Electronics, sensors and digital hardware

sort by:

<b>A Proposed Resolution of the Non-Existence of Odd Perfect Numbers </b><sup><em>within the Primordial Model:A Didactic,Fully Verified Perimeter Closure</em></sup>

<b>A Proposed Resolution of the Non-Existence of Odd Perfect Numbers </b><sup><em>within the Primordial Model:A Didactic,Fully Verified Perimeter Closure</em></sup>

preprint posted on 2025-10-28

Prime Weights and Spectra

Prime Weights and Spectra

preprint posted on 2025-10-26

Experimental data from "Uncovering resonances in nonlinear systems using experimental continuation"

figure posted on 2025-10-10

Alexandre Spits

Activitatea electrică a pielii ca predictor pentru debutul diabetului de tip II

Activitatea electrică a pielii ca predictor pentru debutul diabetului de tip II

presentation posted on 2025-08-25

Paul A. Gagniuc

Designing FIR and IIR Digital Filters for Low-Power Modems Using SIMULINK and VHDL

Designing FIR and IIR Digital Filters for Low-Power Modems Using SIMULINK and VHDL

journal contribution posted on 2025-08-11

Advanced Optimization Techniques for Enhancing Bandwidth and Gain in a 1.3 GHz Microstrip Patch Antenna Design for PAL TV Applications

Advanced Optimization Techniques for Enhancing Bandwidth and Gain in a 1.3 GHz Microstrip Patch Antenna Design for PAL TV Applications

journal contribution posted on 2025-08-11

The Future of IPTV: Security, AI Integration, 5G, and Next-Gen Streaming

The Future of IPTV: Security, AI Integration, 5G, and Next-Gen Streaming

journal contribution posted on 2025-08-11

Phased Array Antennas: Advancements and Applications

Phased Array Antennas: Advancements and Applications

journal contribution posted on 2025-08-11

VHDL-Based Low-Power Modem Design Using QPSK and IIR Filters on Xilinx FPGA

VHDL-Based Low-Power Modem Design Using QPSK and IIR Filters on Xilinx FPGA

journal contribution posted on 2025-08-11

<b>Una Demostración de la Conjetura Fuerte de Goldbach</b>

<b>Una Demostración de la Conjetura Fuerte de Goldbach</b>

preprint posted on 2025-08-10

<b>A Proof of the Strong Goldbach Conjecture </b>

<b>A Proof of the Strong Goldbach Conjecture </b>

preprint posted on 2025-08-10

FILES UNDER EMBARGO

TOWARDS ENERGY-EFFICIENT EDGE SYSTEMS: THROUGH IN-SENSOR AND IN-MEMORY COMPUTING

thesis posted on 2025-08-01 in Purdue University Graduate School

Nanostructure designs in oxides for enhanced resistive switching properties towards neuromorphic computing

Nanostructure designs in oxides for enhanced resistive switching properties towards neuromorphic computing

thesis posted on 2025-07-26 in Purdue University Graduate School

Design of a High-Performance Amplifier for Brain Computer Interface

Design of a High-Performance Amplifier for Brain Computer Interface

preprint posted on 2025-07-23

Interface coordinate.zip

dataset posted on 2025-07-06

Zhang Xiagnzhao

Line-Following Electronic Board for Robotics Applications

Line-Following Electronic Board for Robotics Applications

journal contribution posted on 2025-05-12

Erfan Sotoodeh Nia Korrani

FILES UNDER EMBARGO

IntegraBrain: A multi-modal neural interface for the detection and suppression of focal epilepsy

dataset posted on 2025-04-01 in The University of Sheffield

ONLINE RESOURCE

Electrometer calibration voltage ramp generator

online resource posted on 2025-03-05

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 35)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 35)

figure posted on 2025-02-20

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 34)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 34)

figure posted on 2025-02-20

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 33)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 33)

figure posted on 2025-02-20

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 32)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 32)

figure posted on 2025-02-20

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 31)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 31)

figure posted on 2025-02-20

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 30)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 30)

figure posted on 2025-02-20

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 29)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 29)

figure posted on 2025-02-20

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 28)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 28)

figure posted on 2025-02-20

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 27)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 27)

figure posted on 2025-02-20

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 26)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 26)

figure posted on 2025-02-20

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 25)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 25)

figure posted on 2025-02-20

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 24)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 24)

figure posted on 2025-02-20

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 23)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 23)

figure posted on 2025-02-20

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 22)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 22)

figure posted on 2025-02-20

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 21)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 21)

figure posted on 2025-02-20

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 20)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 20)

figure posted on 2025-02-19

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 19)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 19)

figure posted on 2025-02-19

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 18)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 18)

figure posted on 2025-02-19

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 17)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 17)

figure posted on 2025-02-19

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 16)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 16)

figure posted on 2025-02-19

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 15)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 15)

figure posted on 2025-02-19

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 14)

Solution-Processed 2D Materials and Their van der Waals Networks: Fabrication Strategies, Properties, and Scalable Device Applications (Figure 14)

figure posted on 2025-02-19