TechRxiv

Paolo Carbone

Publications

  • Binary sequences for test signal generation obtained by evolutionary optimization
  • Advanced software tools for parametric identification based on quantized data
  • Statistical efficiency of synchronous time-to-digital converters
  • A simple and accurate model for predicting mismatch effects in Photovoltaic Arrays
  • Ranging results using a UWB platform in an indoor environment
  • Message from the chairpersons
  • A Wearable and Wirelessly Powered System for Multiple Finger Tracking
  • A 5.6-GHz UWB Position Measurement System
  • An Indoor AC Magnetic Positioning System
  • Guest Editorial: Special Issue on Complex Measurement Systems
  • Measuring the Noise Cumulative Distribution Function Using Quantized Data
  • Design and Characterization of a Portable Ultrasonic Indoor 3-D Positioning System
  • Parametric System Identification Using Quantized Data
  • A Structured Methodology for Measurement Development
  • Impact Factor and Research Quality
  • A Particle Filter for Robust Calibration of RF Ranging Systems
  • A Simple Ranging System Based on Mutually Coupled Resonating Circuits
  • Information and Statistical Efficiency When Quantizing Noisy DC Values
  • A Rigorous Analysis of Least Squares Sine Fitting Using Quantized Data: The Random Phase Case
  • An Accurate Indoor Position-Measurement System Using Mutually Coupled Resonating Circuits
  • Design and characterization of an ultrasonic indoor positioning technique
  • Bias Compensation When Identifying Static Nonlinear Functions Using Averaged Measurements
  • Histogram-Based Techniques for ADC Testing
  • Inexpensive Time Dissemination Using Magnetically Coupled Resonators
  • A simple ranging system based on mutually coupled resonating circuits
  • Measurement Fundamentals: A Pragmatic View
  • Accurate Sine-Wave Amplitude Measurements Using Nonlinearly Quantized Data
  • Frequency and Amplitude Domain DAC-ADC Co-Testing Using Ternary Signals
  • Online Identification of the LC Product in Coupled Resonant Circuits
  • I&M in navigation systems
  • Editorial: ADC Modelling, Testing and Data Converter Analysis and Design (vol 45, pg 2495, 2012)
  • Low Complexity UWB Radios for Precise Wireless Sensor Network Synchronization
  • ΣΔ-based removal of unwanted spectral components for sinewave synthesis
  • Development of an IoT Structural Monitoring System Applied to a Hypogeal Site
  • Estimation of the Magnetic Dipole Moment of a Coil Using AC Voltage Measurements
  • Joint Measurement of Signal Parameters and ADC Transition Levels
  • Calibration and Characterization of a Magnetic Positioning System Using a Robotic Arm
  • Quick Estimation of Periodic Signal Parameters From 1-Bit Measurements
  • Using Bluetooth Low Energy Technology to Perform ToF-Based Positioning
  • Measurement of the Parameters of Multiple Sinusoids Based on Binary Data
  • Parkinson’s Disease Patient Monitoring: A Real-Time Tracking and Tremor Detection System Based on Magnetic Measurements
  • Low-Complexity 1-bit Detection of Parametric Signals for IoT Sensing Applications
  • Quality of Measurement Information in Decision-Making
  • Online EIS and Diagnostics on Lithium-Ion Batteries by Means of Low-Power Integrated Sensing and Parametric Modeling
  • Gesture Recognition of Sign Language Alphabet Using a Magnetic Positioning System
  • MagIK: A Hand-Tracking Magnetic Positioning System Based on a Kinematic Model of the Hand
  • Digital Impedance Emulator for Battery Measurement System Calibration
  • Gesture recognition of sign language alphabet with a convolutional neural network using a magnetic positioning system
  • One-Bit Sine-Fit
  • Uncertainty Characterization of a Practical System for Broadband Measurement of Battery EIS
  • Woodchip humidity measurements using em pulse propagation time
  • Data converters: An empirical research on the correlation between scientific literature and patenting activity
  • A simple model for characterizing the behavior of photovoltaic modules
  • Modeling noise effects in time-to-digital converters
  • A simple time-domain-reflectometry based methodology for wood-chip humidity measurements
  • Signal processing issues in indoor positioning by ultra wide band radio aided inertial navigation
  • A sine generation and coherent sampling system with high time accuracy
  • EESMS 2010 - 2010 IEEE Worskshop on Environmental, Energy, and Structural Monitoring Systems, Proceedings: Message from the chairpersons
  • Integrated approach to a multifunctional complex: Sustainable design, building solutions and certifications
  • Indoor positioning by ultra wide band radio aided inertial navigation
  • Testing data converters when sampling is incoherent
  • Performance Comparison of Advanced Techniques for Voltage Dip Detection
  • Special Section on IMEKO 2011 International Workshop on ADC Modeling, Testing and Data Converter Analysis and Design and the IEEE 2011 ADC Forum
  • Generalized Likelihood Ratio Test for Voltage Dip Detection
  • Practical implementation issues in detecting voltage dips
  • Experimental Comparison of Low-Cost Sub-Nanosecond Pulse Generators
  • Performance Comparison of Advanced Techniques for Voltage Dip Detection
  • A Survey on Time Interval Measurement Techniques and Testing Methods
  • INDOOR POSITIONING BY ULTRAWIDE BAND RADIO AIDED INERTIAL NAVIGATION
  • A Novel Sample-and-Hold-Based Time-to-Digital Converter Architecture
  • Generalized Likelihood Ratio Test for Voltage Dip Detection
  • Statistical Properties of Voltage Dip Detectors
  • A Novel Charge-Pump Based Time-to-Digital Converter
  • A Vector Approach for Image Quality Assessment and Some Metrological Considerations
  • Accurate digital synthesis of sinewaves
  • A Low-Cost Ultra-Wideband Indoor Ranging System
  • A Portable Dielectric Constant Sensor Based on Time of Flight Measurements
  • An Automated Procedure for Selecting Frequency and Record Length when testing Data Converters
  • Statistical Properties of Voltage Dip Detectors
  • Characterization and Modeling of an Experimental UWB Pulse-Based Distance Measurement System
  • A comparison between foundations of metrology and software measurement
  • An Experimental UWB Distance Measurement System
  • Fault detection in atomic clock frequency standards affected by mean and variance changes and by an additive periodic component: the GLRT approach
  • Experimental Low-Cost Short Pulse Generators
  • Loopback Test and Error Correction of Data Converters
  • A low-cost ultra-wideband indoor ranging technique
  • Cramer-Rao Lower Bound for parametric estimation of quantized sinewaves
  • Monitoring signal integrity of atomic clocks by means of the GLRT
  • Binary sequences with good spectral properties obtained by genetic algorithms
  • Detection of anomalies in the behavior of atomic clocks
  • Noise parameter estimation from quantized data
  • Image quality assessment: an overview and some metrological considerations
  • Remote didactic laboratory "G. Savastano," the Italian experience for e-learning at the technical universities in the field of electrical and electronic measurements: Overview on didactic experiments
  • A demodulation technique for the sensing circuit of a MEMS gyroscope
  • Remote didatic laboratory "G. Savastano," The Italian experience for e-learning at the technical university in the field of electrical and electronic measurement: Architecture and optimization of the the communication performance based on thin client technology
  • The generalized likelihood ratio test for detecting anomalous behaviors of atomic clocks - art. no. 660310
  • A stability criterion for high-accuracy Delta-Sigma digital resonators
  • High-precision UWB-based timestamping
  • A vector approach to quality assessment of color images
  • A demodulation technique for the sensing circuit of a MEMS gyroscope
  • Fast estimation of A/D Converter Nonlinearities
  • Stability analysis of oscillators based on a delta-sigma topology
  • A stability criterion for high-accuracy Δ-∑ digital resonators
  • Remote didactic laboratory "G. Savastano": The Italian experience for the E-learning at the technical universities in the field of the electrical and electronic measurements, architecture and delivered services
  • Binary sequences with good spectral properties obtained by genetic algorithms
  • Statistical efficiency of sinewave fitting when using non-linear quantizers
  • Stochastic and reactive methods for the determination of optimal calibration intervals
  • Optimal calibration interval determination techniques: The example of a Rubidium frequency standard
  • A simple and time-effective procedure for ADC INL estimation
  • Spectral estimation of wide-band noise in delta-sigma modulators
  • Cramér-rao lower bound for parametric estimation of quantized sinewaves
  • CDMA system sensitivity to A/D conversion
  • Estimation of delta-sigma converter spectrum
  • Estimation of the in-band Delta-Sigma noise power based on windowed data
  • Measurement of static ADC nonlinearities using the servoloop method
  • Accurate digital synthesis of sinewaves
  • Average power estimation under nonsinusoidal conditions
  • Performance of simple response method for the establishment and adjustment of calibration intervals
  • Noise parameter estimation from quantized data
