View the final Network Research Exhibition (NRE) demos!
- #1 Advance Reservation Access Control using Software-defined Networking and Tokens
- #2 SDX: Interconnecting SDN and Legacy L2 domains with AutoGOLE
- #3 Data Transfer Nodes Experiments for LHC
- #4 Network Function Virtualisation for real-time Virtual Reality application
- #5 E2E Real Service Analytics Over 100 Gbps WANs Using The Blue Planet Framework
- #6 mdtmFTP @ 100 Gbps Networks
- #7 Automated GOLE (AutoGOLE) showing worldwide provisioning of circuits through NSI
- #8 IRNC International Software Defined Networking Exchange (SDXs) 100 Gbps Services for Data Intensive (Petascale) Science, Including Integration with 100 Gbps Data Transfer Nodes (DTNs)
- #9 KREONET-S: SD-WAN Based On Distributed Controls for Virtual Dedicated Networks Across Multiple Domains
- #10 Bioinformatics SDX for Precision Medicine
- #11 Data Commons and Data Peering at 100 Gbps
- #12 SDN Optimized High Performance Data Transfer Systems
- #13 International WAN High Performance Data Transfer Services Integrated With 100 Gbps Data Transfer Nodes for Petascale Science (PetaTrans)
- #14 Deep Network Visibility Using R-Scope® and ENSIGN Technologies by Reservoir Labs
- #15 GÉANT 100G DTN
- #16 TYPHOON: An SDN Enhanced Real-Time Big Data Streaming Framework
- #17 Title: Rapid Earth Science Data Distribution over a Multi-Institutional Open Storage Research Infrastructure
- #18 FPGA Accelerated Key-Value Store (KVS) For Supercomputing
- #19 Demonstrations of 200 Gbps Disk-to-Disk WAN File Transfers using Parallelism across NVMe Drives
- #20 Dynamic Remote I/O for Distributed Compute and Storage
- #21 On-demand Data Analytics and Storage for Extreme-Scale Distributed Computing
- #22 SIMECA: SDN-based IoT Mobile Edge Cloud Architecture
- #23 HyPer4: Portable, Dynamic Data Plane Virtualization
- #24 Single Node disk-to-disk transfers over regular IP at 100 Gbps with Aspera FASP
- #25 Demonstration of Programmable Network Measurement of Data Intensive Flows at 100Gbps
- #26 CloudSight: A Tenant-oriented Transparency Framework for Cross-layer Cloud Troubleshooting
- #27 Secure Autonomous Research Networks
- #28 CoreFlow experimentation
- #29 SDN-Enabled QoS Scheduling for Data Transfer Infrastructure Applications
- #30 Panorama: Tools for Modeling, Monitoring, Anomaly Detection, and Adaptation for Scientific Workflows on Dynamic Networked Cloud Infrastructures
- #31 INDIRA: Intent-based User-defined Service Deployment over Multi-Domain SDN applications for Science Applications by ESnet
- #32 AtlanticWave/SDX Controller for Scientific Data Flows
- #33 Advanced Research Computing Over 100 Gbps WANs Using DTNs
- #34 PacificWave SDX and StarLight SDX interoperability
- #35 International Testbed Federation Between NSF Chameleon cloud testbed and the European Grid’5000 testbed
- #36 Detecting Elephant Flows at 100Gbps Using R-Scope®
- #37 Sandia Emulytics and Automated Discovery
2016 SCinet NRE demos
The SC conference series has traditionally been home to cutting-edge developments in high-performance networking, alongside those in high-performance computing, storage, and analytics. SCinet is soliciting proposals from research and industry participants to display new or innovative demonstrations in network testbeds, emerging network hardware, protocols, and advanced network intensive scientific applications.
DEMO TOPICS
Topics for this year’s Network Research Exhibition demos and experiments include (but are not limited to):
- Software-defined networking
- Novel network architecture
- Novel Data Transfer Node (DTN) Technologies
- Switching and routing
- Alternative data transfer protocols
- Network monitoring and management, and network control
- Security/encryption and resilience
- Open clouds and storage area networks
- Emerging network standards
- Internet of Things (IoT) and sensor nets
- (Big)Data analysis
- Scheduling for 100G and beyond
- SDX, exchange and inter domain networking
- Network Orchestration
- QoS Experiments on a SCinet provided 100G ring on the show floor using Corsa switches
- HPC-related usage of virtualization and slicing technologies
A selection of NRE demonstrations are invited to be on a panel that is part of a full-day SC16 Workshop titled, “Innovating the Network for Data Intensive Science” taking place on Sunday, November 13, 2016. The INDIS workshop is dedicated to the engineering issues for advanced networks. Papers from INDIS will be published in the Future Generation Computer Systems, The International Journal of eScience, which has high impact factor.
If you are interested in the future about submitting a demo proposal, please mail to nre@scinet.supercomputing.org.