Session
Technical Poster Session 3
Location
Utah State University, Logan, UT
Abstract
The main objective of InnoCube is to show the feasibility of the following three novel systems:
- EPISODE: SDR-GNSS for CubeSats (antenna, FPGA, SKITH pcb & software)
- SKITH: wireless satellite bus & protocol
- WALL#E: battery as supporting structure
Innocube consists of 7 different computing nodes which are connected by our novel wireless satellite bus. As having that many nodes presents a challenge in case of an in-orbit software update, we explored various methods for compression and data reduction in order to minimize the time required for software uploads.
Data Compression Methods for On-Board Software Updates for the Innocube Satellite
Utah State University, Logan, UT
The main objective of InnoCube is to show the feasibility of the following three novel systems:
- EPISODE: SDR-GNSS for CubeSats (antenna, FPGA, SKITH pcb & software)
- SKITH: wireless satellite bus & protocol
- WALL#E: battery as supporting structure
Innocube consists of 7 different computing nodes which are connected by our novel wireless satellite bus. As having that many nodes presents a challenge in case of an in-orbit software update, we explored various methods for compression and data reduction in order to minimize the time required for software uploads.
