Why Some Capacitive Screens Do Not Support Multitouch

Explains capacitive screens, differences between surface and projective capacitive technology, and why multitouch depends on sensing architecture and controller design.

Surface Light Wave Multipoint Touch Technology

Surface Light Wave (SLW) multipoint touch technology detects 'net breaks' in a surface light network to locate multiple touch points and approximate object contours.

Multi-Touch Functionality in Mobile Phones

Technical overview of multi-touch technology: multi-point input, gesture recognition, and common implementations (LLP, FTIR, optical) for interactive displays.

Face Recognition for Stadium Access Control

Technical overview of a stadium security system integrating face recognition with electronic ticketing for access control, real-time verification and liveness detection.

Why Capacitive Touchscreens Don’t Work with Gloves

Overview of resistive touchscreen vs capacitive touchscreen operation, stylus input, why nonconductive gloves fail, and water effects on touch and fingerprint sensors.

Comparing Emerging Materials for Touch Panels

Overview of metal mesh as an ITO alternative for touch panels: materials, fabrication methods, adoption and key challenges in transmittance, line width, and durability.

How Capacitive Styluses Work

Technical overview of capacitive stylus materials, active vs passive operation, and how capacitive touchscreens detect input via surface capacitance and electrode current ratios.

Why Touchscreens Require Skin Contact to Respond

Explains resistive vs capacitive touchscreen operation, why resistive needs pressure and capacitive relies on body coupling; effects of gloves and water.

Is Haptic Feedback Useful for Touchscreen Vibration

Analysis of Force Touch and refined haptic feedback: human perception, actuator options (ERM/LRA), and software integration for tactile interfaces and applications.

How License Plate Recognition Works

Overview of license plate recognition: image preprocessing, plate localization, character segmentation and recognition, and applications in traffic management.

Key Technologies in Intelligent Transportation

Overview of intelligent transportation systems and five emerging automotive technologies, including traffic signal recognition, V2V connectivity and autonomous vehicles.

Single-touch and Multi-touch Technologies for Touchscreens

Overview of touchscreen evolution, comparing resistive vs capacitive technologies and explaining full-area multi-touch benefits for OEMs and developers.

Why Capacitive Touch Became Dominant

Analysis of capacitive vs resistive touch: principles, form factors, strengths and weaknesses, and why capacitive touch became the mainstream choice.

Balancing Sensitivity and Noise Immunity in Touch ICs

Analysis of touch IC market and design trends: cost pressures, interference and noise-immunity trade-offs, sensitivity, wearables support and HotKnot interaction.

Apple 3D Touch pressure-sensitive input

Technical overview of Apple 3D Touch features: Peek and Pop previews, app icon quick action menus, keyboard trackpad, multitasking gesture, and pressure-sensitive drawing.

Human-Machine Interfaces Beyond Touch

Technical article about electronics and hardware engineering.

What Determines Smartphone Touchscreen Feel

Analysis of smartphone screen quality and user comfort, focusing on touchscreen responsiveness and linear motor haptic feedback differences across brands and models.

How Multitouch Is Implemented on Smartphones

Technical overview of multitouch technology, covering sensing mechanisms (FTIR, LLP, optical) and implementation trade-offs for gesture recognition and axis-based systems.

Types of Touchscreen Technologies

Technical overview of touchscreen technology, system architecture, and comparison of resistive and capacitive touch sensing methods used in embedded devices.

Why modern touchscreens no longer need calibration

Explains why early resistive touchscreens required user calibration and why modern capacitive touchscreens typically avoid calibration by using capacitance-based position sensing.