VLSI Design and Test

Process Aware Ultra-High-Speed Hybrid Sensing Technique for Low Power Near-Threshold SRAM
Process Aware Ultra-High-Speed Hybrid Sensing Technique for Low Power Near-Threshold SRAM
Process Aware Ultra-High-Speed Hybrid Sensing Technique for Low Power Near-Threshold SRAM
Process Aware Ultra-High-Speed Hybrid Sensing Technique for Low Power Near-Threshold SRAM
Process Aware Ultra-High-Speed Hybrid Sensing Technique for Low Power Near-Threshold SRAM
Process Aware Ultra-High-Speed Hybrid Sensing Technique for Low Power Near-Threshold SRAM
Process Aware Ultra-High-Speed Hybrid Sensing Technique for Low Power Near-Threshold SRAM
Process Aware Ultra-High-Speed Hybrid Sensing Technique for Low Power Near-Threshold SRAM
Process Aware Ultra-High-Speed Hybrid Sensing Technique for Low Power Near-Threshold SRAM
A Novel Design Methodology for High Tuning Linearity and Wide Tuning Range Ring Voltage Controlled Oscillator
A Novel Design Methodology for High Tuning Linearity and Wide Tuning Range Ring Voltage Controlled Oscillator
A Novel Design Methodology for High Tuning Linearity and Wide Tuning Range Ring Voltage Controlled Oscillator
A Novel Design Methodology for High Tuning Linearity and Wide Tuning Range Ring Voltage Controlled Oscillator
A Novel Design Methodology for High Tuning Linearity and Wide Tuning Range Ring Voltage Controlled Oscillator
A Novel Design Methodology for High Tuning Linearity and Wide Tuning Range Ring Voltage Controlled Oscillator
A Novel Design Methodology for High Tuning Linearity and Wide Tuning Range Ring Voltage Controlled Oscillator
A Novel Design Methodology for High Tuning Linearity and Wide Tuning Range Ring Voltage Controlled Oscillator
A Novel Design Methodology for High Tuning Linearity and Wide Tuning Range Ring Voltage Controlled Oscillator
A Low-Power Wideband High Dynamic Range Single-Stage Variable Gain Amplifier
A Low-Power Wideband High Dynamic Range Single-Stage Variable Gain Amplifier
A Low-Power Wideband High Dynamic Range Single-Stage Variable Gain Amplifier
A Low-Power Wideband High Dynamic Range Single-Stage Variable Gain Amplifier
A Low-Power Wideband High Dynamic Range Single-Stage Variable Gain Amplifier
A Low-Power Wideband High Dynamic Range Single-Stage Variable Gain Amplifier
A Low-Power Wideband High Dynamic Range Single-Stage Variable Gain Amplifier
An Ultra-Wideband Baseband Transmitter Design for Wireless Body Area Network
An Ultra-Wideband Baseband Transmitter Design for Wireless Body Area Network
An Ultra-Wideband Baseband Transmitter Design for Wireless Body Area Network
An Ultra-Wideband Baseband Transmitter Design for Wireless Body Area Network
An Ultra-Wideband Baseband Transmitter Design for Wireless Body Area Network
An Ultra-Wideband Baseband Transmitter Design for Wireless Body Area Network
An Ultra-Wideband Baseband Transmitter Design for Wireless Body Area Network
An Ultra-Wideband Baseband Transmitter Design for Wireless Body Area Network
An Ultra-Wideband Baseband Transmitter Design for Wireless Body Area Network
Computational Functions’ VLSI Implementation for Compressed Sensing
Computational Functions’ VLSI Implementation for Compressed Sensing
Computational Functions’ VLSI Implementation for Compressed Sensing
Computational Functions’ VLSI Implementation for Compressed Sensing
Computational Functions’ VLSI Implementation for Compressed Sensing
Computational Functions’ VLSI Implementation for Compressed Sensing
Computational Functions’ VLSI Implementation for Compressed Sensing
Computational Functions’ VLSI Implementation for Compressed Sensing
Computational Functions’ VLSI Implementation for Compressed Sensing
A Novel Input Capacitance Modeling Methodology for Nano-Scale VLSI Standard Cell Library Characterization
A Novel Input Capacitance Modeling Methodology for Nano-Scale VLSI Standard Cell Library Characterization
