wiki:Architecture/Domains/cosmos_weeks

Version 1 (modified by seskar, 2 years ago) ( diff )

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  1. COSMOS Testbed Overview
    1. Concepts
    1. Testbed Workflow
    1. Availability and Resource Status
    1. Events and Conferences
  6. Getting Started
    1. Make an Account
    2. Create and Configure SSH Keys
    3. Make a Reservation
    4. Log in to your Reservation
    5. Control Resources with OMF
    6. Run a Hello World Experiment
    7. Get Help and Support
  7. User Guide
    1. Policies
    1. Account Creation
    1. Scheduling and Reservations
    1. Disk Images
    1. Frequently Asked Questions
    1. Resource Control with OMF
    1. Remote Access
    1. Chrome Remote Desktop Setup Page
    1. Measurement & Result Collection
    1. Storage
    1. Support
    1. Contributing to the Wiki
  20. Tutorials
    1. SDR and Wireless
    2. Optical Networking
    3. Wired Networking
    4. Edge Computing
    5. 4G/5G Systems
    6. Orchestration Platforms
  21. Architecture
    1. Data Flow
    1. Deployment Map
    1. Domains
    1. Naming Convention
    1. Networks
    1. Optical
  28. Resources, Services and APIs
    1. RF Control
    2. SDR Control
    3. Compute Control
    4. Network Control
    5. Optical Control
  29. Datasets
  30. Hardware Info
    1. Cameras
    1. Compute
    1. Network
    1. Nodes
    1. Optical
    1. RF Subsystems
    1. Antennas
    1. Full-Duplex Radio
    1. RF Front End
    1. Software Defined Radios (SDR)
  41. RF Policies & Compliance
    1. Outdoor Radio Frequency Allocation
    2. Program Experiment License
    3. Spectrum Monitoring
    4. Emergency Stop Procedures
    5. Network and Platform Security

Weeks Hall (weeks.cosmos-lab.org) “Industry 4.0/5G+” sandbox extension

As shown in the figure, one large programmable software defined COSMOS radio node sector and a pair of small nodes are deployed, in collaboration with Siemens and Rutgers University, in the ​New Jersey Advanced Manufacturing Institute operated by the ​Mechanical & Aerospace department at Rutgers. The objective of the this sandbox is to allow the design and development of advanced manufacturing techniques that require low latency and high reliability communications integrated with edge computing. The overall goal is to use emerging wireless and edge cloud capabilities to enable speed and flexibility in terms of manufacturing floor reconfigurability.

No image "Weeks.png" attached to Architecture/Domains/cosmos_weeks

Weeks Hall resources:

  • Ethernet Switch
    • Dell Z9100
  • Computing Resources:
    • 4 high performance compute servers
  • SDR Resources
  • Modems and Modem Servers
    • 4th generation (Yellow) node with Simcom SIM8200
    • Raspberry Pi with with Simcom SIM8200
  • Sensors and Cameras
    • Gocator Laser Sensor
    • NVIDIA Jetson Xavier node with dual camera

IP Address Assignment

Device Control Network Data Network 1 Data Network 2
Large Node Servers
Server 1 10.44.1.1 (srv1-lg1) 10.45.1.1 (srv1a-lg1) 10.46.1.1 (srv1b-lg1)
Server 2 10.44.1.2 (srv2-lg1) 10.45.1.2 (srv2a-lg1) 10.46.1.2 (srv2b-lg1)
Server 3 10.44.1.3 (srv3-lg1) 10.45.1.3 (srv3a-lg1) 10.46.1.3 (srv3b-lg1)
Server 4 10.44.1.4 (srv4-lg1) 10.45.1.4 (srv4a-lg1) 10.46.1.4 (srv4b-lg1)
Large Node SDRs
USRP N310 (S1) 10.44.2.1 (sdr1-s1-lg1) 10.45.2.1 (sdr1a-s1-lg1) 10.46.2.1 (sdr1b-s1-lg1)
USRP 2974 (S1) 10.44.2.2 (sdr2-s1-lg1) 10.45.2.2 (sdr2a-s1-lg1) 10.46.2.2 (sdr2b-s1-lg1)
Modems and Modem Servers
Yellow Node 10.44.3.1 (srv1-in1) 10.45.3.1 (srv1a-in1) -
Raspberry Pi 10.44.3.2 (mob1-1) - -
Camera and Sensor Devices
!Gocator 10.44.3.1 (cam1) - -
!Xavier 10.44.3.2 (cam2) - -

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