Annals of Energy-Efficient VLSI Architectures

Articles

• PPA-Optimized VLSI Architecture for Energy-Efficient Digital Systems

  A. Surendar

  1-6

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• Sub-Threshold VLSI Circuits for Energy-Efficient Embedded Systems

  Ashu Nayak

  7-12

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• Ultra-Low-Power VLSI Design Using Near-Threshold Computing Paradigms

  K. Geetha

  13-19

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• Thermal-Reliable VLSI Architectures for Power-Constrained Applications

  P. Sathish Kumar

  20-27

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• Self-Optimizing VLSI Systems for Sustainable Embedded Computing

  M. Mejail, B.K. Nestares

  28-33

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• A Green VLSI Design Framework for Next-Generation Energy-Efficient Electronics

  N. Saranya

  34-39

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• Design and Performance Optimization of an Energy-Efficient VLSI Architecture for Low-Power Embedded Computing Systems

  M. Kavitha

  40-45

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• Near-Threshold Voltage Based VLSI Design for Ultra-Low-Power and Sustainable Integrated Circuits

  S. Sindhu

  46-52

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• Thermal-Aware and Power-Optimized VLSI Architecture for Green and Energy-Efficient System-on-Chip Applications

  O.J.M. Smith, K.N. Kantor, A. A. Zaky, G.F. Freire

  53-59

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• Power, Performance, and Area (PPA) Optimization Framework for Energy-Efficient VLSI System Design Using Reinforcement Learning

  Amelia Jones

  60-69

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• Sub-Threshold CMOS VLSI Architecture for Ultra-Low-Energy Embedded Processing in Sustainable Electronic Systems

  Harry Brown

  70-78

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• Ultra-Low-Power Near-Threshold VLSI Architecture for Energy-Constrained Embedded Systems

  Srikanth Reddy Keshi Reddy

  79-90

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• Energy-Aware Power, Performance, and Area Optimization in Nanoscale VLSI Circuits Using Multi-Objective Optimization Techniques

  Harsha Vardhan Reddy Kavuluri

  91-100

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• Sub-Threshold CMOS VLSI Design for Sustainable and Energy-Efficient IoT Devices

  Nareshkumar Jagadhabi

  101-110

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