I am Vinay Joseph. I am an Assistant Professor in ECE Department at NIT Calicut since May 2020.

In addition to teaching, I have experience in research, standardization and commercialization of communication technologies.

My research interests are broadly in topics related to communication networks, analysis and design of resource allocation algorithms, and stochastic optimization. My Google Scholar page is here.

Brief Bio:

• I have been working with PhyTunes Inc as a consultant since May 2021 on enhancing the delivery of 5G/WiFi-6 via wireline links.

• I am a co-inventor of more than 40 granted patents related to areas like 4G, 5G, small cells, URLLC, Industrial IoT, AR/VR, video streaming etc.

• I was with Qualcomm Wireless R&D (San Diego) between 2013-2020, working on small cells (self-configuration, resource/mobility management) and 5G (3GPP) focusing on upper layers, industrial IoT and URLLC.

• I received my PhD in 2013 from the University of Texas at Austin. I received my M.E. in 2009 from Indian Institute of Science Bangalore, and my B.Tech in 2007 from National Institute of Technology Calicut.

•  Mostafa Khoshnevisan, Vinay Joseph, Piyush Gupta, Farhad Meshkati, Rajat Prakash, Peerapol Tinnakornsrisuphap, 5G Industrial Networks With COMP For URLLC And Time Sensitive Network Architecture, IEEE Journal On Selected Areas In Communications, Vol 37, 2019, P 947-959
• Vinay Joseph, Sem Borst, Martin I Reiman, Optimal Rate Allocation For Video Streaming In Wireless Networks With User Dynamics, IEEE/ACM Transactions On Networking, Vol. 24, 2016, P 820-835
• V. Joseph, G. de Veciana and A. Arapostathis, “Resource Allocation: Realizing Mean-Variability-Fairness Tradeoffs”, IEEE Transactions on Automatic Control, Vol 60, 2015, P 19-33.
• Vinod Sharma, Utpal Mukherji, Vinay Joseph, and Shrey Gupta, “Optimal energy management policies for energy harvesting sensor nodes,” IEEE Transactions on Wireless Communications, 2010.

• V. Joseph and G. de Veciana, "NOVA: QoE-driven Optimization of DASH-based Video Delivery in Networks”, IEEE INFOCOM 2014.
• V. Joseph, Sem Borst and Marty Reiman, “Optimal rate allocation for adaptive wireless video streaming in networks with user dynamics”, IEEE INFOCOM 2014.
• V. Joseph and G. de Veciana, “Jointly Optimizing Multi-User Rate Adaptation for Video Transport over Wireless Systems: Mean-Fairness-Variability Tradeoffs”, INFOCOM 2012.
• V. Joseph and G. de Veciana, “Stochastic Networks with Multipath Flow Control: Impact of Resource Pools on Flow-level Performance and Network Congestion”, SIGMETRICS 2011.
• V. Joseph, V. Sharma, and U. Mukherji, “Optimal sleep-wake policies for an energy harvesting sensor node,” in Proceedings of IEEE ICC, June 2009.
• V. Joseph, V. Sharma, and U. Mukherji, “Opportunistic splitting for scheduling via stochastic approximation,” in Proceedings of National Conference on Communications, NCC, January 2010 (received Best Paper Award in Networks Track).
• V. Joseph, V, Sharma, U. Mukherji, M. Kashyap, Joint Power Control, Scheduling And Routing For Multicast In Multihop Energy Harvesting Sensor Networks, ICUMT 2010, Moscow, Russia;
• V. Sharma, U. Mukherji, and V. Joseph, “Efficient energy management policies for networks with energy harvesting sensor nodes,” in Proceedings of 6th Annual Allerton Conference on Communication, Control, and Computing, Sept. 2008.

Granted (with me as co-inventor)

1. EP-3831119-B1, Separate measurement and reporting for different transmit receive points, 2023 
2. EP-3854162-B1, Sps for signaling with non-integer periodicities, 2023 
3. EP-4005310-B1, Low overhead component carrier selection for multi-component carrier communication, 2023 
4. US-11728937-B2, HARQ process identifier determination, 2023 
5. US-11678314-B2, Packet duplication carrier enhancements, 2023 
6. US-11671970-B2, LCP restriction enhancement, 2023 
7. US-11665759-B2, MAC-CE design and power headroom considerations for PDCP duplication enhancements, 2023 
8. US-11653317-B2, Wireless communication enhancements for transparent and boundary clocks, 2023 
9. US-11627025-B2, Self-adapting autonomous transmission configuration, 2023 
10. US-11606717-B2, Ethernet header compression techniques in New Radio, 2023 
11. US-11576172-B2, Multiple configurations with overlapping occasions, 2023 
12. US-11564129-B2, Context identifier for packet compression, 2023 
13. US-11546911-B2, Enhancements to support multiple semi-persistent resource allocations per serving cell, 2023 
14. US-11528742-B2, Systems and methods for autonomous transmission of deprioritized protocol data units, 2022 
15. EP-3804200-B1, Autonomous reference signal transmission configuration, 2022 
16. US-11516819-B2, Uplink channel collision resolution for conditional media access control (MAC) layer based prioritization, 2022 
17. US-11510222-B2, Signaling for protocol data unit preemption, 2022 
18. US-11470678-B2, Broadcast of multiple physical cell identity ranges, 2022 
19. US-11470567-B2, Network timing reference synchronization, 2022 
20. US-11438922-B2, MAC-CE duplication in packet duplication, 2022 
21. EP-3753368-B1, Configuration, activation and deactivation of packet duplication, 2022 
22. US-11405859-B2, Enhancement to system information block (SIB) validity check for non-public networks (NPNs), 2022 
23. US-11357013-B2, Conditional negative acknowledgement transmission in multi-component carrier communication, 2022 
24. US-11357026-B2, Signaling and medium access control options for preempted scheduling requests, 2022 
25. US-11349938-B2, Exhanging service capability exposure function (SCEF)-related information of a user equipment, 2022 
26. US-11297541-B2, Signaling timing information for a time sensitive network in a wireless communications system, 2022 
27. US-11296838-B2, Cluster-set determination for comp based on reliability and delay budget in URLLC, 2022 
28. US-11284298-B2, Header compression and decompression management, 2022 
29. US-11277844-B2, Coordination of semi-persistent scheduling downlink transmissions and dynamic downlink transmissions, 2022 
30. US-11259233-B2, Signaling port information of user equipment ports in a wireless communication system including a radio access network, 2022 
31. US-11206114-B2, Sounding reference signals and channel state information reference signals enhancements for coordinated multipoint communications, 2021 
32. US-11202222-B2, Quality of service mapping for time-sensitive network traffic in a wireless communication system, 2021 
33. US-11184872-B2, Reference timing delivery to user equipment with propagation delay compensation, 2021 
34. US-11172397-B2, Timing information for multiple periodic traffic streams sharing a same quality of service, 2021 
35. US-11172501-B2, Methods and apparatus for signaling offset in a wireless communication system, 2021 
36. US-11166251-B2, Delivery time windows for low latency communications, 2021 
37. US-11166267-B2, DCI triggered SRS enhancements, 2021 
38. US-11129174-B2, User equipment groups for group physical downlink control channel communications, 2021 
39. US-11115968-B2, System and method for efficient frequency resource assignment in a communication system, 2021 
40. US-11071100-B2, Techniques and apparatuses for transmitting downlink control information (DCI) on a physical downlink shared channel (PDSCH), 2021 
41. US-11044730-B2, Multiple semi-persistent scheduled transmission control by a single downlink control information message, 2021 
42. US-11032704-B2, Techniques for subscription-based authentication in wireless communications, 2021 
43. US-10904907-B2, Variable packet delay budgets for wireless communications, 2021 
44. US-10904812-B2, Increasing reliability during multi-connectivity handovers, 2021 
45. US-10862648-B2, Control elements to configure and trigger sounding reference signals, 2020 
46. US-10855388-B2, Wireless communication enhancements for transparent and boundary clocks, 2020 
47. US-10834661-B2, Multiple connectivity for high reliability, 2020 
48. US-10820326-B2, Resource allocation for reserved resources, 2020 
49. US-10779277-B2, General authorized access (GAA) primary channel assignment for multiple operators, 2020 
50. US-10728934-B2, Techniques and apparatuses for managing communications in a private wireless network, 2020 
51. US-10652815-B2, Techniques and apparatuses for network access via a hybrid cell associated with a shared public land mobile network identity, 2020 

• EC4011D Wireless Communication (Monsoon 2023-2024)
• EC4091D Communication Engineering Lab II (Monsoon 2023-2024)
• EC4057D Wireless Technologies and Systems (Winter 2022-2023)
• EC4011D Wireless Communication (Monsoon 2022-2023)
• EC4091D Communication Engineering Lab II (Monsoon 2022-2023)
• EC4057D Wireless Technologies and Systems (Winter 2021-2022)

I was with Qualcomm Wireless R&D (San Diego) between 2013-2020, working on small cells (self-configuration, resource/mobility management) and 5G (3GPP) focusing on upper layers, industrial IoT and URLLC.

https://sites.google.com/site/aboutvinayjoseph/home