Hari Sai Kumar Thatholu’s Post

In this presentation, I will explore IIT(indian institue of technology) paper research within the context of the Indian Institute of Information Technology (IIT). The focus will be on needs of technology, working technology on electronics, development of internet, communication through technology Etc. I will discuss the significance of this research in advancing technology and education, highlighting its implications for the industry and academia. Attendees will gain insights into take a survey from people on technology in electronics and day-to-day devlopment of technology and ideas, and I will provide a critical analysis of the current landscape and future directions in this field. Join me as we delve into the transformative role of IIT in shaping the digital landscape and fostering innovation.

100+ Citations for One of Our Published Papers The paper titled “Semiconductor technologies for 5G implementation at millimeter wave frequencies – Design challenges and current state of work,” which we published in 2021, has crossed 100 citations on Google Scholar (83 on Scopus). In this paper, we discussed in detail how evolving semiconductor technologies are contributing toward employing underutilized millimeter wave (mmW) frequencies for 5G cellular network implementation. Anybody who is working in the area of hardware design for future cellular network implementation will find this paper useful. The paper has been co-authored by Dr. RAJNISH SHARMA and Dr. Rajendra Pratap, Ph.D., under whom I completed my PhD at Chitkara University. It was published by Elsevier in the journal entitled ‘Engineering Science and Technology, an International Journal’ - https://lnkd.in/gkMcNbF9 #ChitkaraU #Elsevier #Research #semiconductor #5G Chitkara University Publications Chitkara University

Fatemeh Kakavandi will be defending her #PhD dissertation on Friday 5 April 2024. During her studies, Fatemeh investigated the challenges associated with the deployment of #machinelearning models in industrial settings, specifically in industrial #medicaldevice assembly processes, such as the issues of interpretability and the availability of sufficient labeled #data. She developed solutions to address these challenges, and her research findings provide valuable insights into the development of machine learning-based #faultdetection models for industrial use cases with specific challenges. The PhD study was completed at the Department of Electrical and Computer Engineering, Aarhus University. ▶ Time: Friday, 05 April 2024 from 13:00. ▶ Place: TBA. ▶ Title of PhD thesis: Enabling Machine Learning-Based Fault Detection in an Industrial Medical Device Assembly Process. Fatemeh’s main supervisor is Professor Peter Gorm Larsen. #dkforsk #digitaltwins #phdlife #dissertation

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I am extremely delighted to share that my BTech thesis, titled "Non-Data-Aided SNR Estimation for Molecular Communication Systems in the Internet of Bio-Nano Things," has been accepted for publication in the IEEE Internet of Things Journal! I want to thank my advisor, Prof. Sudhir Kumar, for his unwavering support and guidance during this research process. His mentorship during my undergraduate years and throughout my grad school application process has been invaluable, and I am truly grateful for it. I would also like to extend my heartfelt thanks to my co-authors, Dr. Ajit Kumar and Dr. Ethungshan Shitiri, whose contributions and collaboration made this journey enriching and rewarding. Abstract: This paper proposes a non-data-aided (NDA) signal-to-noise ratio (SNR) estimation method for molecular diffusive communication channels. In contrast to previous data-aided (DA) approaches, which require a known data sequence to be shared between transmitter and receiver nanomachines, the proposed NDA method eliminates the need for prior knowledge of data symbols for the estimation process. The absence of a training sequence significantly reduces resource costs by minimizing the number of molecules required for information transmission. The expectation-maximization (EM) algorithm was used to iteratively find the maximum-likelihood (ML) estimates. The proposed method is particularly advantageous in scenarios in which accessing known data sequences is not possible, thereby ensuring robust communication in the Internet of bio-nano things. By employing the ML estimates obtained through the EM algorithm, the probabilities associated with the transmission of data symbols were derived, and the bit error probabilities were obtained to assess the system performance. The numerical results validated the effectiveness of the proposed NDA SNR estimator in accurately estimating SNR over a diverse range of conditions. The proposed NDA estimator demonstrated resilience by maintaining a low bit error probability.

Dear AICTE and IIT Directors, I am writing to express my concerns regarding the Indian Science Technology and Engineering Facilities Map (I-STEM) portal. This initiative was launched by the government to provide access to research facilities across various institutes, including IITs and other institutions. Unfortunately, it appears that the portal is not functioning as intended. Many registered institutes have not updated critical information such as costs and available slots. Although some institutes might respond to queries, the overall experience suggests that the portal is not effectively serving its purpose. This situation is particularly frustrating for the research community, as the portal was established to facilitate access to important facilities. I am seeking clarification on whether there is any IIT professor or institution responsible for maintaining the I-STEM system. Specifically, I would like to know what actions have been taken by AICTE and the Directors of IITs to address these issues. Additionally, I am in need of several instruments, including FESEM, EDS, EBSD, 3D Profilometer, XPS, and AFM. Can these facilities be accessed through the I-STEM portal? If not, what alternative methods are available to obtain these resources? I would appreciate any comments or solutions regarding these concerns. It is crucial that the portal be monitored and maintained effectively to support the research community across India. 🙈 🙉 🙊 . I hope this post will wake up call for the AICTE, DST etc.......... #I-STEM, #AICTE

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I'm thrilled to have attended the insightful talk 'Building a Future-Proof Career' by Dr Sudeendra Koushik, PhD in Innovation Management . The session was packed with valuable takeaways on staying ahead in the rapidly evolving tech landscape. Special thanks to Nitte Meenakshi Institute of Technology , IEEE Student Branch, and IEEE Solid-State Circuits Society for organizing this fantastic event! As I continue my journey in Electronics and Communication Engineering, I'm excited to apply these learnings and stay ahead of the curve. #FutureCareer #Engineering #Innovation #NMIT #IEEE"