A Novel Input Capacitance Modeling Methodology for Nano-Scale VLSI Standard Cell Library Characterization
A Novel Input Capacitance Modeling Methodology for Nano-Scale VLSI Standard Cell Library Characterization
A Novel Input Capacitance Modeling Methodology for Nano-Scale VLSI Standard Cell Library Characterization
An Area Efficient Wide Range On-Chip Delay Measurement Architecture
An Area Efficient Wide Range On-Chip Delay Measurement Architecture
An Area Efficient Wide Range On-Chip Delay Measurement Architecture
An Area Efficient Wide Range On-Chip Delay Measurement Architecture
An Area Efficient Wide Range On-Chip Delay Measurement Architecture
An Area Efficient Wide Range On-Chip Delay Measurement Architecture
An Area Efficient Wide Range On-Chip Delay Measurement Architecture
An Area Efficient Wide Range On-Chip Delay Measurement Architecture
An Area Efficient Wide Range On-Chip Delay Measurement Architecture
An Area Efficient Wide Range On-Chip Delay Measurement Architecture
10 Gbps Current Mode Logic I/O Buffer
10 Gbps Current Mode Logic I/O Buffer
10 Gbps Current Mode Logic I/O Buffer
10 Gbps Current Mode Logic I/O Buffer
10 Gbps Current Mode Logic I/O Buffer
10 Gbps Current Mode Logic I/O Buffer
10 Gbps Current Mode Logic I/O Buffer
Kapees: A New Tool for Standard Cell Placement
Kapees: A New Tool for Standard Cell Placement
Kapees: A New Tool for Standard Cell Placement
Kapees: A New Tool for Standard Cell Placement
Kapees: A New Tool for Standard Cell Placement
Kapees: A New Tool for Standard Cell Placement
Kapees: A New Tool for Standard Cell Placement
Kapees: A New Tool for Standard Cell Placement
Preemptive Test Scheduling for Network-on-Chip Using Particle Swarm Optimization
Preemptive Test Scheduling for Network-on-Chip Using Particle Swarm Optimization
Preemptive Test Scheduling for Network-on-Chip Using Particle Swarm Optimization
Preemptive Test Scheduling for Network-on-Chip Using Particle Swarm Optimization
Preemptive Test Scheduling for Network-on-Chip Using Particle Swarm Optimization
Preemptive Test Scheduling for Network-on-Chip Using Particle Swarm Optimization
Preemptive Test Scheduling for Network-on-Chip Using Particle Swarm Optimization
Preemptive Test Scheduling for Network-on-Chip Using Particle Swarm Optimization
Preemptive Test Scheduling for Network-on-Chip Using Particle Swarm Optimization
Energy Efficient Array Initialization Using Loop Unrolling with Partial Gray Code Sequence
Energy Efficient Array Initialization Using Loop Unrolling with Partial Gray Code Sequence
Energy Efficient Array Initialization Using Loop Unrolling with Partial Gray Code Sequence
Energy Efficient Array Initialization Using Loop Unrolling with Partial Gray Code Sequence
Energy Efficient Array Initialization Using Loop Unrolling with Partial Gray Code Sequence
Energy Efficient Array Initialization Using Loop Unrolling with Partial Gray Code Sequence
Energy Efficient Array Initialization Using Loop Unrolling with Partial Gray Code Sequence
Energy Efficient Array Initialization Using Loop Unrolling with Partial Gray Code Sequence
Energy Efficient Array Initialization Using Loop Unrolling with Partial Gray Code Sequence
Energy Efficient Array Initialization Using Loop Unrolling with Partial Gray Code Sequence
Energy Efficient Array Initialization Using Loop Unrolling with Partial Gray Code Sequence
Design and Simulation of Bulk Micromachined Accelerometer for Avionics Application
Design and Simulation of Bulk Micromachined Accelerometer for Avionics Application
Design and Simulation of Bulk Micromachined Accelerometer for Avionics Application
Design and Simulation of Bulk Micromachined Accelerometer for Avionics Application
Design and Simulation of Bulk Micromachined Accelerometer for Avionics Application
