Peter Khoury Email & Phone Number

San Francisco, CA, US

Sunnyvale, California, United States

• Leading the Wireless Systems Performance (WSP) team responsible for innovation, industry engagement, and performance at Ruckus. The WSP Team tightly collaborates with Ruckus’ AI team in the development of new cloud.
• Helped test cutting edge Wi-Fi 7 features in the Wi-Fi Alliance (WFA) Plugfest series e.g. various types of MLO, Puncturing, and Uplink Triggered access.
• Not only pinpointed QoS Mirroring (MSCS) feature as a simple way of achieving better performance for real time applications, but also developed Ruckus proprietary techniques to provide immediate benefits without.
• Developed, evangelized, and ran proof of concept trials for technology expected to be a key evolution of Ruckus' core BeamFlex technology.
• Led the Ruckus' AFC 6GHz standard power certification project. Coordinated between the external testing lab, Wi-Fi Alliance staff, internal spec compliance team, the cloud proxy server team, the AP firmware team and.
• Leading contributor to getting a generational indication information element into the Wi-Fi 7 R2 protocol standard. This element is engineered for cloud architecture so that a network with older access points can know.

Sunnyvale, CA

• The key contributor to the WSP team. Responsible for innovation and technical leadership, project management, team development, and external engagement.Highlights----------------------
• Led a partnership with Ruckus Analytics / AI team to migrate Ruckus’ proprietary distributed channel planning AP implementation to cloud analytic implementation.
• Created an innovative latency testbed that allows for accurate measurement of complete distributions of one way delay to… Show more The key contributor to the WSP team. Responsible for innovation and technical.
• Created an innovative latency testbed that allows for accurate measurement of complete distributions of one way delay to resolutions of 100us. The testbed is used to characterize Ruckus’ scheduler implementation and to.
• Detailed work with Wi-Fi 6E Multi-BSS feature led to both Ruckus proprietary implementation that improved performance and evangelical work within the standards community to enhance the testing of this feature.
• Led a tiny team to success in the Wi-Fi Alliance Wi-Fi 6 Plugfest Series. Most devices fielded were reference designs and most teams fielded were quadruple the size of the Ruckus team. At the conclusion of the series.

Santa Clara, CA

• Led SpiderCloud’s Precision Time Protocol (PTP IEEE-1588) team, a highly accurate clock recovery mechanism, that forms foundation of radio access point’s system performance and its RF conformance Managed development of.
• Led SpiderCloud’s Precision Time Protocol (PTP IEEE-1588) team, a highly accurate clock recovery mechanism, that forms foundation of radio access point’s system performance and its RF conformance Managed development of.
• Vetted and enhanced SpiderCloud’s HSPA uplink channel estimator including algorithm performance, implementation robustness, unit/system test development, and unit/system validation.
• Designed and implemented key performance improvements that distinguish SpiderCloud’s access point solution from competitors. Implemented solution in highly parallel PicoChip DSP architecture. Show less

San Jose, CA

• Managed PHS mobile phone air interface research group which contributed to improvements in the XG-PHS standard an OFDM wireless data and mobile phone air interface standard in collaboration with partner, Kyocera..
• Made major contributions to first commercial deployment of spatial channels. Created majority of the physical layer system architecture, interface, and algorithms used within… Show more
• Made major contributions to first commercial deployment of spatial channels. Created majority of the physical layer system architecture, interface, and algorithms used within project.
• Played a leading role in developing technique used to pair up calls in spatial channels and wrote patent covering this feature.
• Found ways to improve system performance of ArrayComm’s proprietary iBurst air interface. Went beyond original scope of evaluation and testing of iBurst link adaptation algorithms, not only developing a better.

• Evaluated algorithms that analyzed financial derivative transactions. Enhanced with recommendations for algorithmic improvements and implementation in C++.
• Interfaced between Infinity’s clients and software programmers to explain and/or correct functionality.
• Gained first-hand experience in source-code control, regression testing, and work flow necessary in a large software project of over 1 million lines of code.