• Self-Functional Off-Stoichiometry Polymeric Materials: Potential for Tunable Plasmonic Application 

  Rao, V. Ramgopal (ACS, 2023-10)

  Self-functional polymeric materials are of paramount importance in emerging lab-on-a-chip device development that finds various optical sensing applications. The unique surface functional characteristics make this polymer ...
• A Novel Thiol-Ene-Epoxy Polymer Based Optical Waveguide for Refractometric Sensing 

  Rao, V. Ramgopal (IEEE, 2023-11)

  The utility of planar optical waveguides constructed from a novel thiol-ene-epoxy polymer has been demonstrated for refractive index sensing. The propagating modes supported by this planar structure were excited as well ...
• Heterogeneous CMOS-MEMS based Boost Converter for 2.4 GHz RF energy Harvester 

  Rao, V. Ramgopal (IEEE, 2024)

  Internet of Things (IoT) has experienced a significant growth in last few years. Billions of battery-powered wireless sensors are expected to be employed as the IoT becomes an integral part of our daily lives. Therefore, ...
• SEDONUT: A Single Event Double Node Upset Tolerant SRAM for Terrestrial Applications 

  Prasad, Govind (ACM Digital Library, 2024-05)

  Radiation and its effect on neighboring nodes are critical not only for space applications but also for terrestrial applications at modern lower-technology nodes. This may cause static random-access memory (SRAM) failures ...
• Improved signal detection for multiuser MIMO system using BD QR-LRL 

  Garg, Sukriti (IEEE, 2015-12)

  QR-Least reliable layer (QR-LRL) technique in fusion with the channel block diagonalization (BD) is proposed for signal detection in the multiuser multiple input and multiple output (MU-MIMO) system. Literature survey shows ...
• Opportunistic interference alignment in multi-user MIMO Cognitive Radio Networks for different fading channels 

  Garg, Sukriti (IEEE, 2016-03)

  Opportunistic interference alignment (OIA) is a well known precoding technique that uses interference alignment to improve the rate of secondary user (SU) simultaneously nullifying the interference that SU causes to a ...
• Power, Cost and Reach Based Evaluation of Next Generation Passive Optical Networks Architectures 

  Garg, Sukriti (IEEE, 2018)

  Evolution in passive optical access networks concentrate on increasing their capacity that can be in terms of the number of users served or the data rates served per user. Various techniques have been under consideration ...
• Bin-packing based offline dynamic bandwidth and wavelength allocation algorithms for power efficiency in Super-PON 

  Garg, Sukriti (Optica Publishing Group, 2021)

  Enduring the rapidly growing demand for high data rates is the main challenge for the current network providers. Super passive optical network (Super-PON), a prominent next generation Ethernet PON (NG-EPON) candidate, can ...
• Evaluating power saving techniques in passive optical access networks 

  Garg, Sukriti (Springer, 2021-06)

  Passive optical networks (PONs) are a preferred technology for implementing fiber-to-the-home networks. Though PONs minimize power consumption compared to digital subscriber loops (DSL), they still constitute a significant ...
• Bin-Packing-Based Online Dynamic Bandwidth and Wavelength Allocation Algorithm in Super-PON 

  Garg, Sukriti (IEEE, 2021)

  Super passive optical network (Super-PON) is a next-generation Ethernet PON (NG-EPON) candidate that is envisaged to provide high data rate and low latency. For NG-EPON, there are two types of algorithms that manages ...
• Models for Evaluating Power Saving Techniques in Flexible Optical Access Networks 

  Garg, Sukriti (IEEE, 2018)

  Increased use of power in telecommunication networks has not only increased the cost of operation but also increased the carbon footprint and the environmental hazards. In this paper, we propose models for evaluating power ...
• Novel Dynamic Bandwidth and Wavelength Allocation Algorithm for Energy Efficiency in TWDM-PON 

  Garg, Sukriti (IEEE, 2019)

  In this paper, we propose a novel dynamic bandwidth and wavelength allocation (DBWA) algorithm that makes use of bin-packing approach resulting in the improved energy efficiency for time and wavelength division multiplexed ...
• A Planar End-fire Antenna for Wireless Body Area Network 

  Rano, Dinesh (IEEE, 2020)

  In this paper, a new compact planar end-fire antenna is proposed. The antenna is designed for Medical and Wireless Body Area Network (MBAN & WBAN) applications and covers 2.25 GHz - 2.6 GHz. The fabricated antenna demonstrates ...
• Cost-Effective Approach for the Determination of Specific Absorption Rate of Liquid Phantom 

  Rano, Dinesh (IEEE, 2021)

  In this paper, point thermal specific absorption rate (SAR) of the liquid phantoms are determined by simulation and measurement on an elliptical cylinder for a microstrip patch antenna (MPA) operating in the medical body ...
• Analysis of Normally Incident EM Waves Reflected from a Conformal Meta-surface 

  Rano, Dinesh (IEEE, 2022)

  This paper reports the conceptualization, and analysis of a geometrical approach to determine the shift in the in-phase reflection of three conformal meta-surfaces (MS). For the proposed approach, a planar array consisting ...
• Sensor tags for wireless body-centric communication: challenges and opportunities 

  Rano, Dinesh (IOP, 2022-09)

  Chapter 10 gives a comprehensive overview of the devices and methods required for interfacing sensor tags for wireless body-centric communication (WBAN). The antenna is an integral part of WBAN devices and plays a vital ...
• Differential Method for Determining the Specific Absorption Rate of Electromagnetic Energy of a Liquid Phantom 

  Rano, Dinesh (Springer, 2023)

  The wide use of small-sized wearable electronic devices in various practical human activities makes it relevant to measure the proportion of electromagnetic energy absorbed by the human body. One of the most important ...
• Skin Cancer Detection Reflectometry Technique Using Millimeter-wave Antipodal Vivaldi Antenna 

  Rano, Dinesh (IEEE, 2023)

  This work introduces a methodology for the early detection of skin cancer. The approach utilizes a dual-band antipodal vivaldi antenna (AVA) with circular polarization and a low-profile design for reflectometry in the ...
• Misalignment Study of Dual-Band SIMO- and MIMO- WPT Systems 

  Rano, Dinesh (IEEE, 2023)

  In this paper, the misalignment study of single input-multi output (SIMO) and a multi input-multi output (MIMO) defected ground structure based dual-band wireless power transfer (DGS-WPT) system is discussed. As a case ...
• End-fire Yagi Antenna with DGS for WBAN Applications 

  Rano, Dinesh (IEEE, 2019)

  A planar yagi-uda antenna backed by defected ground structure (DGS) and operating at wireless body area network (WBAN) is reported in this work. The strips in the design apart from the primary feed acts as director and ...

View more