• Revolutionizing the telecom industry with AI.

ABOUT ME

Karupaiah Rajendran, currently serving as a Principal Engineer at Boost Mobile, is a distinguished and innovative professional with over 21 years of expertise in the Radio domain. His impressive portfolio includes 8 granted patents, 18 published ideas, and more than 19 recently filed applications with the USPTO in 5G ORAN Domain. Renowned for his ability to provide strategic technical leadership, he has consistently pioneered advanced solutions in the dynamic fields of wireless communication and network engineering.

Karupaiah excels in managing and driving complex projects from inception to completion, utilizing an extensive understanding of radio technologies, industry standards, and communication protocols. With a proven history of developing state-of-the-art designs, optimizing system performance, and mentoring diverse teams, he has been instrumental in achieving excellence within organizational frameworks. Celebrated as a forward-thinking innovator, he continually pushes the boundaries of technology to address the ever-evolving needs of next-generation radio systems and networks.

Recommendations

  • "I have worked with Karupaiah and found him to be hard working, honest and a professional. He is thorough in his work and brings value to his team. With his strong technical expertise and team skills, he will be an asset to any organization."

    - Vijay Jagannathan

    Customer Experience & Success Leader | Driving Transformation & Growth | Leadership Development & People Empowerment | Keynote Speaker | Toastmaster

  • "Karupaiah is very energetic and enthusiastic person who is passionate about working on the wireless systems. He was part of the Inter Operability Test team for protocol compliance for Cisco's WiMAX BS. He consistently went extra mile to get clarity on failed test cases by consulting the developer, referring to the standard. He is good team player definitely would like to work with him again."

    - Ramu T Srinivasiah

    Founder Director at Lekha Wireless Solutions

  • "Karupaiah came across as one of the most detailed & diligent test engineer. Very thorough with the standards & always ready to go that extra mile in trying to reproduce an issue or trying to discover a new one. It was always easy to explain the scenarios on which we needed test coverage to him, and he would try to add more to it. He uncovered some of the most interesting bugs in our Wimax BS. I will have no doubts in recommending Karupaiah!"

    - Siddharth Verma

    Cellular Firmware Lead/Sr. Manager at Apple

  • "I had the privilege of working with Karupaiah for a long time, and I’m consistently impressed by his extensive knowledge of telecom technologies and specifications. He’s a key resource in our current ORAN deployment projects and is well-known in the industry for his expertise and ability to enable new features and solutions across carriers. Karupaiah is highly thorough with standards and always goes the extra mile to reproduce issues or uncover new ones. His dedication and problem-solving skills have been invaluable, especially when helping to identify some of the most challenging bugs during initial deployments. He is straightforward, sincere, hardworking, and highly intelligent. We are fortunate to have him on our team, as he consistently delivers work with the utmost perfection."

    - Arun Prasad RS

    Engineering Program Manager | Technical Project Manager | 5G NR | Open RAN (ORAN) | RCT | IOT |Telco Cloud | Docker | Kubernetes | Edge Computing

Organizational Awards

  • DISH Distinguished Service Award

    2022

  • Samsung Networks Recognition - May TownHall

    2020

  • Comcast Inventor Award

    Comcast Inventor Award

    2017

  • Ericsson President Award

    2014

  • Cisco Achievement Program Award

    2010

  • First Place - Electronics Project Contest

    2002

Patents

Managing uplink transmission power

Patent Number: US-12200747-B2

Systems and methods within a radio base station to detect and resolve wireless network interference

Patent Number: US-12113562-B2

Jan 14, 2025

Oct 08, 2024

System and method to reduce interruptions in a network

Patent Number: US-12074761-B1

Aug 27, 2024

Managing uplink transmission power

Patent Number: US-11399374-B2

Jun 02, 2020

Dynamic management of interference and coverage in wireless communications

Patent Number: US-10674518-B2

Jul 26, 2022

Method and server for dynamically determining a reference signal (RS) power boost level

