View source for Dell products l.p. (20240098516). INCREASING SECRECY CAPACITY FOR INTELLIGENT REFLECTIVE SURFACE-ASSISTED WIRELESS COMMUNICATIONS simplified abstract

=INCREASING SECRECY CAPACITY FOR INTELLIGENT REFLECTIVE SURFACE-ASSISTED WIRELESS COMMUNICATIONS=


==Organization Name==

[[:Category:dell products l.p.|dell products l.p.]]


[[Category:dell products l.p.]]

==Inventor(s)==

[[:Category:Ozlem Yildiz of New York NY (US)|Ozlem Yildiz of New York NY (US)]][[Category:Ozlem Yildiz of New York NY (US)]]

[[:Category:Mohammad Alavirad of Kanata (CA)|Mohammad Alavirad of Kanata (CA)]][[Category:Mohammad Alavirad of Kanata (CA)]]

[[:Category:Tejinder Singh of Kanata (CA)|Tejinder Singh of Kanata (CA)]][[Category:Tejinder Singh of Kanata (CA)]]

==INCREASING SECRECY CAPACITY FOR INTELLIGENT REFLECTIVE SURFACE-ASSISTED WIRELESS COMMUNICATIONS - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240098516 titled 'INCREASING SECRECY CAPACITY FOR INTELLIGENT REFLECTIVE SURFACE-ASSISTED WIRELESS COMMUNICATIONS

==Simplified Explanation==

The technology described in this patent application focuses on enhancing the secrecy capacity/performance of an Intelligent Reflective Surface (IRS)-assisted communication system. By determining the optimal location for placing the IRS using gradient descent and ray tracing, along with an alignment strategy of tile-allocation and phase-shift adjustment, the system can maximize secrecy capacity for a receiver in a given environment.

* Gradient descent and ray tracing are used to find the best placement for the IRS.
* An alignment strategy of tile-allocation and phase-shift adjustment is employed to optimize secrecy capacity.
* IRS-assisted communications significantly improve secrecy capacity performance in media communication networks.

== Potential Applications ==
The technology can be applied in indoor communication networks, secure data transmission, military communications, and confidential business communications.

== Problems Solved ==
1. Enhances secrecy capacity/performance of communication systems.
2. Optimizes placement of IRS for maximum effectiveness.

== Benefits ==
1. Improved secrecy capacity in communication systems.
2. Enhanced security and privacy in data transmission.
3. Efficient utilization of IRS technology for better performance.

== Potential Commercial Applications ==
"Enhancing Secrecy Capacity in Communication Systems" - This technology can be utilized in secure communication systems for businesses, government agencies, and military operations.

== Possible Prior Art ==
There may be prior art related to optimizing the placement of reflective surfaces in communication systems, but further research is needed to identify specific examples.

=== What is the impact of this technology on current communication systems? ===

This technology significantly improves the secrecy capacity/performance of communication systems, making them more secure and efficient.

=== How does the alignment strategy of tile-allocation and phase-shift adjustment contribute to optimizing secrecy capacity? ===

The alignment strategy ensures that the IRS is positioned and configured in a way that maximizes secrecy capacity, leading to better overall performance in communication systems.


==Original Abstract Submitted==

the technology described herein is directed towards increasing the secrecy capacity/performance of an intelligent reflective surface (irs)-assisted communication system. described is determining a location for placement of the irs to achieve the maximum secrecy capacity with respect to a receiver in an environment. gradient descent along with ray tracing, facilitates determination of the optimal placement, which can be used along with an alignment strategy of tile-allocation and phase-shift adjustment for the irs to optimize the secrecy capacity within constraints. when implemented at the determined location, irs-assisted communications result in significant improvement of the secrecy capacity performance for an (e.g., indoor) media communication network.



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