Design and Simulation of Bulk Micromachined Accelerometer for Avionics Application
Performance Analysis of Subthreshold 32-Bit Kogge-Stone Adder for Worst-Case-Delay and Power in Sub-micron Technology
Performance Analysis of Subthreshold 32-Bit Kogge-Stone Adder for Worst-Case-Delay and Power in Sub-micron Technology
Performance Analysis of Subthreshold 32-Bit Kogge-Stone Adder for Worst-Case-Delay and Power in Sub-micron Technology
Performance Analysis of Subthreshold 32-Bit Kogge-Stone Adder for Worst-Case-Delay and Power in Sub-micron Technology
Performance Analysis of Subthreshold 32-Bit Kogge-Stone Adder for Worst-Case-Delay and Power in Sub-micron Technology
Performance Analysis of Subthreshold 32-Bit Kogge-Stone Adder for Worst-Case-Delay and Power in Sub-micron Technology
Performance Analysis of Subthreshold 32-Bit Kogge-Stone Adder for Worst-Case-Delay and Power in Sub-micron Technology
Performance Analysis of Subthreshold 32-Bit Kogge-Stone Adder for Worst-Case-Delay and Power in Sub-micron Technology
Characterization of Logical Effort for Improved Delay
Characterization of Logical Effort for Improved Delay
Characterization of Logical Effort for Improved Delay
Characterization of Logical Effort for Improved Delay
Characterization of Logical Effort for Improved Delay
Characterization of Logical Effort for Improved Delay
Characterization of Logical Effort for Improved Delay
Characterization of Logical Effort for Improved Delay
Characterization of Logical Effort for Improved Delay
Characterization of Logical Effort for Improved Delay
A Dual Material Double-Layer Gate Stack Junctionless Transistor for Enhanced Analog Performance
A Dual Material Double-Layer Gate Stack Junctionless Transistor for Enhanced Analog Performance
A Dual Material Double-Layer Gate Stack Junctionless Transistor for Enhanced Analog Performance
A Dual Material Double-Layer Gate Stack Junctionless Transistor for Enhanced Analog Performance
A Dual Material Double-Layer Gate Stack Junctionless Transistor for Enhanced Analog Performance
A Dual Material Double-Layer Gate Stack Junctionless Transistor for Enhanced Analog Performance
A Dual Material Double-Layer Gate Stack Junctionless Transistor for Enhanced Analog Performance
A Dual Material Double-Layer Gate Stack Junctionless Transistor for Enhanced Analog Performance
A Dual Material Double-Layer Gate Stack Junctionless Transistor for Enhanced Analog Performance
A Dual Material Double-Layer Gate Stack Junctionless Transistor for Enhanced Analog Performance
An Improved gm/ID Methodology for Ultra-Low-Power Nano-Scale CMOS OTA Design
An Improved gm/ID Methodology for Ultra-Low-Power Nano-Scale CMOS OTA Design
An Improved gm/ID Methodology for Ultra-Low-Power Nano-Scale CMOS OTA Design
An Improved gm/ID Methodology for Ultra-Low-Power Nano-Scale CMOS OTA Design
An Improved gm/ID Methodology for Ultra-Low-Power Nano-Scale CMOS OTA Design
An Improved gm/ID Methodology for Ultra-Low-Power Nano-Scale CMOS OTA Design
An Improved gm/ID Methodology for Ultra-Low-Power Nano-Scale CMOS OTA Design
An Improved gm/ID Methodology for Ultra-Low-Power Nano-Scale CMOS OTA Design
An Improved gm/ID Methodology for Ultra-Low-Power Nano-Scale CMOS OTA Design
An Improved gm/ID Methodology for Ultra-Low-Power Nano-Scale CMOS OTA Design
An Efficient RF Energy Harvester with Tuned Matching Circuit
An Efficient RF Energy Harvester with Tuned Matching Circuit
An Efficient RF Energy Harvester with Tuned Matching Circuit
An Efficient RF Energy Harvester with Tuned Matching Circuit
An Efficient RF Energy Harvester with Tuned Matching Circuit
An Efficient RF Energy Harvester with Tuned Matching Circuit
An Efficient RF Energy Harvester with Tuned Matching Circuit
An Efficient RF Energy Harvester with Tuned Matching Circuit
