Muralidharan Sadanand Menon

Title: Muralidharan Sadanand Menon: Patents in Next-Generation Networks

Introduction

Muralidharan Sadanand Menon is an inventor based in Chennai, India, whose work focuses on communication networks and technologies for 5G and beyond. He is associated with Tata Consultancy Services Limited and is named on two patents.

Latest Patents

Menon’s listed patents address network slicing and coordinated multipoint transmission.

- Optimal end-to-end slicing in next-generation networks with multi-time scale approach. This invention describes a method and system for allocating end-to-end network slices while accounting for application and network parameters that operate on different time scales. It uses multi-objective functions or a combined optimization to reduce the difference between user equipment demand and the observed experience of received slices. The approach is designed for practical, real-time deployment with lower complexity.

- Learning based dynamic clustering for coordinated multipoint transmission in communication networks. This invention presents a learning-based method for dynamically clustering base stations for coordinated multipoint transmission. It aims to adapt clusters to changing channel conditions and transmission costs, maximizing throughput while respecting a cost constraint. The disclosed framework is intended for 5G and future networks.

Career Highlights

Menon’s patent work at Tata Consultancy Services Limited concerns methods for improving network resource allocation and transmission performance. His inventions address challenges in adapting network services to user requirements and changing operating conditions.

Collaborations

Menon’s listed coworkers include Indu Yadav and Hemant Kumar Rath. Their names are associated with his professional and patent-related work.

Conclusion

Muralidharan Sadanand Menon’s two patents highlight his contributions to adaptive network slicing and dynamic coordination among base stations, supporting more responsive communication networks.