Titlebook: Cognitive Computing and Cyber Physical Systems; 4th EAI Internationa Prakash Pareek,Nishu Gupta,M. J. C. S. Reis Conference proceedings 202

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Performance Analysis of Hybrid BPSK-MPPM Modulated Multicore Fiber Interconnect SystemMCF) interconnect system is suggested for the foreseeable future exa-scale optical interconnect (OI) applications. The impact of different characteristic parameters like optical signal to noise ratio (OSNR), launch power, and inter-core crosstalk (XT) on bit error rate (BER) of hybrid BPSK-MPPM modu

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Performance Evaluation of Optical Links: With and Without Forward Error Correcting Codeserference. As the demand for faster and more reliable networks continues to grow, evaluating the performance of optical links becomes paramount. There are several approaches to developing performance prediction strategies for optical links, including analytical models, numerical simulations, and exp

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Investigation of Highly Sensitive and Linearly Responsive SAW Based Gas Sensor for Better N2 Detectiin many different fields. The application areas of SAW sensor include gas sensing, biosensor, measurement of many physical parameters like humidity, pressure, temperature and torque. In this study, the SAW sensor is presented as a nitrogen gas sensor. Nanomaterials are introduced to a conventional S

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Performance Evaluation of Off Grid Hybrid Distribution System with ANFIS ControllerMoreover, the battery performance and ANFIS-based maximum power point tracking (MPPT) are investigated. As per simulation findings, ANFIS based MPPT approach provides an effective outcome in terms of settling time, efficiency and accuracy in suggested microgrid systems.

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Single-Phase Grid and Solar PV Integration with 15-Level Asymmetrical Multilevel Inverter The proposed system is simulated in MATLAB 2023a with toolboxes. The simulation results show whether the inverter can export the power to the grid under various solar irradiance conditions. The solar-based proposed system is well suited for groups of houses in smart cities.

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Area Efficient and Ultra Low Power Full Adder Design Based on GDI Technique for Computing Systemsrding to the post-layout simulation findings. The suggested design technique produces full functionality, which shows resistance against the processes of global, local variations. The suggested design offers >57% energy efficient compared to the current efforts, according to energy measures that are

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IoT-Based Hi-Tech Battery Charger for Modern EVsan LCD interfaced with Arduino board. Another important feature added to the system is that entire information will be transmitted to the concerned mobile phone through a WiFi module using IOT technology. Wireless charging is a new technology for charging batteries that allows charging over short di

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