A Modified Gate Replacement Algorithm for Leakage Reduction Using Dual-Tox in CMOS VLSI Circuits
A Modified Gate Replacement Algorithm for Leakage Reduction Using Dual-Tox in CMOS VLSI Circuits
A Modified Gate Replacement Algorithm for Leakage Reduction Using Dual-Tox in CMOS VLSI Circuits
A Modified Gate Replacement Algorithm for Leakage Reduction Using Dual-Tox in CMOS VLSI Circuits
A Modified Gate Replacement Algorithm for Leakage Reduction Using Dual-Tox in CMOS VLSI Circuits
A Modified Gate Replacement Algorithm for Leakage Reduction Using Dual-Tox in CMOS VLSI Circuits
A Modified Gate Replacement Algorithm for Leakage Reduction Using Dual-Tox in CMOS VLSI Circuits
Impact of Fin Width and Graded Channel Doping on the Performance of 22nm SOI FinFET
Impact of Fin Width and Graded Channel Doping on the Performance of 22nm SOI FinFET
Impact of Fin Width and Graded Channel Doping on the Performance of 22nm SOI FinFET
Impact of Fin Width and Graded Channel Doping on the Performance of 22nm SOI FinFET
Impact of Fin Width and Graded Channel Doping on the Performance of 22nm SOI FinFET
Impact of Fin Width and Graded Channel Doping on the Performance of 22nm SOI FinFET
Impact of Fin Width and Graded Channel Doping on the Performance of 22nm SOI FinFET
Power Reduction by Integrated Within_Clock_Power Gating and Power Gating (WCPG_in_PG)
Power Reduction by Integrated Within_Clock_Power Gating and Power Gating (WCPG_in_PG)
Power Reduction by Integrated Within_Clock_Power Gating and Power Gating (WCPG_in_PG)
Power Reduction by Integrated Within_Clock_Power Gating and Power Gating (WCPG_in_PG)
Power Reduction by Integrated Within_Clock_Power Gating and Power Gating (WCPG_in_PG)
Power Reduction by Integrated Within_Clock_Power Gating and Power Gating (WCPG_in_PG)
Power Reduction by Integrated Within_Clock_Power Gating and Power Gating (WCPG_in_PG)
Power Reduction by Integrated Within_Clock_Power Gating and Power Gating (WCPG_in_PG)
Power Reduction by Integrated Within_Clock_Power Gating and Power Gating (WCPG_in_PG)
Design and Analysis of a Novel Noise Cancelling Topology for Common Gate UWB LNAs
Design and Analysis of a Novel Noise Cancelling Topology for Common Gate UWB LNAs
Design and Analysis of a Novel Noise Cancelling Topology for Common Gate UWB LNAs
Design and Analysis of a Novel Noise Cancelling Topology for Common Gate UWB LNAs
Design and Analysis of a Novel Noise Cancelling Topology for Common Gate UWB LNAs
Design and Analysis of a Novel Noise Cancelling Topology for Common Gate UWB LNAs
Design and Analysis of a Novel Noise Cancelling Topology for Common Gate UWB LNAs
Design and Analysis of a Novel Noise Cancelling Topology for Common Gate UWB LNAs
A Combined CMOS Reference Circuit with Supply and Temperature Compensation
A Combined CMOS Reference Circuit with Supply and Temperature Compensation
A Combined CMOS Reference Circuit with Supply and Temperature Compensation
A Combined CMOS Reference Circuit with Supply and Temperature Compensation
A Combined CMOS Reference Circuit with Supply and Temperature Compensation
A Combined CMOS Reference Circuit with Supply and Temperature Compensation
A Combined CMOS Reference Circuit with Supply and Temperature Compensation
A Combined CMOS Reference Circuit with Supply and Temperature Compensation
Convex Optimization of Energy and Delay Using Logical Effort Method in Deep Sub-micron Technology
Convex Optimization of Energy and Delay Using Logical Effort Method in Deep Sub-micron Technology
Convex Optimization of Energy and Delay Using Logical Effort Method in Deep Sub-micron Technology
Convex Optimization of Energy and Delay Using Logical Effort Method in Deep Sub-micron Technology
Convex Optimization of Energy and Delay Using Logical Effort Method in Deep Sub-micron Technology
Convex Optimization of Energy and Delay Using Logical Effort Method in Deep Sub-micron Technology
