Global VLSI Research and Application Domains

Serial No.

Research Idea Topics for Global VLSI Application & Research Domains

1. Core Digital & Analog VLSI Design (1-50)

Low-power digital adder design using dynamic threshold logic.

High-speed multiplier architecture for arithmetic accelerators.

Low-voltage SRAM cell design for energy-efficient memory.

Clock distribution network optimization for large SoCs.

Adaptive power gating circuit for leakage reduction in submicron nodes.

Reconfigurable datapath design for multi-purpose DSP cores.

Low-jitter PLL design for clock synthesis in mixed-signal systems.

High-linearity operational transconductance amplifier for analog front-ends.

Radiation-tolerant flip-flop for space-grade ICs.

Digital phase detector circuit for clock recovery systems.

On-chip voltage regulator design for dynamic performance scaling.

Low-swing interconnect driver design for on-chip networks.

Leakage-tolerant domino logic for high-performance processors.

Adaptive biasing circuit for subthreshold digital design.

Asynchronous pipeline architecture for low dynamic power.

FPGA-based arithmetic unit for custom computing applications.

Dynamic body bias control circuit for energy-aware SoCs.

Multi-threshold CMOS (MTCMOS) power-saving technique for digital cores.

High-precision ADC architecture for mixed-signal VLSI.

DAC design with monotonic current-steering for signal reconstruction.

Delay-locked loop design for DDR memory timing circuits.

Level shifter design for multi-voltage domain systems.

On-chip temperature sensor for thermal-aware VLSI systems.

Self-healing logic circuit using redundancy and error correction.

Design-for-test (DFT) architecture with built-in self-test (BIST).

Low-capacitance layout optimization for analog/RF blocks.

Pipeline latch design with reduced setup time violation.

Static timing analysis automation for large digital systems.

Adaptive voltage scaling controller for SoC energy management.

Glitch-free clock gating logic for synchronous circuits.

Digitally tunable analog filter for reconfigurable front-ends.

Noise-tolerant comparator design for high-speed ADCs.

Transistor-level optimization for near-threshold computing.

Dual-edge triggered flip-flop for clock frequency reduction.

Embedded memory controller for low-latency data access.

Adaptive delay compensation in high-speed clock domains.

Custom cell library design for low-power digital synthesis.

Power-aware floorplanning and placement for SoC layout.

On-chip voltage droop detection and compensation circuit.

Yield-aware analog layout design methodology.

High-throughput pipelined arithmetic logic unit (ALU).

Leakage-aware standard cell design for advanced technology nodes.

Variation-tolerant SRAM architecture for nanoscale designs.

Hardware linear feedback shift register for random sequence generation.

Digitally controlled oscillator for mixed-signal synchronization.

Glitch-free multiplexer for timing-critical signal paths.

Dual-rail logic design for high reliability and low noise.

On-chip clock skew monitoring and correction circuit.

Reconfigurable logic cell design for FPGA-style architectures.

Energy-efficient comparator-based logic system for future digital cores.

2. Signal Processing & Communication VLSI (51-100)

FPGA-based FFT processor architecture for real-time signal analysis.

Low-power FIR filter using distributed arithmetic design.

Adaptive LMS filter implementation for noise cancellation hardware.

High-speed DCT architecture for image and video compression.

Hardware-efficient IIR filter with pipelined architecture.

OFDM baseband processor for wireless transceivers.

Viterbi decoder hardware for error correction in communication systems.

Reconfigurable digital up/down converter for SDR applications.

Low-power digital modulator for QPSK and QAM systems.

Channel estimation accelerator for 5G wireless systems.

Custom hardware for beamforming in smart antenna arrays.

FPGA-based MIMO signal processing engine.

Fast convolution engine for real-time audio signal filtering.

Hardware correlator for spread-spectrum communication.

Digital phase-locked loop for carrier synchronization.

Reed-Solomon encoder/decoder for robust data transmission.

ASIC implementation of turbo decoder for 4G/5G modems.

Low-latency LDPC decoder using parallel VLSI architecture.

Real-time spectral analyzer using hardware FFT engine.

Digital equalizer for channel distortion correction.

OFDM symbol synchronization circuit for wireless links.

FPGA-based baseband processor for cognitive radio systems.

Energy-efficient MAC unit for DSP applications.

Pipeline CORDIC processor for trigonometric operations.

Digital beamforming ASIC for radar and sonar systems.

Hardware accelerator for speech signal enhancement.

VLSI architecture for compressed sensing signal reconstruction.

FPGA-based ultra-wideband communication baseband module.

Fast Walsh-Hadamard transform processor for CDMA systems.

Power-optimized digital FIR filter bank for multi-rate systems.

On-chip spectrum sensing hardware for dynamic spectrum access.

Signal detection hardware for cognitive IoT radios.

Multi-core DSP processor architecture for real-time processing.

Adaptive modulation controller implemented in VLSI.

FPGA-based software-defined radio (SDR) platform controller.

Low-area multiplierless filter for hearing aid signal processors.

Error vector magnitude (EVM) measurement hardware.

FPGA-based pulse shaping filter for digital communication systems.

Hardware equalizer for underwater acoustic communication.

Parallel convolution engine for real-time image feature extraction.

Energy-efficient architecture for wireless sensor network transceivers.

Low-power FFT engine with clock gating and resource sharing.

VLSI hardware for phase and frequency estimation in signals.

Adaptive beamforming circuit for phased-array antennas.

Hardware-accelerated matched filter for radar pulse detection.

Channel state information (CSI) processor for MIMO systems.

Baseband ASIC for LoRa and narrowband IoT systems.

FPGA-based modem design for satellite communication links.

Multi-rate sample rate converter for digital audio systems.

Real-time DSP SoC integrating filter, FFT, and modulation cores.

3. AI, ML, and Neuromorphic Hardware VLSI (101-150)

Systolic array architecture for deep neural network acceleration.

FPGA-based convolutional neural network (CNN) inference engine.

Low-power DNN accelerator using weight sparsity optimization.

Hardware implementation of RNN for time-series prediction.

Binary neural network (BNN) accelerator for edge devices.

Analog neural computing core using memristor crossbars.

Neuromorphic spiking neuron array for cognitive processing.

FPGA-based LSTM processor for real-time speech recognition.

Hardware accelerator for transformer model inference.

Reconfigurable neural processing unit (NPU) for embedded AI.

Mixed-signal synaptic array for in-memory computation.

Hardware-efficient backpropagation engine for on-chip learning.

Low-latency hardware for CNN feature extraction.

Quantized neural network (QNN) accelerator for low-bit inference.

Event-driven neural processor for neuromorphic vision sensors.

Hardware realization of self-attention mechanism in transformers.

Sparse matrix multiplication accelerator for DNN workloads.

FPGA-based AI co-processor for medical image classification.

Custom MAC array for convolution layer acceleration.

On-chip adaptive learning engine for personalized AI models.

CNN accelerator using Winograd convolution optimization.

Low-area ReLU and pooling unit for hardware CNN.

Neural network accelerator with dynamic voltage scaling.

Hybrid analog-digital synapse model for low-power learning.

FPGA-based deep learning accelerator for defect detection in manufacturing.

On-chip quantization controller for neural network inference.

CNN accelerator with hardware pipeline reuse for resource sharing.

RISC-V-based AI accelerator with custom tensor instructions.

Low-power AI inference engine for wearable devices.

Distributed AI computing architecture for multi-chip SoCs.

VLSI design for spiking neural network (SNN) event encoding.

Hardware-optimized convolution unit using multiplier-less design.

FPGA-based hardware accelerator for reinforcement learning.

In-memory computing array for vector-matrix multiplication.

Low-energy neural processor for real-time object detection.

DNN accelerator with layer-wise power gating.

Neuromorphic chip for real-time visual event tracking.

FPGA-based gradient descent optimizer for adaptive systems.

Digital synapse array for hardware learning automation.

Edge AI inference SoC with integrated sensor front-end.

AI accelerator using mixed-precision arithmetic optimization.

Event-driven FPGA hardware for gesture recognition.

Hardware implementation of convolutional autoencoder.

AI accelerator with reconfigurable activation function unit.

Memristor-based crossbar computing for vector dot-product operations.

