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Many election officials look to electronic voting systems as a means for improving their ability to more effectively conduct and administer elections. At the same time, many information technologists and activists have raised important concerns regarding the security of such systems. Policy makers are caught in the midst of a controversy with both political and technological overtones. The public debate about electronic voting is characterized by a great deal of emotion and rhetoric. Asking the Right Questions About Electronic Voting describes the important questions and issues that election officials, policy makers, and informed citizens should ask about the use of computers and information technology in the electoral processâ€"focusing the debate on technical and policy issues that need resolving. The report finds that while electronic voting systems have improved, federal and state governments have not made the commitment necessary for e-voting to be widely used in future elections. More funding, research, and public education are required if e-voting is to become viable.
Electronic voting is often seen as a tool for making the electoral process more efficient and for increasing trust in its management. Properly implemented, e-voting solutions can increase the security of the ballot, speed up the processing of results and make voting easier. However, the challenges are considerable. If not carefully planned and designed, e-voting can undermine the confidence in the whole electoral process. Technology upgrades in elections are always challenging projects that require careful deliberation and planning. Introducing e-voting is probably the most difficult upgrade as this technology touches the core of the entire electoral process—the casting and counting of the...
Every two years, media coverage of American elections turns into a horse-race story about who's leading the polls and who said what when. Give young adult readers clear explanations about how our election process actually works, why it matters, and how they can become involved. Using real-world examples and anecdotes, this book provides readers with thorough, nonpartisan explanations about primaries, the electoral college, checks and balances, polls, fundraising, and more. Updated with facts, figures, and analysis, this edition provides the next generation of voters with essential guidance about the past, present, and future of American elections. "[A] very readable, engaging, and entertaining history of American elections and politics for young people. Highly recommended."—starred, Booklist "Fleischer presents a potentially didactic subject matter in a digestible and organized manner. Recommended for middle to high school students, educators, and others interested in becoming civically informed and engaged."—School Library Journal
Secure Electronic Voting is an edited volume, which includes chapters authored by leading experts in the field of security and voting systems. The chapters identify and describe the given capabilities and the strong limitations, as well as the current trends and future perspectives of electronic voting technologies, with emphasis in security and privacy. Secure Electronic Voting includes state-of-the-art material on existing and emerging electronic and Internet voting technologies, which may eventually lead to the development of adequately secure e-voting systems. This book also includes an overview of the legal framework with respect to voting, a description of the user requirements for the development of a secure e-voting system, and a discussion on the relevant technical and social concerns. Secure Electronic Voting includes, also, three case studies on the use and evaluation of e-voting systems in three different real world environments.
This work is the only complete compilation of polls taken by the Gallup Organization, the world's most reliable and widely quoted research firm, in calendar year 2016. It is an invaluable tool for ascertaining the pulse of American public opinion as it evolves over the course of a given year, and—over time—documents changing public perceptions of crucial political, economic, and societal issues. It is a necessity for any social science research.
During the 2016 presidential election, America's election infrastructure was targeted by actors sponsored by the Russian government. Securing the Vote: Protecting American Democracy examines the challenges arising out of the 2016 federal election, assesses current technology and standards for voting, and recommends steps that the federal government, state and local governments, election administrators, and vendors of voting technology should take to improve the security of election infrastructure. In doing so, the report provides a vision of voting that is more secure, accessible, reliable, and verifiable.
Leading political theorists Jason Brennan and Lisa Hill debate the drawbacks and benefits of voter turnout.
This book constitutes the proceedings of the 6th International Conference on Electronic Voting, E-Vote-ID 2021, held online -due to COVID -19- in Bregenz, Austria, in October 2021. The 14 full papers presented were carefully reviewed and selected from 55 submissions. The conference collected the most relevant debates on the development of Electronic Voting, from aspects relating to security and usability through to practical experiences and applications of voting systems, as well as legal, social or political aspects.
In graph-based structural pattern recognition, the idea is to transform patterns into graphs and perform the analysis and recognition of patterns in the graph domain OCo commonly referred to as graph matching. A large number of methods for graph matching have been proposed. Graph edit distance, for instance, defines the dissimilarity of two graphs by the amount of distortion that is needed to transform one graph into the other and is considered one of the most flexible methods for error-tolerant graph matching.This book focuses on graph kernel functions that are highly tolerant towards structural errors. The basic idea is to incorporate concepts from graph edit distance into kernel functions...