Convex Optimization of Energy and Delay Using Logical Effort Method in Deep Sub-micron Technology
Convex Optimization of Energy and Delay Using Logical Effort Method in Deep Sub-micron Technology
Convex Optimization of Energy and Delay Using Logical Effort Method in Deep Sub-micron Technology
A Cache-Aware Strategy for H.264 Decoding on Multi-processor Architectures
A Cache-Aware Strategy for H.264 Decoding on Multi-processor Architectures
A Cache-Aware Strategy for H.264 Decoding on Multi-processor Architectures
A Cache-Aware Strategy for H.264 Decoding on Multi-processor Architectures
A Cache-Aware Strategy for H.264 Decoding on Multi-processor Architectures
A Cache-Aware Strategy for H.264 Decoding on Multi-processor Architectures
A Cache-Aware Strategy for H.264 Decoding on Multi-processor Architectures
A Cache-Aware Strategy for H.264 Decoding on Multi-processor Architectures
A Cache-Aware Strategy for H.264 Decoding on Multi-processor Architectures
A Cache-Aware Strategy for H.264 Decoding on Multi-processor Architectures
Random-LRU: A Replacement Policy for Chip Multiprocessors
Random-LRU: A Replacement Policy for Chip Multiprocessors
Random-LRU: A Replacement Policy for Chip Multiprocessors
Random-LRU: A Replacement Policy for Chip Multiprocessors
Random-LRU: A Replacement Policy for Chip Multiprocessors
Random-LRU: A Replacement Policy for Chip Multiprocessors
Random-LRU: A Replacement Policy for Chip Multiprocessors
Random-LRU: A Replacement Policy for Chip Multiprocessors
Random-LRU: A Replacement Policy for Chip Multiprocessors
Random-LRU: A Replacement Policy for Chip Multiprocessors
Analysis of Crosstalk Deviation for Bundled MWCNT with Process Induced Height and Width Variations
Analysis of Crosstalk Deviation for Bundled MWCNT with Process Induced Height and Width Variations
Analysis of Crosstalk Deviation for Bundled MWCNT with Process Induced Height and Width Variations
Analysis of Crosstalk Deviation for Bundled MWCNT with Process Induced Height and Width Variations
Analysis of Crosstalk Deviation for Bundled MWCNT with Process Induced Height and Width Variations
Analysis of Crosstalk Deviation for Bundled MWCNT with Process Induced Height and Width Variations
Analysis of Crosstalk Deviation for Bundled MWCNT with Process Induced Height and Width Variations
Analysis of Crosstalk Deviation for Bundled MWCNT with Process Induced Height and Width Variations
Analysis of Crosstalk Deviation for Bundled MWCNT with Process Induced Height and Width Variations
Congestion Balancing Global Router
Congestion Balancing Global Router
Congestion Balancing Global Router
Congestion Balancing Global Router
Congestion Balancing Global Router
Congestion Balancing Global Router
Congestion Balancing Global Router
Congestion Balancing Global Router
Congestion Balancing Global Router
Congestion Balancing Global Router
CMOS ASIC Design of a High Performance Digital Fuzzy Processor That Can Compute on Arbitrary Membership Functions
CMOS ASIC Design of a High Performance Digital Fuzzy Processor That Can Compute on Arbitrary Membership Functions
CMOS ASIC Design of a High Performance Digital Fuzzy Processor That Can Compute on Arbitrary Membership Functions
CMOS ASIC Design of a High Performance Digital Fuzzy Processor That Can Compute on Arbitrary Membership Functions
CMOS ASIC Design of a High Performance Digital Fuzzy Processor That Can Compute on Arbitrary Membership Functions
CMOS ASIC Design of a High Performance Digital Fuzzy Processor That Can Compute on Arbitrary Membership Functions
CMOS ASIC Design of a High Performance Digital Fuzzy Processor That Can Compute on Arbitrary Membership Functions
CMOS ASIC Design of a High Performance Digital Fuzzy Processor That Can Compute on Arbitrary Membership Functions