FPGA-based YOLO (You Only Look Once) object detection accelerator.

VLSI implementation of federated learning edge processor.

On-chip neuromorphic learning circuit with synaptic plasticity.

Low-power hardware inference for speech-to-text recognition.

Reconfigurable AI-ML system-on-chip for edge analytics and robotics.

4. Medical & Biomedical VLSI (151-200)

Low-power ECG signal processor for wearable cardiac monitoring.

FPGA-based EEG signal analysis for seizure detection.

ASIC design for real-time EMG signal processing in prosthetics.

On-chip QRS detection circuit for heart rate variability analysis.

Analog front-end IC for multi-channel biosignal acquisition.

CMOS bio-amplifier with high common-mode rejection for ECG.

FPGA-based ECG compression engine for wireless telemetry.

Adaptive digital filter hardware for EEG noise suppression.

Low-power SpO2 sensor interface circuit for wearable oximeters.

On-chip analog-to-digital converter optimized for bio-signals.

Real-time ECG classifier using neural hardware accelerator.

CMOS temperature sensor for implantable medical SoCs.

Energy-harvesting implantable VLSI for cardiac pacing.

Low-leakage VLSI for glucose level measurement sensors.

FPGA-based fetal heart rate detection system.

On-chip digital signal processor for blood pressure monitoring.

CMOS bio-impedance measurement circuit for tissue analysis.

Ultra-low-power biosignal ADC for implantable systems.

Real-time EMG-to-motion converter for prosthetic control.

FPGA-based MRI reconstruction accelerator.

Low-latency VLSI for ultrasound image enhancement.

AI-assisted medical image classifier hardware core.

ASIC for portable X-ray image preprocessing.

Edge AI VLSI for tumor detection in CT scans.

Neuromorphic architecture for EEG-based brain and computer interfaces.

FPGA-based real-time seizure alert device for epilepsy monitoring.

On-chip calibration system for biosensors.

Power-efficient ECG compression using wavelet-based hardware.

CMOS sensor interface for electrochemical glucose detection.

ASIC for real-time photoplethysmography (PPG) waveform processing.

Wireless telemetry SoC for implantable biosensors.

FPGA-based data fusion engine for multi-sensor medical systems.

On-chip adaptive filtering for artifact removal in ECG signals.

Low-noise analog front-end for neural recording systems.

FPGA implementation of convolutional network for medical image segmentation.

Power-aware SoC for wearable health monitoring.

Hardware encryption engine for secure health data transmission.

On-chip energy harvesting and management for implantable electronics.

Reconfigurable biosignal processor for ECG, EEG, and EMG fusion.

CMOS microelectrode array interface for neural probes.

FPGA-based Doppler signal processor for ultrasound velocity mapping.

Mixed-signal ASIC for cochlear implant sound processing.

FPGA-based hardware accelerator for blood pressure estimation.

On-chip compression and encryption for ECG telemetry systems.

CMOS front-end for continuous glucose monitoring patch devices.

Low-power pulse detection circuit for wearable PPG sensors.

Reconfigurable SoC for real-time patient monitoring systems.

FPGA-based bio-signal fusion processor for ICU analytics.

Edge AI hardware for remote diagnostic imaging.

Complete implantable VLSI platform with wireless power and telemetry.

5. Automotive & Intelligent Mobility VLSI (201-250)

FPGA-based LiDAR signal processing architecture for autonomous navigation.

Radar signal processing ASIC for automotive collision avoidance.

Sensor fusion processor for integrating camera, radar, and LiDAR data.

Hardware accelerator for object detection in ADAS systems.

Low-latency image recognition VLSI for real-time road monitoring.

FPGA-based lane departure warning signal processor.

Low-power SoC for electric vehicle (EV) battery management systems.

Hardware engine for adaptive cruise control data processing.

ASIC for vehicular communication (V2X) protocol acceleration.

Real-time FPGA-based obstacle detection using stereo vision.

Sensor interface ASIC for automotive MEMS accelerometers and gyros.

FPGA-based CAN bus controller with embedded diagnostics.

Digital control ASIC for EV motor drive and inverter systems.

On-chip fault-tolerant controller for automotive safety applications.

FPGA-based tire pressure monitoring system controller.

Low-latency video processing ASIC for autonomous vehicles.

FPGA-based AI accelerator for pedestrian detection.

Hardware architecture for dynamic path planning using neural models.

ASIC design for real-time vehicle collision prediction.

Hardware-based adaptive headlight control system.

Low-power FPGA for real-time traffic sign recognition.

Energy-efficient sensor fusion engine for autonomous vehicles.

Hardware encryption core for secure in-vehicle communication.

FPGA-based digital controller for automotive Li-ion battery systems.

Real-time object tracking engine for automotive vision.

DSP core for vehicle vibration and acoustic analysis.

ASIC for torque and traction control in electric vehicles.

FPGA-based intelligent parking assistance controller.

Hardware accelerator for road surface detection and classification.

On-chip fault diagnosis engine for automotive ECUs.

FPGA-based digital signal chain for ultrasonic parking sensors.

Hardware co-processor for real-time vehicle dynamics analysis.

Digital control ASIC for EV fast charging stations.

FPGA-based lane recognition and curvature estimation processor.

AI-accelerated vision SoC for autonomous navigation.

VLSI for adaptive braking and anti-lock braking system (ABS).

Real-time camera ISP hardware for high dynamic range (HDR) imaging.

FPGA-based LiDAR point cloud filtering and mapping.

On-chip predictive maintenance module for smart vehicles.

Hardware accelerator for driver fatigue and drowsiness detection.

Digital PLL for precision timing in automotive radar.

Energy-efficient SoC for electric powertrain management.

FPGA-based controller for vehicle-to-grid (V2G) communication.

On-chip neural controller for autonomous vehicle decision-making.

ASIC for radar chirp generation and correlation processing.

FPGA-based ECU gateway controller for multi-network integration.

Hardware accelerator for in-vehicle audio and noise cancellation.

ASIC for intelligent energy regeneration control in EVs.

FPGA-based real-time obstacle map generator for navigation.

Safety-certified automotive SoC with hardware redundancy and fail-safe mechanisms.

6. IOT, Edge and Sensor Node VLSI (251-300)

Ultra-low-power SoC design for battery-less IoT sensor nodes.

FPGA-based gateway controller for edge data aggregation.

On-chip sensor interface for temperature, humidity, and pressure sensing.

Energy-harvesting VLSI for self-powered IoT nodes.

Reconfigurable FPGA fabric for adaptive IoT protocol control.

ASIC for low-data-rate communication in NB-IoT networks.

Edge AI accelerator for real-time anomaly detection in IoT devices.

Low-power RF transceiver integrated with IoT microcontroller.

On-chip neural processor for intelligent edge decision-making.

Secure IoT node SoC with embedded cryptographic engine.

Energy-aware sensor fusion processor for distributed IoT systems.

Hardware scheduler for task allocation in edge computing clusters.

FPGA-based time synchronization module for IoT mesh networks.

On-chip ADC and amplifier for environmental sensor integration.

Low-power data compression unit for IoT telemetry systems.

SoC for agricultural IoT applications with soil and crop monitoring.

Hardware accelerator for smart city sensor data fusion.

Reconfigurable network-on-chip (NoC) for edge communication systems.

ASIC for low-latency gateway between BLE, ZigBee, and Wi-Fi modules.

FPGA-based hardware security module for IoT nodes.

Adaptive power management unit for solar-powered IoT sensors.

Event-driven wake-up receiver circuit for low-energy IoT.

Real-time analytics engine for edge-based predictive maintenance.

FPGA-based smart home controller for multi-sensor integration.

Low-area encryption module for secure edge communication.

AI-enabled VLSI for smart agriculture monitoring.

On-chip protocol converter for heterogeneous IoT communication.

Energy-efficient data compression engine for IoT telemetry.

CMOS humidity and gas sensor interface circuit.

Low-voltage analog front-end for industrial IoT transducers.

FPGA-based data aggregation engine for edge servers.

Reconfigurable SoC for dynamic IoT protocol switching.

On-chip anomaly detection circuit for industrial edge devices.

Hardware scheduler for fog computing environments.

FPGA-based real-time traffic and pollution monitoring node.

SoC for smart energy meters with edge data logging.

Hardware accelerator for blockchain-based IoT authentication.

Ultra-low-leakage SRAM for always-on edge devices.

FPGA-based IoT node for predictive industrial diagnostics.

Secure data logger SoC with real-time clock and crypto unit.

Low-power wake-up controller for energy-constrained IoT systems.

FPGA-based gateway for real-time edge AI analytics.

On-chip digital filter for smart environmental monitoring systems.

ASIC for machine-condition monitoring in Industry 4.0.

Reconfigurable DSP core for edge sensor analytics.

Energy-harvesting interface circuit for vibration-powered IoT.

FPGA-based distributed sensor fusion node for smart grids.

Hardware co-processor for wireless sensor network aggregation.

On-chip data integrity monitor for IoT edge devices.

Complete IoT edge SoC with integrated sensor, AI, and connectivity.

7. Aerospace & Defense VLSI (300-350)

Radiation-hardened flip-flop design for satellite-grade ICs.

Triple modular redundancy (TMR) FPGA design for fault-tolerant systems.

ASIC for attitude and orbit control system (AOCS) in satellites.

On-chip error correction engine for space memory systems.

Radiation-tolerant SRAM and ROM architectures for aerospace SoCs.

FPGA-based telemetry and telecommand processor for satellites.

Hardware encryption core for secure satellite communication.

Low-power ASIC for GPS and GNSS signal acquisition.

FPGA-based radar pulse compression and detection system.

Real-time synthetic aperture radar (SAR) image processing engine.

On-chip radiation sensor for monitoring cosmic particle flux.

Fault-tolerant computing module for deep-space exploration systems.

FPGA-based telemetry compression for downlink optimization.

Radiation-hardened power management unit for space payloads.

Hardware accelerator for real-time radar signal correlation.

FPGA-based onboard data handling unit for satellites.

Secure VLSI design for military-grade communication transceivers.

High-speed digital filter for airborne radar systems.

Hardware co-processor for missile guidance and control.

FPGA-based inertial navigation system (INS) processor.

ASIC for aircraft flight control data fusion.

Secure FPGA platform for defense-grade AI analytics.

Radiation-tolerant PLL design for satellite clock synchronization.

Hardware accelerator for synthetic radar image reconstruction.

FPGA-based pulse Doppler radar signal processor.

On-chip redundancy management for fault-tolerant avionics systems.

Real-time flight data recorder with built-in encryption engine.

ASIC for hyperspectral image processing in remote sensing satellites.

FPGA-based reconfigurable telemetry encoder for deep-space links.

Low-noise analog front-end for radar receiver systems.

Secure SoC for drone navigation and control applications.

High-speed signal correlator for GPS receivers.

On-chip anomaly detection circuit for aerospace health monitoring.

FPGA-based waveform generator for radar and sonar systems.

Radiation-hardened neural processor for AI-based space analytics.

Real-time FPGA controller for satellite solar panel alignment.

Secure cryptographic SoC for defense IoT networks.

ASIC for inertial measurement unit (IMU) signal conditioning.

FPGA-based flight control computer for UAVs.

Power-efficient telemetry transceiver SoC for nanosatellites.

Hardware co-processor for electronic warfare signal analysis.

Fault-tolerant processor architecture using redundant pipelines.

ASIC for radar pulse Doppler frequency analysis.

FPGA-based onboard AI accelerator for autonomous drones.

Radiation-immune memory controller for satellite data handling.

Real-time FPGA-based event detector for missile sensors.

On-chip radiation mitigation circuit using error correction codes.

Secure FPGA gateway for space-ground communication links.

AI-assisted VLSI system for predictive spacecraft diagnostics.

Radiation-hardened reconfigurable SoC for next-generation satellites.

8. Quantum, Photonic & Emerging Computing VLSI (351-400)

Quantum-classical hybrid VLSI interface for qubit control systems.

FPGA-based cryogenic controller for superconducting qubit arrays.

Photonic interconnect network for high-speed data communication on-chip.

CMOS-compatible silicon photonic transmitter and receiver design.

Quantum random number generator (QRNG) integrated on VLSI.

Hardware control unit for trapped-ion quantum processors.

