Virtual Reality Voting Ballot Interface Design
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Solution Overview
Problem
Traditional electronic voting systems are cumbersome, lack privacy, and are inefficient in terms of space and setup, especially when dealing with multiple races or ballot measures, as they require large machines and small print, which can compromise voter privacy and increase storage and transport challenges.
Innovation Solution
Implementing virtual or augmented reality voting systems that allow voters to view and mark ballots using gestures, providing enhanced privacy and the ability to present ballots across the full field of view, with dynamic formatting and rich media content, while recording voting sessions for audit trails and analytics.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If traditional electronic voting machines are used to display complete ballots, then full face requirements are met, but the machines become relatively large and take up significant space
Solution Approach 1:
The patent transitions from two-dimensional physical screens to three-dimensional virtual reality space. The virtual ballot is rendered in a 360-degree immersive environment, allowing the entire ballot to be displayed across the full field of view without being constrained by physical screen dimensions. This dimensional shift resolves the contradiction by providing unlimited display area in virtual space while keeping the physical voting device compact.
Solution Approach 2:
The patent creates a virtual copy of the ballot that can be manipulated and viewed in three-dimensional space. Instead of displaying the ballot on a fixed physical screen, the system generates a digital replica that can be rotated, zoomed, and viewed from any angle within the VR environment. This copying approach allows the complete ballot to be presented without requiring large physical dimensions.
2Reliability
If traditional electronic voting machines use larger screens to display complete ballots, then full face requirements are met, but privacy is compromised as others can view the votes
Solution Approach 1:
The patent moves the ballot display from a shared two-dimensional physical space to a private three-dimensional virtual space. The VR headset creates an isolated viewing environment where only the voter can see the ballot content. The virtual ballot is positioned in the user's personal space, making it invisible to external observers and thus protecting voter privacy while still displaying the complete ballot.
Solution Approach 2:
The patent uses the VR headset as a flexible boundary that defines a private viewing zone. The headset acts as a portable shield that separates the voter's visual field from the external environment, creating a privacy barrier that allows large ballot display without exposing votes to onlookers.
3Reliability
If traditional electronic voting machines display complete ballots, then full face requirements are met, but the machines are cumbersome and difficult to transport and store
Solution Approach 1:
The patent replaces the need for large physical display hardware with a lightweight virtual copy system. The ballot is rendered as digital content within the VR environment, eliminating the need for large physical screens. The voting machine itself becomes a portable computing device that generates and manages the virtual ballot, dramatically reducing size and improving portability while maintaining full ballot display capability.
Solution Approach 2:
The patent creates a universal voting platform that can adapt to different ballot sizes and complexities without requiring different hardware configurations. The VR-based system can dynamically adjust the virtual ballot display to accommodate any number of races or measures, making the device versatile and eliminating the need for specialized large-format machines for different election types.
4Reliability
If traditional electronic voting machines use smaller print to fit complete ballots, then full face requirements are met, but readability and voter comprehension are reduced
Solution Approach 1:
The patent transitions from fixed two-dimensional display constraints to three-dimensional virtual space. In the VR environment, the virtual ballot can be positioned at optimal viewing distance and scaled to appropriate size without being limited by physical screen dimensions. The text and ballot elements can be rendered at large, readable sizes while still fitting within the voter's field of view through spatial arrangement.
Solution Approach 2:
The patent implements a dynamic virtual ballot system that can adjust text size, spacing, and layout based on voter needs and viewing conditions. The virtual ballot can be zoomed in for detailed reading, rotated for optimal orientation, and repositioned within the VR space. This dynamic adaptability ensures high readability regardless of the number of races or measures on the ballot.
Data Source
AI summary
Methods, systems, and devices for voting are described that provide for a virtual or augmented reality based voting. A virtual or augmented reality device may be coupled with a voting server and configured to authorize a voting session for a voter. The virtual or augmented reality device, upon authorization of the voter, may present an associated ballot to the voter, such that the voter may see a virtual ballot, and mark selections on the ballot using gestures. The ballot may presented across the full field of view and can be extensible to be as long as needed to satisfy any full face requirements of a jurisdiction. Virtually generated ballots may dynamically present different languages, size of fonts, colors, or combinations thereof.