CMOS ASIC Design of a High Performance Digital Fuzzy Processor That Can Compute on Arbitrary Membership Functions
Variation Robust Subthreshold SRAM Design with Ultra Low Power Consumption
Variation Robust Subthreshold SRAM Design with Ultra Low Power Consumption
Variation Robust Subthreshold SRAM Design with Ultra Low Power Consumption
Variation Robust Subthreshold SRAM Design with Ultra Low Power Consumption
Variation Robust Subthreshold SRAM Design with Ultra Low Power Consumption
Variation Robust Subthreshold SRAM Design with Ultra Low Power Consumption
Variation Robust Subthreshold SRAM Design with Ultra Low Power Consumption
Modeling of High Frequency Out-of-Plane Single Axis MEMS Capacitive Accelerometer
Modeling of High Frequency Out-of-Plane Single Axis MEMS Capacitive Accelerometer
Modeling of High Frequency Out-of-Plane Single Axis MEMS Capacitive Accelerometer
Modeling of High Frequency Out-of-Plane Single Axis MEMS Capacitive Accelerometer
Modeling of High Frequency Out-of-Plane Single Axis MEMS Capacitive Accelerometer
Modeling of High Frequency Out-of-Plane Single Axis MEMS Capacitive Accelerometer
Modeling of High Frequency Out-of-Plane Single Axis MEMS Capacitive Accelerometer
Modeling of High Frequency Out-of-Plane Single Axis MEMS Capacitive Accelerometer
CPK Based IO AC Timing Closure to Reduce Yield Loss and Test Time
CPK Based IO AC Timing Closure to Reduce Yield Loss and Test Time
CPK Based IO AC Timing Closure to Reduce Yield Loss and Test Time
CPK Based IO AC Timing Closure to Reduce Yield Loss and Test Time
CPK Based IO AC Timing Closure to Reduce Yield Loss and Test Time
CPK Based IO AC Timing Closure to Reduce Yield Loss and Test Time
CPK Based IO AC Timing Closure to Reduce Yield Loss and Test Time
CPK Based IO AC Timing Closure to Reduce Yield Loss and Test Time
CPK Based IO AC Timing Closure to Reduce Yield Loss and Test Time
CPK Based IO AC Timing Closure to Reduce Yield Loss and Test Time
Optimization of Underlap FinFETs and Its SRAM Performance Projections Using High-k Spacers
Optimization of Underlap FinFETs and Its SRAM Performance Projections Using High-k Spacers
Optimization of Underlap FinFETs and Its SRAM Performance Projections Using High-k Spacers
Optimization of Underlap FinFETs and Its SRAM Performance Projections Using High-k Spacers
Optimization of Underlap FinFETs and Its SRAM Performance Projections Using High-k Spacers
Optimization of Underlap FinFETs and Its SRAM Performance Projections Using High-k Spacers
Optimization of Underlap FinFETs and Its SRAM Performance Projections Using High-k Spacers
On-Chip Dilution from Multiple Concentrations of a Sample Fluid Using Digital Microfluidics
On-Chip Dilution from Multiple Concentrations of a Sample Fluid Using Digital Microfluidics
On-Chip Dilution from Multiple Concentrations of a Sample Fluid Using Digital Microfluidics
On-Chip Dilution from Multiple Concentrations of a Sample Fluid Using Digital Microfluidics
On-Chip Dilution from Multiple Concentrations of a Sample Fluid Using Digital Microfluidics
On-Chip Dilution from Multiple Concentrations of a Sample Fluid Using Digital Microfluidics
On-Chip Dilution from Multiple Concentrations of a Sample Fluid Using Digital Microfluidics
On-Chip Dilution from Multiple Concentrations of a Sample Fluid Using Digital Microfluidics
On-Chip Dilution from Multiple Concentrations of a Sample Fluid Using Digital Microfluidics
On-Chip Dilution from Multiple Concentrations of a Sample Fluid Using Digital Microfluidics
Automatic Test Bench Generation and Connection in Modern Verification Environments: Methodology and Tool
Automatic Test Bench Generation and Connection in Modern Verification Environments: Methodology and Tool
Automatic Test Bench Generation and Connection in Modern Verification Environments: Methodology and Tool