Optical modulator driver ASIC for photonic computing platforms.

VLSI readout circuit for superconducting nanowire detectors.

Low-noise cryo-CMOS amplifier for quantum sensor interfaces.

Memristor-based synaptic array for analog in-memory computing.

Spintronic logic gate design for low-power data computation.

Hardware implementation of probabilistic neural computing.

3D integrated photonic electronic hybrid chip for AI acceleration.

Phase-change memory (PCM) array controller for emerging NVM systems.

Quantum error correction (QEC) hardware accelerator.

FPGA-based simulator for quantum circuit execution.

Low-jitter pulse generator for qubit manipulation.

Neuromorphic processor using resistive memory crossbars.

Photonic matrix multiplier for high-speed neural inference.

CMOS-compatible quantum dot readout circuit for spin qubits.

Hardware scheduler for hybrid quantum classical computing systems.

Silicon photonic routing fabric for optical NoC architectures.

Spin-transfer torque MRAM (STT-MRAM) controller ASIC.

Quantum measurement feedback circuit with ultra-low latency.

Analog in-memory compute engine for vector matrix multiplication.

FPGA-based photonic signal processing system.

3D-stacked heterogeneous integration of photonics and CMOS layers.

Cryogenic ADC for readout of quantum sensor signals.

Photonic WDM (wavelength division multiplexing) VLSI controller.

Reconfigurable analog computing architecture using memristors.

Hybrid spin-CMOS device model for non-volatile logic.

VLSI-based control sequencer for superconducting qubit arrays.

Silicon nitride photonic filter array for spectral computing.

FPGA-based analog digital hybrid computing accelerator.

All-optical logic gate design using nonlinear photonic devices.

Quantum annealing hardware core for optimization problems.

CMOS photodiode array for integrated quantum imaging sensors.

Low-energy magnetic tunnel junction (MTJ) logic array.

Photonic signal correlator for ultrafast image computation.

Resistive random-access memory (RRAM) controller for AI SoCs.

Optical neural network accelerator using integrated photonics.

Quantum dot-based single-electron transistor modeling in VLSI.

FPGA-based digital twin simulation of quantum gates.

Hybrid VLSI photonics co-design for data center interconnects.

Memristor crossbar array for unsupervised learning hardware.

Ultra-fast photonic ADC architecture for analog signal sampling.

Hardware neural processing unit using spintronic neurons.

Quantum optical signal interface ASIC for hybrid computing.

VLSI for low-temperature operation in quantum cryo-environments.

Photonic neuromorphic processor for energy-efficient AI workloads.

9. Energy, Power, and Green VLSI (401-450)

Low-dropout (LDO) voltage regulator for low-power SoCs.

On-chip DC to DC buck converter with digital control loop.

High-efficiency boost converter ASIC for battery-powered devices.

Adaptive power management unit for multi-domain SoCs.

FPGA-based controller for renewable energy microgrids.

Maximum power point tracking (MPPT) controller for solar PV systems.

On-chip battery management IC for Li-ion energy storage.

Energy-harvesting interface circuit for piezoelectric generators.

Power-gated architecture for ultra-low-leakage operation.

ASIC for smart grid energy measurement and billing.

On-chip current sensing amplifier for power control.

FPGA-based inverter controller for solar energy systems.

Adaptive body bias control circuit for power reduction.

Smart energy meter SoC with real-time analytics engine.

CMOS interface circuit for thermoelectric energy harvesters.

On-chip power integrity monitoring system.

Hybrid energy management ASIC for solar battery hybrid systems.

FPGA-based wind turbine control signal processor.

Power supply noise rejection filter for analog front-ends.

Energy-efficient voltage regulator with predictive load control.

Low-power on-chip charge pump design.

Smart energy router hardware for IoT power distribution.

ASIC for inductive wireless power transfer systems.

FPGA-based hardware for EV battery charging optimization.

On-chip energy metering circuit for real-time power analytics.

Ultra-low-voltage SRAM design for energy-constrained environments.

Energy-harvesting VLSI for body-powered biomedical sensors.

Smart grid communication controller with embedded encryption.

ASIC for bidirectional DC to DC converter in renewable systems.

