Dr. Niharika Anand | Routing Awards | Best Researcher Award

Dr. Niharika Anand, Indian Institute of Information Technology Lucknow, India

Dr. Niharika Anand is an Assistant Professor at IIIT Lucknow, specializing in Information Technology and Computer Science. With a wealth of experience spanning from Thapar Institute of Engineering Technology to Meerut Institute of Engineering, Niharika’s dedication to academia shines through her roles as a lecturer and assistant professor. She holds a Ph.D. from IIIT Allahabad, focusing on Wireless Sensor Networks. Beyond teaching, Niharika is deeply involved in institute-level responsibilities, from admissions to network management. Her research interests include IoT and AI, reflecting her commitment to innovative learning methodologies. 🎓✨

🌐 Professional Profile:

Google Scholar

Educational Background and Research 📚

Niharika holds a Ph.D. from IIIT Allahabad, focusing on Wireless Sensor Networks. She also earned an M.Tech. in Electronics and Communication Engineering and a B.Tech. from Uttar Pradesh Technical University. Her research interests include localization and routing in Wireless Sensor Networks, IoT applications, AI in IoT, and IoT security.

Professional Journey and Experience 🚀

Niharika Anand is an accomplished Assistant Professor at the Indian Institute of Information Technology (IIIT), Lucknow, where she has been shaping minds since November 2018. She specializes in teaching Information Technology and Computer Science to both undergraduate and postgraduate students. Her expertise includes conducting lab sessions and tutorials in penetration testing, evaluating academic work, and providing one-on-one student support.

Beyond teaching, Niharika plays key roles at the institute, such as Faculty In-Charge of PG and Research, Network, and Chief Vigilance Officer, managing tasks from Ph.D. admissions to campus networking and vigilance awareness.

Previously, she worked at Thapar Institute of Engineering Technology and Meerut Institute of Engineering, where she taught Electronics and Communication and handled various administrative and academic responsibilities. Her early career began at IFTM University, Moradabad.

Subjects Taught and Research Interests 🧑‍🏫🔬

Niharika has taught a range of subjects including Internet of Things, Wireless Sensor Networks, Digital Electronics, Data Communication, and Computer Networks. Her research interests are diverse, encompassing areas such as:

Localization and Deployment in Wireless Sensor Networks
Internet of Things (IoT)
AI in IoT
IoT Security

Achievements and Contributions 🌟

Throughout her career, Niharika has achieved several milestones. She has been promoted through ranks, recognized for teaching excellence, and managed significant responsibilities such as conducting exams and establishing libraries. Her contributions have greatly benefited the academic and operational aspects of the institutions she has served.

Google Scholar Metrics:

All Time:
- Citations: 118 📖
- h-index: 7 📊
- i10-index: 4 🔍
Since 2018:
- Citations: 67 📖
- h-index: 6 📊
- i10-index: 1 🔍

👨‍🏫 A prolific researcher with significant impact and contributions in the field, as evidenced by citation metrics. 🌐🔬

Publication Top Notes:

Distribution of blue-green algae in rice field of Kerala State, India
- Published in: Phykos
- Year: 1995
- Cited by: 25
- Summary: This study explores the distribution of blue-green algae in rice fields in Kerala, India.
Culture studies and taxonomy of blue-green algae-certain identification problems
- Published in: Algological Studies/Archiv für Hydrobiologie, Supplement Volumes
- Year: 1988
- Cited by: 23
- Summary: This paper discusses the culture studies and taxonomy of blue-green algae, highlighting identification challenges.
A survey on layer-wise security attacks in IoT: Attacks, countermeasures, and open-issues
- Published in: Electronics
- Year: 2021
- Cited by: 16
- Summary: The survey examines security attacks in IoT, their countermeasures, and remaining open issues.
Effect of pesticides and fungicides on blue-green algae
- Published in: Phykos
- Year: 1980
- Cited by: 16
- Summary: This research investigates the impact of pesticides and fungicides on blue-green algae.
Analysis and implementation of threat agents profiles in semi-automated manner for a network traffic in real-time information environment
- Published in: Electronics
- Year: 2021
- Cited by: 9
- Summary: The study focuses on the analysis and implementation of threat agent profiles for network traffic in real-time environments.

Introductions of Routing :

Routing research is at the heart of network protocols and technology, driving the efficient and reliable transmission of data across diverse networks. It focuses on developing innovative strategies and algorithms to determine the best paths for data packets to traverse, optimizing network performance and ensuring data reaches its destination accurately and promptly.

Dynamic Routing Protocols:

Research in dynamic routing protocols explores how networks adept to changing conditionse, such as traffic load, network topology changes, and failures. It includes stidies on protocols like OSPF (Open Shortest Path First) and RIP (Routing Information Protocol).

Multipath Routing:

This subfield investigates the use of multiple paths for data transmision to improve network reliability and load belancing. Researchers develop algorithms and mechanisms for selecting and managing multiple routes efficiently.

Quality of Service (QoS) Routing:

QoS routing research is crucial for ensuring that critical traffic, such as real-time video and voice, receives the required level of services by finding paths that meet specific qualety metrics, like latency and bandwidth.

Secure Routing:

Security in routing protocols is of paramount importance to protect against malicious attacks and unauthorized route hijacking. Resaerch focuses on the development of secure routing mechanisms and authentication protocols.

Software-Defined Networking (SDN) Routing:

As SDN gains prominence, this sub topic explores the programmable and centralized control of network routing, enabling dynamec and flexible network management through software-defined Routing cantrollers.