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Parama Pal & Earu Banoth, " System and Method for imaging of Localized and Heterogeneous Dynamics Using Laser Speckle", Patent Application No. CTO1-Patent, IDF-1391083-015-IN, (2020).


Parama Pal & Earu Banoth, “Method for automating the detection of the contours of features on any arbitrary surface using structured illumination”, Patent Application No. CTO1-Patent, IDF-1391083-004, (2019).





R Kulkarni, P Pal, E Banoth, "Spatio-temporal analysis of dynamic speckle patterns using singular value decomposition",Optics and Lasers in Engineering 142, 106588


1. E Banoth, VK Kasula, VK Jagannadh, SS Gorthi; "Optofluidic single‐cell absorption flow analyzer for point‐of‐care diagnosis of malaria", Journal of biophotonics 9 (6), 610-618.

2. E Banoth, VK Kasula, SS Gorthi;"Portable optofluidic absorption flow analyzer for quantitative malaria diagnosis from whole blood", Applied optics 55 (30), 8637-8643.


R Kulkarni; E Banoth; P Pal, "Automated surface feature detection using fringe projection: An autoregressive modeling-based approach", Optics and Lasers in Engineering 121, 506-511 (2019).


E. Banoth, V. J. Kalyan; S. S. Gorthi; "Single-cell optical absorbance characterization with high-throughput microfluidic microscopy", IEEE Journal of Selected Topics in Quantum Electronics, 22, 3, 111-116 (2015).


1. W. G. Rahul, M. Deepak, S. R. K. Gorthi; E. Banoth, S. S. Gorthi, "Signal tracking approach for phase estimation in digital holographic interferometry", Applied optics 53 (19), 4150-4157, (2014). 


2.  E Banoth, J Veerendra Kalyan, R Srinivasan, SS Gorthi;"Single-cell Transmittance Measurements on a Blood-smear for the Detection of Malaria",Technology Letters 1 (9), 29-33



Banoth, Earu; Jagannadh, Veerendra Kalyan; Gorthi, Sai S; "Single Cell Optical Transmittance Based Label-free Malaria Detection at the Point-of-care", International Conference on Fibre Optics and Photonics T3A. 5, (2014). Optical Society of America


R Kulkarni, E Banoth, P Pal; "Dynamic Laser Speckle Contrast Imaging using Singular Value Decomposition", Digital Holography and Three-Dimensional Imaging, JW2A. 44

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