Patent Number: US-9473371-B2

Oct 18, 2016

Dynamic blanking within physical resource blocks

Patent Number: US-12120752-B2

Oct 15, 2024

Systems and methods within a radio base station to detect and resolve wireless network interference

Patent Number: US-12113561-B2

Oct 08, 2024

Published Ideas *

  1. System and Method Employing Resource Sharing to Reduce Power Consumption by a Network Node - US-20150365889-A1

  2. Radio Link Control (RLC) Reconfiguration - US-20240073780-A1

  3. Wireless communication systems for dynamically scaling power of synchronization signal block and channel state information reference signal - US-20240224195-A1

  4. Wireless communication systems for dynamically scaling power of synchronization signal block and channel state information reference signal - US-20240224197-A1

  5. Wireless communication systems for selecting one or more antenna ports for downlink transmission - US-20240421873-A1

  6. Dynamic blanking within physical resource blocks - US-20240430954-A1

  7. Sleeping cell detection in an open radio access network - US-20240292245-A1

  8. Sleeping cell detection in an open radio access network - US-20240292480-A1

  9. Sleeping cell detection in an open radio access network - US-20240292284-A1

  10. Dynamically transferring cell traffic to reduce power consumption - US-20240422681-A1

  11. System And Method for reducing power Consumption by a Network Node - US-20150365890-A1

  12. SSB transmission for improving low SINR across network - US-20240057041-A1

  13. Dynamically reducing cell site component power consumption - US-20240422665-A1

  14. Allocating cell site component capacity to conserve power - US-20240422666-A1

  15. System and method for enhanced PRACH configuration and improved preamble success rate - US-20240064822-A1

  16. Systems and methods within a radio base station to determine a source of wireless network interference - US-20250007547-A1

  17. Open Radio Access Network (ORAN) distributed unit with multiple centralized units - US-20240323086-A1

  18. System and method to reduce interruptions in a network - US-20250 1 19347-A1

List of Ideas published with USPTO

Reference Link: Patent Public Search | USPTO

Recently filed ideas with USPTO

  1. Systems and methods to dynamically reconfigure network resources within telecommunication networks - Application No: 18886635

  2. Dynamic identification and resolution of performance issues within a 5g radio access network - Application No: 188000834

  3. Dynamic identification of user equipment (UE) experiencing performance issues within a 5g radio access network - Application No: 18800724

  4. Open radio access network design auditing system - Application No: 18800450

  5. Improving uplink scheduling performance and resource block allocation of group of cells operating in same or overlapping frequency range - Application No: 18797079

  6. Improve handover performance in inter-vendor handover scenario - Application No: 18797640

  7. Dynamic user plane function (UPF) scaling - Application No:38765698

  8. Smart gNB coordination in telecommunications networks - Application No:18785799

  9. Carrier power boost by dynamic logical sectorization - Application No:184995733

  10. Dynamic access and mobility management function (AMF) scaling - Application No:18652469

  11. Random access channel procedure success within a telecommunications network - Application No:18635511

  12. Dynamic determination of a physical downlink control channel symbol count in a subframe for a radio access network - Application No:18631345

  13. Dynamic tuning of synchronization signal block periodicity, sib 2, 3, 4, 5 broadcast periodicity and turn off dynamically to improve system performance & capacity - Application No:18637350

  14. Pre-scheduling scheduled resource blocks (SRB) to user equipment (UE) to improve latency and user experience - Application No:18637347

  15. Automated trigger criteria selection for smart dynamic handover - Application No:18637099

  16. Sentiment analysis for customers of a communication network - Application No:18626969

  17. Dynamic traffic balancing in telecommunications networks - Application No:18626843

  18. Smart UL control considering TA, differentiating near, far users and resource allocation optimization to avoid and eliminate UL interference improving UL system capacity - Application No:18738934

  19. Dynamic reconfiguration for 5G telecommunications networks - Application No:18442710

  20. On handset network issue detection and remediation tool - Application No:18440571

  21. Message size optimization in a 5G open radio access network (O-RAN) cellular network - Application No:19041228

  22. Supplementary uplink for dynamic configuration

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