Changes between Version 9 and Version 10 of Architecture


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Timestamp:
May 18, 2020, 12:04:01 PM (5 years ago)
Author:
seskar
Comment:

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  • Architecture

    v9 v10  
    22= Architecture
    33
    4 Figure 1 presents a system view of the COSMOS testbed. It is based on a multi-layered computing system built in a bottom-up manner with commodity components, programmable hardware, and open-source software.
     4Figure 1 presents a system view of the COSMOS testbed. It is based on a multi-layered computing system built in a bottom-up manner with commodity components, programmable hardware, and open-source software.
     5
     6The collection of global testbed services are deployed on a pair of computing clusters located at WINLAB's ORBIT facility in North Brunswick, NJ and Columbia University CS data center (CRF) in West Harlem in New York City, NY.
    57
    68[[Image(COSMOS-Architecture.png, width=800)]]
    79[br] '''Figure 1: COSMOS Architecture'''
    810
     11These core services are supporting multiple [wiki:Architecture/Domains experimentation domains]. As is shown in Figure 1, each of the domains consists of the following components:
     12 * [wiki:Hardware/Nodes#Nodes SDR nodes] (user devices and radio hardware),
     13 * edge cloud [wiki:Hardware/Compute servers] ("radio cloud")
     14 * general purpose computing cloud [wiki:Hardware/Compute servers] ("core cloud")
     15 * networking (both [wiki:Hardware/Optical optical] and [wiki:Hardware/Network electrical])
    916
    10 Each of the domains consists of three types of hardware components:
    11  * SDR nodes (user devices and radio hardware),
    12  * edge cloud servers (radio cloud)
    13  * general purpose computing cloud.
     17The core cloud for the large testbed domain (bed.cosmos-lab.org) is split across two locations in NYC: uptown CU CRF data center and downtown NYU data center at 32 AoA interconnected with the high-speed optical backbone.
    1418
    1519In particular, COSMOS includes three types of radio nodes: