Volume 10 | Issue 6 |

 Abstract

Simple, specific and inexpensive RP-HPLC method has been developed for the estimation of Bimatoprost and timolol in bulk and pharmaceutical formulations. The mobile phase used was a mixture of Methanol and Water OPA 0.1%. The wavelength used for detection of Bimatoprost and timolol was 254 nm. The RP-HPLC method for respective linear equation for Bimatoprost was y = 136.3x+6.709 where x is the concentration and y is area of peak. The correlation coefficient was 0.999. The method was validated with respect to accuracy, precision, linearity and robustness as per the ICH Guidelines

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Bimatoprost and Timolol maleate

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There are increasing applications which require biometric methods for identifying and verifying a person. A biometric system using a single physical characteristic does not have good performance parameters, which can be improvised by using a multimodal biometric system. Palm prints and palm veins have many biometric features that are unique and distinctive. They can be acquired in a touchless acquisition setup. This paper investigates the performance of multimodal biometrics with fusion of palm prints and palm vein images. The fusion can be carried out at sample level, feature level or score level. The effect of fusion on identification as well as verification is studied and evaluated. The analysis of results obtained is presented in the paper.

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 Keywords

Biometric, verification, identification, fusion, multimodal, touchless

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Ensembling is a system that aims to maximize the detection performance by fusing individual sensors. While infrequently mentioned in deep- literacy papers applied to remote seeing, ensembling styles have been extensively used to achieve high scores in recent data wisdom com desires, similar as Kaggle. The many remote seeing papers mentioning ensembling substantially concentrate on medial resolution images and earth observation Operations similar as land use bracket, but noway on veritably High Resolution( VHR) images for defense- related operations or object discovery. This study aims at reviewing the most applicable ensembling ways to be used for object discovery on veritably high resolution imagery and shows an illustration of the value of similar fashion on a applicable functional use case( vehicle discovery in desert areas).

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Deep learning, Convolutional neural networks, Ensembling, Data augmentation ,Object detection ,Earth observation.

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This project presents a novel microstrip antenna for millimeter wave-wave application. The patch is designed with an octagonal annular ring structure with Defected Ground Surface. The antenna is designed at 43.5 GHz with very good performance obtaining a reflection coefficient of 25dB. The antenna size is made below 1.2X1.2X1.6 cm which can be placed inside small electronic devices. Coaxial feed is designed at the operating frequency to provide proper matching with the 50 Ohm transmission line so that it can be used with conventional SMA connectors. The radiation efficiency of the designed antenna was found to be 66% along with 6.5dBi directivity. Operational bandwidth of the antenna was found to be between 42.4GHz to 44.8GHz. along with a VSWR of 1.08

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Microstrip Antenna, Printed Patch Antenna, Millimeter-Wave Antenna

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The Indian Contract Act 1872 is a well detailed document that has governed many contracts over the years. It has been so detail drafted by the legislative makers that it has not invited any major changes in its usage in over so many years. It has been governing contracts in the Indian Corporate Sector for an exceptionally long time. However, with the advent of blockchain technology and emerging players with changing contours, it becomes imperative to amend the Indian Contracts Act to incorporate the dynamics of 21st century. It is also in the interests of modern corporate governance that Indian Contract Act is introduced with some changes. This paper talks about the incorporation of smart contracts based on blockchain technology, amendment of contracts for surrogacy in the medical sector, new dimensions related to article 11 and 27 of Indian Contract Act, new provisions for digital contracts and a relook at section 74 of the Indian Contract Act. All of these are major topics that need amendments for plugging the loopholes in the century old Contracts Act. This paper also provides suggestions that needs to be incorporated into the Indian Contract Act 1872 so that new global companies find it easier and helpful to engage in a wide variety of domestic and International contracts with Indian people. Finally, this paper provides a wide overlook at the Indian Contract Act along with the difficulty in interpretation of certain provisions mentioned in the aforementioned act I argue that reforms in Indian Contract Act based on smart contracts arising out of blockchain technology is the way forward. In addition to that, I dive into the topics of problem of consideration and contract formation in surrogacy. Alongside a revamp of the existing sections, I argue the benefits that one might find in updating the archaic Indian Contract Act 1872.

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Blockchain, Section 27, Section 74, Section 11,Amendment, Indian Contract Act 1872, Digital Contracts

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SENTIMENT ANALYSIS

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Many educational institutions were established in ancient times by adopting the ancient vedic process such as Taxila, Nalanda and Vikranshila which are counted among the oldest universities of India. Nalanda was the most important and famous center of education of Mahayana Buddhism, students of Hinayana Buddhish as well as other religious and from many countries studied. The paramount aim of this paper is to analyse the Nalanda Mahavihara of Nalanda as an institution of learning.

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Nalanda Education System, Mahavihara, Buddhist Pedagogy, Mahayana Buddhism, Hinayana Buddhism.

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The evaluation of yield grounded at the dust is essential proper now for including the yield. In this paper, a dust grounded crop dedication and poison Activity framework has created and a regularized manner to address describe the enterprise of exposed soil, metalloids, and mycological boundaries. From the authentic investigation, we collect the statistics for vivid soils and which yield is suitable for improvement to create maximum severe yield for a particular subject. lovely identifiers, similar as dampness finder, temperature, and camera, are applied to manipulate and cowl the cultivation subject. In this review, the location round Tanjavur, Tamilnadu has been taken into consideration for the crop desire of that area. Water machine is controlledthrough water function indicators, GSM, and a controller. An Application has created to apprehend an inexpensive yield for the farming location, and it could without problems introduce withinside the grower`s mobileular telecellsmartphone itself. Reproduction has achieved concerning Matlab for 4 precise yields. The consequences display that the correct use of infections safeguards the agrarian subject and increments efficiency. A check association is created also, attempted below numerous check conditions.

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Soil check, commercial facility dedication, cultivation observing, address execution, savvy farming,deal with activity

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A power system is becoming more complex and heavily loaded day by day. Earlier electric power systems were small and localized. Thus, real and reactive power compensation in transmission line is essential which will improve the stability of ac system. Flexible alternating current transmission system (FACTS) technology provides new opportunity to control the power and enhancing the capacity of the present as well as new line sit is used to investigate the effect of this device in controlling active and reactive powers as well as damping power system oscillations in transient mode. A transmission line needs regulation. This can be achieved by FACTS controllers. The employed compensators are three phase (IGBT) based, PWM operated converter (VSC). The proposed control employs proportional integral controller to generate a constant error

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Matlab, SSSC, POD Controller

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