor Replacement (VEE 2019)
   • Ephemeral Virtualization (VEE 2016)
3. Live Virtual Machine Migration
   • Post-Copy Live VM Migration (VEE 2009 and OSR 2009)
     • Google's data centers use post-copy for migrating large and write-intensive VMs.
   • Fault-tolerant Post-copy (INFOCOM 2019)
   • Agile Live Migration (IPDPS 2016)
   • Scatter-Gather Live Migration (IEEE ToCC 2015, Cloud 2014)
   • Multi-VM (Gang) Live Migration (HPDC 2011, CCGrid 2013)
4. Container-Level Address Space
   • ContainerVisor: Customized Control of Container Resources (IC2E 2019)
   • Intra-host Container Migration (DCPerf 2019)
5. Virtualization Privacy and Security
   • Privacy-preserving Virtual Machines (ACSAC 2015, Cloud 2013)

1. XenLoop: Inter-VM Network Loopback (HPDC 2008)
2. XCo: Explicit Coordination to Prevent Data Center Network Congestion (HPDC 2010)
3. MemX: Virtualization of Cluster-wide Memory (VTDC 2007, ICPP 2010)
4. MiNT-2: A Miniaturized Testbed for Wireless Network Protocol Testing and Evaluation

1. ContainerVisor: Customized Control of Container Resources IC2E 2019.
2. Fast and Live Hypervisor Replacement. VEE 2019.
3. Live Migration Ate My VM: Recovering Virtual Machine from Failure of Post-Copy Live Migration, INFOCOM 2019.
4. Overcoming Virtualization Overheads for Large VCPU Virtual Machines MASCOTS 2018.
5. HyperFresh: Live Refresh of Hypervisors Using Nested Virtualization APSys 2017.
6. Multi-hypervisor Virtual Machines, Enabling an Ecosystem of Hypervisor-level Services USENIX ATC 2017.
7. Enabling Efficient Hypervisor-as-a-Service Clouds with Ephemeral Virtualization, VEE 2016.
8. Agile Live Migration of Virtual Machines, IPDPS 2016.
9. Scatter-Gather Live Migration of Virtual Machines, In IEEE Transactions on Cloud Computing, September 2015.
10. Privacy-preserving Virtual Machines , ACSAC 2015.
11. Gang Migration of Virtual Machines using Cluster-wide Deduplication, CCGrid 2013.
12. SPARC: A Security and Privacy Aware Virtual Machine Checkpointing Mechanism, ACM CCS Workshop on Privacy in the Electronic Society (WPES) 2011, full paper.
13. Live Gang Migration of Virtual Machines, HPDC 2011.
14. MemX: Virtualization of Cluster-wide Memory, ICPP 2010.
15. XCo: Explicit Coordination to Prevent Network Fabric Congestion in Cloud Computing Cluster Platforms, HPDC 2010.
16. Post-Copy Live Migration of Virtual Machines, SIGOPS Operating Systems Review, 2009.
17. Post-Copy Based Live Virtual Machine Migration Using Adaptive Pre-Paging And Dynamic Self-Ballooning, , VEE 2009.
18. XenLoop : A Transparent High Performance Inter-VM Network Loopback, HPDC 2008.

• Associate Editor of IEEE Transactions on Cloud Computing (TCC)
• Associate Editor of IEEE Transactions on Parallel and Distributed Systems (TPDS)
• Track co-chair for ICDCS 2023 - Distributed Operating Systems and Middleware Track
• TPC of USENIX ATC 2023
• TPC of IWQoS 2023
• TPC of MASCOTS 2023
• Track co-chair for ICDCS 2022 - Distributed Operating Systems and Middleware Track
• Track co-chair for IEEE NAS 2022 - Networking Track
• TPC of VEE 2022
• TPC of HPDC 2022