Power-efficient clock generation circuit with adaptive scaling.

FPGA-based AI controller for dynamic power optimization.

Reconfigurable power management IC for IoT nodes.

Low-power bandgap reference circuit for sensor SoCs.

Energy-efficient signal path for photovoltaic monitoring systems.

FPGA-based battery health monitoring controller.

ASIC for DC microgrid load balancing and fault management.

Ultra-low-leakage transistor design for subthreshold operation.

On-chip voltage droop detection and correction module.

Hybrid renewable energy interface controller on FPGA.

Energy-adaptive hardware scheduler for green computing systems.

Low-power analog front-end for smart power meters.

ASIC for power factor correction (PFC) in industrial electronics.

Reconfigurable FPGA platform for sustainable power systems.

Dynamic voltage and frequency scaling (DVFS) controller for SoCs.

ASIC for supercapacitor-based energy storage control.

Power management circuit for wireless sensor networks.

FPGA-based hardware for power grid stability analysis.

Energy-efficient SoC for battery-less IoT platforms.

Green VLSI design methodology with carbon-aware metrics.

Smart hybrid energy controller integrating solar, wind, and storage subsystems.

10. Security, Cryptography & Blockchain Hardware VLSI (451-500)

Hardware AES encryption engine for secure embedded systems.

FPGA-based RSA accelerator for high-speed public key encryption.

ASIC implementation of SHA-256 hash processor for blockchain.

On-chip true random number generator (TRNG) using ring oscillators.

Secure boot controller with hardware-based authentication.

FPGA-based elliptic curve cryptography (ECC) processor.

Lightweight encryption core for IoT devices and sensor nodes.

ASIC for post-quantum cryptography algorithms (e.g., lattice-based).

Secure hardware root-of-trust (RoT) SoC architecture.

FPGA-based blockchain mining accelerator.

Hardware co-processor for zero-knowledge proof (ZKP) verification.

Secure memory controller with dynamic access control.

Tamper-detection circuitry for secure chip design.

FPGA-based digital signature verification module.

On-chip PUF (Physical Unclonable Function) for hardware authentication.

Side-channel attack resistant AES architecture.

ASIC for homomorphic encryption operations in cloud security.

FPGA-based intrusion detection engine for networked hardware.

Secure on-chip key generation and storage system.

Blockchain transaction accelerator for decentralized IoT nodes.

Hardware accelerator for secure multi-party computation (MPC).

Quantum-resistant key exchange hardware module.

FPGA-based HMAC (Hash-based Message Authentication Code) processor.

ASIC for privacy-preserving machine learning encryption.

Secure FPGA reconfiguration mechanism for defense-grade systems.

Hardware monitor for runtime security policy enforcement.

Secure NoC (Network-on-Chip) router with encrypted data paths.

On-chip firewall for trusted SoC architectures.

Blockchain validator node hardware for edge systems.

FPGA-based distributed ledger transaction processor.

Hardware accelerator for consensus algorithms in blockchain (e.g., Proof-of-Stake).

Secure hardware timestamping module for IoT data integrity.

ASIC implementation of Kyber key encapsulation mechanism.

FPGA-based password hash engine using bcrypt and scrypt algorithms.

Secure hardware enclave for confidential AI processing.

Energy-efficient cryptographic accelerator for mobile systems.

Blockchain co-processor for supply chain traceability.

Hardware security module (HSM) for cloud server protection.

On-chip monitoring circuit for detecting hardware Trojans.

FPGA-based post-quantum encryption testing platform.

Secure bootloader ASIC for automotive and aerospace systems.

Reconfigurable cryptographic engine supporting AES, DES, and ECC.

Hardware accelerator for privacy-preserving federated learning.

ASIC for lightweight block ciphers (e.g., PRESENT, SIMON).

Secure FPGA-based voting system hardware with blockchain verification.

Trusted execution environment (TEE) implementation in VLSI.

Hardware watermarking circuit for IP protection in SoCs.

FPGA-based real-time blockchain verifier for IoT networks.

On-chip anomaly detection circuit for runtime security threats.

Unified hardware platform combining AI, blockchain, and cryptographic cores for next-generation secure computing.