  • Fast estimation of ADC nonlinearities using the Sinewave Histogram Test
  • Metrology and software measurement: a comparison of some basic characteristics
  • Optimal calibration interval in case of integrated Brownian behavior: The example of a rubidium frequency standard
  • Sinewave generation with on board DAC non-linearity compensation using a Sigma Delta approach
  • Simple and time-effective procedure for ADC INL estimation
  • Spectral estimation of wideband noise in delta-sigma modulators
  • CDMA system sensitivity to Sigma Delta A/D conversion
  • Effective ADC linearity testing using sinewaves
  • Synthesis of binary test sequences with good spectral properties using an evolutionary algorithm
  • Design of a Delta-Sigma bandpass demodulator for a Z-axis MEMS vibrational gyroscope
  • Introduction to special issue on ADC modelling and testing - 8th workshop on ADC modelling and testing
  • Accuracy comparison between techniques for the establishment of calibration intervals: Application to atomic clocks
  • A procedure for highly reproducible measurements of ADC spectral parameters
  • Stochastic and reactive methods for the determination of optimal calibration intervals
  • Accuracy comparison between techniques for the establishment of calibration intervals: Application to atomic clocks
  • Estimation of the in-band delta-sigma noise power based on windowed data
  • An open distributed measurement system based on an abstract client-server architecture
  • Management of measurement uncertainty for effective statistical process control
  • A procedure for highly reproducible measurements of ADC spectral parameters
  • Measurement uncertainty and metrological confirmation in quality-oriented organizations
  • Management of measurement uncertainty for effective statistical process control
  • Statistical efficiency of the ADC sinewave histogram test
  • Efficiency of ADC linearity estimators
  • Sampling criteria for the estimation of multisine signal parameters
  • Open distributed control and measurement system based on an abstract client-server architecture
  • ADC sinewave histogram testing with quasi-coherent sampling
  • Marginal probability density function of granular quantization error in uniform quantizers
  • Windows for ADC dynamic testing via frequency-domain analysis
  • ADC sinewave histogram testing with quasi-coherent sampling
  • Design of ADC sinewave histogram test
  • Remote didactic laboratory "G. Savastano": the Italian experience for the e-learning at the technical universities in the field of the electrical and electronic measurements, overview on didactic experiments
  • Mean value and variance of noisy quantized data
  • ΔΣPLL for 14 b 50 kSample/s frequency-to-digital conversion of a 10 MHz FM signal
  • Dither signal effects on the resolution of non-linear quantizers
  • Implementation of a parallel virtual instrument
  • Fast least squares algorithms in linear identification
  • Stochastic-flash analog-to-digital conversion
  • Distortionless analog-to-digital conversion
  • An implementation of a parallel virtual instrument
  • Effective frequency-domain ADC testing
  • Frequency-domain-based least-squares estimation of multifrequency signal parameters
  • Sampling criteria for the estimation of multisine signal parameters
  • Frequency-domain based least-squares estimation of multifrequency signal parameters
  • Performance of stochastic and deterministic dithered quantizers
  • Average power estimation under nonsinusoidal conditions
  • Performance of stochastic and deterministic dithered quantizers
  • Design and characterization of a stochastic-flash ADC
  • Noise sensitivity of the ADC histogram test
  • A delta-sigma PLL for 14-b, 50 kSample/s frequency-to-digital conversion of a 10 MHz FM signal
  • Noise sensitivity of the ADC histogram test
  • Estimation of non-stationary sinewave amplitude via competitive Kalman filtering
  • PERFORMANCE OF STOCHASTIC QUANTIZERS EMPLOYING NON-LINER PROCESSING
  • CONVERSION ERROR IN D/A CONVERTERS EMPLOYING DYNAMIC ELEMENT MATCHING
  • Quantitative criteria for the design of dither-based quantizing systems
  • Performance of stochastic quantizers employing nonlinear processing
  • Rigorous error analysis of D/A conversion with dynamic element matching
  • DITHER SIGNAL EFFECTS ON THE RESOLUTION OF NONLINEAR QUANTIZERS
  • EFFECT OF ADDITIVE DITHER ON THE RESOLUTION OF IDEAL QUANTIZERS
  • Windows for ADC dynamic testing via frequency-domain analysis
  • EasyEIS: A software tool to perform electrochemical impedance spectroscopy using a source measure unit

Usage metrics

Co-workers & collaborators

Francesco Santoni

Francesco Santoni

Paolo Carbone's public data