ABSENTEE VOTING In South Carolina

This paper covers the topics: reasons to vote absentee, absentee voting at the county voter registration office, absentee voting by mail and military and overseas citizens

Absentee ballot legislation : hearing before the Subcommittee on Postal Operations and Services of the Committee on Post Office and Civil Service, House of Representatives, Ninety-sixth Congress, second session ... March 13, 1980.

"Serial no. 96-77."

Absentee voters and suffrage laws.

Limited, with minor exceptions, to continental United States.

Early voting /

"April 1994."

Voting: Fact sheet, August 11, 2014

Information for voting. Every citizen has the right to vote. Absentee voting information

Iowa Voter Guide, 2003

This Voter Guide is intended to help all eligible Iowans, regardless of health or physical disability, to register and vote on election day. This guide contains information on voter registration, voting accessibility, absentee voting and important election dates and deadlines. The Iowa Department for the Blind has an audio cassette version of this Voter Guide available for your convenience. NOTE: THIS VOTER GUIDE WAS VALID THROUGH 2003. IF YOU WANT THE CURRENT VOTER INFORMATION INCLUDING THE ABSENTEE BALLOT REQUEST FORM GO TO: http://www.sos.state.ia.us/elections/index.html

Military and overseas voter guidelines /

Provides information for citizens who live overseas or are serving in the U.S. Armed Forces and will not be in their home county on Election Day.

The electronic transmission of election materials /

"September 1995."

VOTING In South Carolina

This paper explains the voting process including: voting at the polling place, voting absentee, provisional ballots, photo ID requirements, curbside voting, assistance with voting, lost voter registration card and voters without photo ID.

Postmaterialist and economic voting in Australia, 1990-98

Recent research in Australian sociology and political science has debated the extent to which postmaterialist values and economic self-interest shape voting in federal elections. Some researchers have argued that postmaterialist values have partly displaced materialist concerns with physical security and economic well-being in Australian public life. This displacement, coupled with the adoption by major political parties of postmaterialist 'quality of life' issues such as the environment, has meant that voting in Australia has come to be more dependent on postmaterialist values than on perceptions of economic interest. Other research, however, has found no relationship between postmaterialist values and voting behaviour, while economic evaluations remain a strong determinant of voting behaviour. Part of the disagreement reflects methodological differences in the research. But different methodological problems compromise each of the previous studies. In this paper we use data from the 1990, 1993, 1996 and 1998 Australian Election Studies to investigate postmaterialist and economic voting in the Commonwealth House of Representatives and the Senate. Using various statistical methods, we first explore bivariate relationships between key variables and then use multivariate models of postmaterialist and economic voting to adjudicate between the contending positions.

Improving Remote Voting Security with Code Voting

One of the major problems that prevents the spread of elections with the possibility of remote voting over electronic networks, also called Internet Voting, is the use of unreliable client platforms, such as the voter's computer and the Internet infrastructure connecting it to the election server. A computer connected to the Internet is exposed to viruses, worms, Trojans, spyware, malware and other threats that can compromise the election's integrity. For instance, it is possible to write a virus that changes the voter's vote to a predetermined vote on election's day. Another possible attack is the creation of a fake election web site where the voter uses a malicious vote program on the web site that manipulates the voter's vote (phishing/pharming attack). Such attacks may not disturb the election protocol, therefore can remain undetected in the eyes of the election auditors. We propose the use of Code Voting to overcome insecurity of the client platform. Code Voting consists in creating a secure communication channel to communicate the voter's vote between the voter and a trusted component attached to the voter's computer. Consequently, no one controlling the voter's computer can change the his/her's vote. The trusted component can then process the vote according to a cryptographic voting protocol to enable cryptographic verification at the server's side.

EVIV: An end-to-end verifiable Internet voting system

Traditionally, a country's electoral system requires the voter to vote at a specific day and place, which conflicts with the mobility usually seen in modern live styles. Thus, the widespread of Internet (mobile) broadband access can be seen as an opportunity to deal with this mobility problem, i.e. the adoption of an Internet voting system can make the live of voter's much more convenient; however, a widespread Internet voting systems adoption relies on the ability to develop trustworthy systems, i.e. systems that are verifiable and preserve the voter's privacy. Building such a system is still an open research problem. Our contribution is a new Internet voting system: EVIV, a highly sound End-to-end Verifiable Internet Voting system, which offers full voter's mobility and preserves the voter's privacy from the vote casting PC even if the voter votes from a public PC, such as a PC at a cybercafe or at a public library. Additionally, EVIV has private vote verification mechanisms, in which the voter just has to perform a simple match of two small strings (4-5 alphanumeric characters), that detect and protect against vote manipulations both at the insecure vote client platform and at the election server side. (c) 2012 Elsevier Ltd. All rights reserved.

Verificação de protocolos de e-voting

Dissertação apresentada na Faculdade de Ciências e Tecnologia da Universidade Nova de Lisboa para obtenção do grau de Mestre em Engenharia Informática