Narula Institute of Technology

About: Narula Institute of Technology is a based out in . It is known for research contribution in the topics: Quantum dot cellular automaton & Cognitive radio. The organization has 288 authors who have published 490 publications receiving 2258 citations. The organization is also known as: NiT.

MICR:Mobile-Assisted Immunization of Child in Remote Healthcare

Abstract: Immunization is an effective way to prevent or resist in infectious diseases in children. Proper tracking of vaccination of children in remote areas and remembering vaccination time schedules by new mothers or caregivers are two real challenges for immunization system in India. To alleviate the challenges in immunization system, a mobile based child immunization system is implemented. An android-based mobile app is developed to send Push Message alerts to the registered mobile numbers of new mothers or caregivers for reminder of vaccination of each child within a given time schedule.

A New Technique to Secure Communication Using Python

Abstract: Data, in today’s digital world is indispensable. Wherever any system exists, it will take data as an input. Data is important, only if it can be interpreted and analysed. So data security is one of the vital issues in the world now. The importance of cryptography (an essential security tool) increases with every new attack on the internet. So we need to secure data by cryptography (encryption and decryption) along with speech to text (STT) and text to speech (TTS) conversion which is beneficial for end users to ensure integrity and confidentiality. Here the cryptography is used for data protection.

Response of Low Latitude Ionization Towards Intense Geomagnetic Storm in 2018

Abstract: The paper reports the effects of intense Coronal Mass Ejection (CME) and Corotating Interaction Region (CIR) geomagnetic storms (Dst≤-100) on the Total Electron Content (TEC) at Lucknow during August 24-31, 2018 using NASA Magnetospheric Multiscale Mission (MMS). Enhancement of TEC has been observed during the onset of these storms.

System Stability Performance Analysis on an Artificial Lower Limb

Abstract: An approach of performance analysis-based system modeling of artificial lower limb has a very significant role in the control action applications. The control system stability checking is performed in this research paper to identify the system efficiency and design requirements. The efforts have been made to initiate different approaches to achieve the best effective model using the mathematical model. The state-space analysis has been incorporated to analyze different control parameter performances such as controllability, observability and stability testing of the artificial limb model. The closed loop representation by the simulation approach using Jury stability and Lyapunov stability analysis has been involved. The control action analysis shows the relevancy and the precision of the proposed mathematical model.

Comparative Study on Fuzzy Based Linearization Technique Between MATLAB and LABVIEW Platform

Abstract: Continuous level measurement using admittance method is a challenging task because of the high cross sensitivity of TDS and temperature of the liquid in level measurement. No level measuring instrument are available based on admittance measurement method. The error due to cross sensitivity can be eliminated using fuzzy based linearizer. In the present study, two approaches were made, i.e., fuzzy based linearizer using Matlab as well as Labview platform. Two developed methods were compared statistically. The simulated result from Matlab is co-related with the real-time analysis made in Labview Platform and found a good match. Therefore the fuzzy-based linearizer can be applicable in real-time measurement of water level using admittance method.