Automatic Test Bench Generation and Connection in Modern Verification Environments: Methodology and Tool
Automatic Test Bench Generation and Connection in Modern Verification Environments: Methodology and Tool
Automatic Test Bench Generation and Connection in Modern Verification Environments: Methodology and Tool
Automatic Test Bench Generation and Connection in Modern Verification Environments: Methodology and Tool
Automatic Test Bench Generation and Connection in Modern Verification Environments: Methodology and Tool
Automatic Test Bench Generation and Connection in Modern Verification Environments: Methodology and Tool
Automatic Test Bench Generation and Connection in Modern Verification Environments: Methodology and Tool
A Methodology for Early and Accurate Analysis of Inrush and Latency Tradeoffs during Power-Domain Wakeup
A Methodology for Early and Accurate Analysis of Inrush and Latency Tradeoffs during Power-Domain Wakeup
A Methodology for Early and Accurate Analysis of Inrush and Latency Tradeoffs during Power-Domain Wakeup
A Methodology for Early and Accurate Analysis of Inrush and Latency Tradeoffs during Power-Domain Wakeup
A Methodology for Early and Accurate Analysis of Inrush and Latency Tradeoffs during Power-Domain Wakeup
A Methodology for Early and Accurate Analysis of Inrush and Latency Tradeoffs during Power-Domain Wakeup
A Methodology for Early and Accurate Analysis of Inrush and Latency Tradeoffs during Power-Domain Wakeup
A Methodology for Early and Accurate Analysis of Inrush and Latency Tradeoffs during Power-Domain Wakeup
A Methodology for Early and Accurate Analysis of Inrush and Latency Tradeoffs during Power-Domain Wakeup
A Methodology for Early and Accurate Analysis of Inrush and Latency Tradeoffs during Power-Domain Wakeup
Fault Aware Dynamic Adaptive Routing Using LBDR
Fault Aware Dynamic Adaptive Routing Using LBDR
Fault Aware Dynamic Adaptive Routing Using LBDR
Fault Aware Dynamic Adaptive Routing Using LBDR
Fault Aware Dynamic Adaptive Routing Using LBDR
Fault Aware Dynamic Adaptive Routing Using LBDR
Fault Aware Dynamic Adaptive Routing Using LBDR
Fault Aware Dynamic Adaptive Routing Using LBDR
Architectural Level Sub-threshold Leakage Power Estimation of SRAM Arrays with its Peripherals
Architectural Level Sub-threshold Leakage Power Estimation of SRAM Arrays with its Peripherals
Architectural Level Sub-threshold Leakage Power Estimation of SRAM Arrays with its Peripherals
Architectural Level Sub-threshold Leakage Power Estimation of SRAM Arrays with its Peripherals
Architectural Level Sub-threshold Leakage Power Estimation of SRAM Arrays with its Peripherals
Architectural Level Sub-threshold Leakage Power Estimation of SRAM Arrays with its Peripherals
Architectural Level Sub-threshold Leakage Power Estimation of SRAM Arrays with its Peripherals
Architectural Level Sub-threshold Leakage Power Estimation of SRAM Arrays with its Peripherals
Architectural Level Sub-threshold Leakage Power Estimation of SRAM Arrays with its Peripherals
Architectural Level Sub-threshold Leakage Power Estimation of SRAM Arrays with its Peripherals
On Designing Testable Reversible Circuits Using Gate Duplication
On Designing Testable Reversible Circuits Using Gate Duplication
On Designing Testable Reversible Circuits Using Gate Duplication
On Designing Testable Reversible Circuits Using Gate Duplication
On Designing Testable Reversible Circuits Using Gate Duplication
On Designing Testable Reversible Circuits Using Gate Duplication
On Designing Testable Reversible Circuits Using Gate Duplication
On Designing Testable Reversible Circuits Using Gate Duplication
Circuit Transient Analysis Using State Space Equations
Circuit Transient Analysis Using State Space Equations
Circuit Transient Analysis Using State Space Equations
Circuit Transient Analysis Using State Space Equations
