| Two Questions for Legislators concerning Voting Machines |
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| Question #1. How much will it cost to maintain this fleet of large voting machines? | |
Specifications:(Voting Position): almost four feet long, four and one half feet deep and over six feet high. |
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Full-face touchscreen devices (DREs) must be kept in climate controlled warehouses. Unauthorized access to the DREs must be maintained. Specifications:(Storage Position): almost four feet long, two and one half feet deep and three and a third feet high. Full size image here
By contrast, optical scanners can be stacked up in storage, requiring far less space. Shown here are dozens of scanners stacked in a case that doubles as ballot storage during the election. |
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How do you test all of them? (click image for full-size)
Counties will be required to manually enter hundreds of votes into each and every machine before every election to verify their proper functioning. How large a staff must be hired to accomplish this?
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Hardware Obsolescence DREs have not been used long enough to know their anticipated lifetime, but no touch screen device is warranted for more than 5 years, due to the high failure rate of touch screens. Also, the DREs with voter verified paper ballots are untested and their useful lifespan is still unknown. Take the example of Georgia's $54 million purchase of electronic voting machines in 2002; it was hailed as a pioneering move that put the state on the cutting edge of elections technology. But just four years later, the machines could be headed for the same fate as their outmoded predecessors. Software upgardes Battery replacement In contrast, optical scanners are proven hardware. Scanners have been used for 20 years in many precincts around the United States and have proven to be very robust and long lasting. See this survey
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In contrast, optical ballot scanners are smaller and lighter. In states currently using optically scanned (PBOS) voting, election workers move the scanners. They weigh 19-39 pounds and take up less than 4 cubic feet per device. Also fewer scaners are required - only one per polling site. Expect to get 2 or 3 DREs per lever machine. Four Case Studies:
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Medium-Sized County Purchase costs purchase cost of scanners=$2,669,800purchase cost of DRE=$3,129,000 Additional purchase cost of DREs = $459,200 Dutchess figures here Orange Figures here analysis here |
Ongoing maintenance costs year-in, year-out, ongoing maintenance of touchscreen is 70% Higher than the cost of paper ballot voting. A North Carolina study showed Operating costs for DREs were about 1.5 times more than the operating costs for PBOS. A Florida study showed: The ongoing costs over two years for DRE voting was $2.9 million versus $1.7 million for PBOS voting. |
Bottom Line: Studies show that PBOS voting is more economical both in initial purchase costs and in longer-term maintenance and replacement costs. |
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| Question #2. How will PEOPLE deal with the new voting systems? | |
Voter Confidence Overall voter confidence for DRE machine systems is significantly lower than for PBOS. The five public hearings in Dutchess county showed that the overwhelming majority want PBOS. This is also borne out in statewide public testimony where almost all 2,000 submittals in 2005-2006 were pro-PBOS. Senior citizens' acceptance is lower for DRE systems. A Sun-Sentinel article showed there were 8 times as many undervotes on DRE equipment (1.09%) as there were on optical scan paper ballots (0.12%). A little simple math suggests that the elderly leave blank votes on e-voting machines about 30 times more often than they do on paper ballots. Minorities' acceptance: According to a study released by the Florida ACLU in 2002, African-American voters were disproportionately disenfranchised by Miami-Dade County's chaotic September 10th election on ES&S iVotronic touch-screen voting machines. Handicapped Accessibility PBOS accomodates voters with many disabilities by including a ballot marker for the handicapped community. Comparative studies in August 2005 showed that the AutoMARK ballot marker provided complete accessibility for more kinds of disabilities than DREs. Blind voters, in particular,enjoy independence with PBOS and ballot markers; the sight-impaired cannot verify their votes on touchscreen DREs because the paper trail cannot be submitted for an audio review. |
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How will Pollworkers react to the new election day tasks? Working the touchscreen DRE is complicated, with each voter needing to have an electronic cartridge to initialize the machine before they can vote. The number of things that can go wrong is certainly much more problematic than on an optical scan system (the sheet for trouble shooting DREs is about six pages, for OpScan two). Imagine having to halt your election every time the "ADD TONER" light comes on!) The procedures for starting up DREs is a bit involved. Rebooting a hung machine is time consuming, and there are electrical cords and cables to keep track of. Also, pollworkers will be required to insert a voter access cad for each voter coming to a touchscreen DRE; reports of card jams, invalid card messages, etc. will have to be handled by the pollworkers. Costs of pollworker training is higher for DRE systems. This results from, both longer training sessions and larger number of poll workers to train using a much more complicated system. OpScan training was a breeze compared to DREs. |
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Bottom Line: An easy-to-use and to maintain voting system will increase voter participation. Counting paper ballots with scanners is the best choice for New York voters and pollworkers.
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| Let the Election Commissioners know that Voting Machine Choice is a Town Concern, too. The answers to the fiscal and human factors questions makes the choice clear. We need to move to reliable, cost-effective and user-friendly scanner-counted paper ballot voting. |
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