18533257. SATELLITE PLATFORM simplified abstract (NEC Corporation)

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SATELLITE PLATFORM

Organization Name

NEC Corporation

Inventor(s)

Junichi Higuchi of Tokyo (JP)

Hiroaki Miyoshi of Tokyo (JP)

Toshiharu Ito of Tokyo (JP)

Youichi Hidaka of Tokyo (JP)

Takahiro Koishi of Tokyo (JP)

Takashi Oonuki of Tokyo (JP)

SATELLITE PLATFORM - A simplified explanation of the abstract

This abstract first appeared for US patent application 18533257 titled 'SATELLITE PLATFORM

The patent application describes a system where a management device selects a host and an I/O device from different satellites to form a virtual computer internal bus.

  • The system includes satellites with host-side bridges and I/O-side bridges connected to a network.
  • The management device selects a host and an I/O device based on a configuration request.
  • The selected host-side bridge and I/O-side bridge form a virtual computer internal bus.
  • This configuration allows for efficient information processing within the network.

Potential Applications:

  • This technology could be used in satellite communication systems to optimize data processing.
  • It could also be applied in IoT networks to enhance connectivity and data transfer.

Problems Solved:

  • Efficient selection and utilization of resources in a network of satellites.
  • Streamlined information processing for improved network performance.

Benefits:

  • Enhanced data processing capabilities.
  • Improved network efficiency and performance.

Commercial Applications:

  • Satellite communication systems
  • IoT networks
  • Data centers

Questions about the technology: 1. How does the management device determine which host and I/O device to select? 2. What are the potential challenges in implementing this system on a larger scale?


Original Abstract Submitted

A first satellite includes a first host-side bridge and a first host, connected with a network via the first host-side bridge, mounted thereon. A second satellite includes a first I/O-side bridge and a first I/O device, connected with the network via the first I/O-side bridge, mounted thereon. A management device selects the first host mounted on at least one of the first satellites and the first I/O device mounted on at least one of the second satellites, according to a configuration request, and forms an information processing device in which the first host-side bridge connected with the selected first host and the first I/O-side bridge connected with the selected first I/O device constitute a virtual computer internal bus.