Advanced Circuits and Systems for Healthcare and Security Applications

Advanced Circuits and Systems for Healthcare and Security Applications

Gupta, Brij B.; Singh, Jeetendra; Raj, Balwinder

Taylor & Francis Ltd

10/2024

254

Mole

9781032039084

15 a 20 dias

Descrição não disponível.
Chapter 1:Design and Analysis of VTFET Nanoscale device for Healthcare Safety System

Authors: Shailendra Singh, Sanjeev Kumar Bhalla, Jeetendra Singh, Shilpi Gupta, Balwinder Raj and N K Yadav

Chapter 2: Borospherene-based Molecular Junctions for Sensing Applications

Authors: Jupinder Kaur, Ravinder Kumar and Ravinder Singh Sawhney

Chapter 3: Nanowire FETs for Healthcare Applications

Authors: Deep Singh and Amandeep Singh

Chapter 4: TFET-based Sensor Design for Health care Applications

Authors: Tulika Chawla,Mamta Khosla, andBalwinder Raj

Chapter 5: Modeling and Simulation Analysis of TFET-based Devices for Biosensor Applications

Authors: M Arun Kumar and Meenakshi Devi

Chapter 6: Security-based Genetic Algorithms for Health care

Authors: Dr. Neeraj Kumar Rathore

Chapter 7: Role of High-performance VLSI in the Advancement of Healthcare Systems

Authors: Jeetendra Singh, Balwant Raj and Monirujjaman Khan

Chapter 8: Trust-based Security Model for Adaptive Decision Making in VANETs

Authors: Gurjot Kaur and Deepti Kakkar

Chapter 9: Security Attacks and Challenges of VANETs

Authors: Manojkumar B. Kokare, and Deepti Kakkar

Chapter 10: Energy Efficient Approximate Multipliers for ML Based Disease Detection Systems

Authors: Zainab Aizaz and Kavita Khare

Chapter 11: Cross Domain Analysis of Social Data and Effect of Valence Shifters

Authors: Dr Aarti and Raju Pal
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circuits;systems;healthcare;security;cybersecurity;applications;VLSI;Field Effect Transistor;Tunnel FET;Random Dopant Fluctuations;Ion Sensitive Field Effect Transistors;Short Channel Effects;Power Consumption;Vice Versa;Sub-threshold Swing;Gate Work Function;Vehicular Networks;Malicious Node;Molecular Junction;Dielectric Constant;SNN;Band Tunneling;Drain Current;Nano CMOS Era;Nanowire FET;Sentiment Analysis;Dg MOSFET;Memristive Neural Networks;Booth Multiplier;Gas Sensors;Valence Shifters;SS