Circuit Transient Analysis Using State Space Equations
Circuit Transient Analysis Using State Space Equations
Circuit Transient Analysis Using State Space Equations
3D CORDIC Algorithm Based Cartesian to Spherical Coordinate Converter
3D CORDIC Algorithm Based Cartesian to Spherical Coordinate Converter
3D CORDIC Algorithm Based Cartesian to Spherical Coordinate Converter
3D CORDIC Algorithm Based Cartesian to Spherical Coordinate Converter
3D CORDIC Algorithm Based Cartesian to Spherical Coordinate Converter
3D CORDIC Algorithm Based Cartesian to Spherical Coordinate Converter
3D CORDIC Algorithm Based Cartesian to Spherical Coordinate Converter
3D CORDIC Algorithm Based Cartesian to Spherical Coordinate Converter
Level-Accurate Peak Activity Estimation in Combinational Circuit Using BILP
Level-Accurate Peak Activity Estimation in Combinational Circuit Using BILP
Level-Accurate Peak Activity Estimation in Combinational Circuit Using BILP
Level-Accurate Peak Activity Estimation in Combinational Circuit Using BILP
Level-Accurate Peak Activity Estimation in Combinational Circuit Using BILP
Level-Accurate Peak Activity Estimation in Combinational Circuit Using BILP
Level-Accurate Peak Activity Estimation in Combinational Circuit Using BILP
Level-Accurate Peak Activity Estimation in Combinational Circuit Using BILP
Design and Optimization of a 2x2 Directional Microstrip Patch Antenna
Design and Optimization of a 2x2 Directional Microstrip Patch Antenna
Design and Optimization of a 2x2 Directional Microstrip Patch Antenna
Design and Optimization of a 2x2 Directional Microstrip Patch Antenna
Design and Optimization of a 2x2 Directional Microstrip Patch Antenna
Design and Optimization of a 2x2 Directional Microstrip Patch Antenna
Design and Optimization of a 2x2 Directional Microstrip Patch Antenna
Design and Optimization of a 2x2 Directional Microstrip Patch Antenna
A New Method for Route Based Synthesis and Placement in Digital Microfluidic Biochips
A New Method for Route Based Synthesis and Placement in Digital Microfluidic Biochips
A New Method for Route Based Synthesis and Placement in Digital Microfluidic Biochips
A New Method for Route Based Synthesis and Placement in Digital Microfluidic Biochips
A New Method for Route Based Synthesis and Placement in Digital Microfluidic Biochips
A New Method for Route Based Synthesis and Placement in Digital Microfluidic Biochips
A New Method for Route Based Synthesis and Placement in Digital Microfluidic Biochips
A New Method for Route Based Synthesis and Placement in Digital Microfluidic Biochips
A New Method for Route Based Synthesis and Placement in Digital Microfluidic Biochips
A New Method for Route Based Synthesis and Placement in Digital Microfluidic Biochips
A New Method for Route Based Synthesis and Placement in Digital Microfluidic Biochips
A New Method for Route Based Synthesis and Placement in Digital Microfluidic Biochips
A New Method for Route Based Synthesis and Placement in Digital Microfluidic Biochips
A New Method for Route Based Synthesis and Placement in Digital Microfluidic Biochips
A New Method for Route Based Synthesis and Placement in Digital Microfluidic Biochips
Defect Diagnosis of Digital Circuits Using Surrogate Faults
Defect Diagnosis of Digital Circuits Using Surrogate Faults
Defect Diagnosis of Digital Circuits Using Surrogate Faults
Defect Diagnosis of Digital Circuits Using Surrogate Faults
Defect Diagnosis of Digital Circuits Using Surrogate Faults
Defect Diagnosis of Digital Circuits Using Surrogate Faults
Defect Diagnosis of Digital Circuits Using Surrogate Faults
Defect Diagnosis of Digital Circuits Using Surrogate Faults
Defect Diagnosis of Digital Circuits Using Surrogate Faults
Defect Diagnosis of Digital Circuits Using Surrogate Faults
Defect Diagnosis of Digital Circuits Using Surrogate Faults