A LEO satellite network architecture, in which ground user terminals are connected to a cluster of LEO satellites instead of conventional single-satellite connectivity.

About

A low-Earth orbit (LEO) satellite network architecture, in which ground user terminals are connected to a cluster of LEO satellites instead of conventional single-satellite connectivity. The satellites in the cluster are connected to a central processing unit that is deployed on a satellite with more advanced capabilities. The cluster can operate cooperatively to transmit/ receive data to/from ground user terminals with enhance throughput and reduced handover rate. US application 18/047,893 (filed 5-Dec-22) International Application Number: PCT/CA2022/051777 (filed 5-Dec-22) Inventor(s): ABDELSADEK, M., KARABULUT-KURT, G., and YANIKOMEROGLU, H. Please contact Theresa White (Manager- Innovation Transfer) at [email protected] for more information.

Key Benefits

• Lower handover rate • Lower constellation deployment & user terminal costs • Flexible configuration and reconfigurability

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