Search results
Results from the WOW.Com Content Network
The oldest optical-scan voting systems scan ballots using optical mark recognition scanners. Voters mark their choice in a voting response location, usually filling a rectangle, circle or oval, or by completing an arrow. Various mark-sense voting systems have used a variety of different approaches to determining what marks are counted as votes.
Scantegrity II ballot and decoder pen. Left: Unmarked optical scan bubble. Right: Marked optical scan bubble revealing confirmation code "FY" The Scantegrity II voting procedure is similar to that of a traditional optical scan voting system, except that each voting response location contains a random confirmation code printed in invisible ink. [4]
Punchscan is an optical scan vote counting system invented by cryptographer David Chaum. Punchscan is designed to offer integrity, privacy, and transparency. The system is voter-verifiable, provides an end-to-end (E2E) audit mechanism, and issues a ballot receipt to each voter. The system won grand prize at the 2007 University Voting Systems ...
Counting ballots by an optical scanner, San Jose, California, 2018. In an optical scan voting system, or marksense, each voter's choices are marked on one or more pieces of paper, which then go through a scanner. The scanner creates an electronic image of each ballot, interprets it, creates a tally for each candidate, and usually stores the ...
The DS200 accepts two types of ballots: an optical scan ballot which is the regular ballot used in every election and ballot scan cards from ExpressVote machines.
1964: The Norden-Coleman optical scan voting system, the first such system to see actual use, was adopted for use in Orange County, California. [217] 1974: The Video Voter, the first DRE voting machine used in a government election, developed by the Frank Thornber Company in Chicago, Illinois, saw its first trial use in 1974 near Chicago. [218]
Rather than replacing the entire voting system, as is the case in all the preceding examples, it works as an add-on for existing optical scan voting systems, producing conventional voter-verifiable paper ballots suitable for risk-limiting audits. Scantegrity II employs invisible ink and was developed by a team that included Chaum, Rivest, and Ryan
This software or hardware is used in place of paper-based pollbooks, which are typically three-ring binders. Often, the functions of an e-pollbook include voter lookup, verification, identification, precinct assignment, ballot assignment, voter history update and other functions such as name change, address change and/or redirecting voters to ...