This document discusses electronic voting (e-voting) which allows voters to cast ballots electronically. It describes different methods of e-voting including kiosk, internet, telephone, punch card, and optical scan voting. It provides details on how each method works and examples of countries that have used certain methods. The document also discusses important attributes for voting systems such as eligibility, uniqueness, accuracy, verifiability, secrecy, and non-coerciability. It notes some advantages of e-voting such as being faster, cheaper, and more convenient while maintaining security.
An Overview of E-Voting Systems and Vote Verification TechniquesAli Al-Shammari
This document provides an overview of electronic voting (e-voting) systems and vote verification techniques. It discusses the types of e-voting systems, including in-person direct recording electronic (DRE) and optical scan systems, as well as online voting. The document also examines voter verifiability methods like VVPAT and cryptography-based approaches that aim to provide end-to-end verification while maintaining voter privacy. Overall, the document outlines challenges in fully verifying e-voting systems and balancing security, privacy and usability requirements.
Mobile voting is a digital system that allows people to see the votes as they are coming in, opposed to other voting systems, which require waiting until all votes can be counted.
E voting and lobbying with the aid of technologytangytangling
E-voting refers to electronic means of casting and counting votes, including through special kiosks, punch cards, optical scans, private networks, and phones. It aims to improve accessibility and save time over traditional voting, but relies on technology that introduces risks of electronic fraud, input errors, and technical difficulties compared to traditional paper ballots. E-voting systems work through various electronic methods of registering votes.
Design and Development of Secure Electronic Voting System Using Radio Frequen...iosrjce
IOSR Journal of Computer Engineering (IOSR-JCE) is a double blind peer reviewed International Journal that provides rapid publication (within a month) of articles in all areas of computer engineering and its applications. The journal welcomes publications of high quality papers on theoretical developments and practical applications in computer technology. Original research papers, state-of-the-art reviews, and high quality technical notes are invited for publications.
The document proposes a mobile voting system using iris recognition and cryptography. Voters would register through a website providing identification details. On voting day, authenticated voters would receive an encrypted SMS with candidate lists. Voters would select a candidate and the vote would be encrypted before transmission. The system aims to increase voter participation and security while reducing costs compared to traditional voting methods. However, mobile voting systems also face challenges regarding security, reliability, and preventing multiple votes.
The document presents a secure electronic voting system. It discusses the objectives of providing a secure, simple and reliable e-voting system. It outlines the disadvantages of traditional paper-based voting. The architecture of the proposed secure e-voting system is then described, which uses a three-tier architecture with an interface layer, application logic layer and database layer. Key aspects include voter authentication using a zero-knowledge proof protocol, homomorphic encryption of votes, and tallying of votes without decryption. The document provides details of the various phases and requirements of the secure e-voting system.
This document discusses electronic voting (e-voting) which allows voters to cast ballots electronically. It describes different methods of e-voting including kiosk, internet, telephone, punch card, and optical scan voting. It provides details on how each method works and examples of countries that have used certain methods. The document also discusses important attributes for voting systems such as eligibility, uniqueness, accuracy, verifiability, secrecy, and non-coerciability. It notes some advantages of e-voting such as being faster, cheaper, and more convenient while maintaining security.
An Overview of E-Voting Systems and Vote Verification TechniquesAli Al-Shammari
This document provides an overview of electronic voting (e-voting) systems and vote verification techniques. It discusses the types of e-voting systems, including in-person direct recording electronic (DRE) and optical scan systems, as well as online voting. The document also examines voter verifiability methods like VVPAT and cryptography-based approaches that aim to provide end-to-end verification while maintaining voter privacy. Overall, the document outlines challenges in fully verifying e-voting systems and balancing security, privacy and usability requirements.
Mobile voting is a digital system that allows people to see the votes as they are coming in, opposed to other voting systems, which require waiting until all votes can be counted.
E voting and lobbying with the aid of technologytangytangling
E-voting refers to electronic means of casting and counting votes, including through special kiosks, punch cards, optical scans, private networks, and phones. It aims to improve accessibility and save time over traditional voting, but relies on technology that introduces risks of electronic fraud, input errors, and technical difficulties compared to traditional paper ballots. E-voting systems work through various electronic methods of registering votes.
Design and Development of Secure Electronic Voting System Using Radio Frequen...iosrjce
IOSR Journal of Computer Engineering (IOSR-JCE) is a double blind peer reviewed International Journal that provides rapid publication (within a month) of articles in all areas of computer engineering and its applications. The journal welcomes publications of high quality papers on theoretical developments and practical applications in computer technology. Original research papers, state-of-the-art reviews, and high quality technical notes are invited for publications.
The document proposes a mobile voting system using iris recognition and cryptography. Voters would register through a website providing identification details. On voting day, authenticated voters would receive an encrypted SMS with candidate lists. Voters would select a candidate and the vote would be encrypted before transmission. The system aims to increase voter participation and security while reducing costs compared to traditional voting methods. However, mobile voting systems also face challenges regarding security, reliability, and preventing multiple votes.
The document presents a secure electronic voting system. It discusses the objectives of providing a secure, simple and reliable e-voting system. It outlines the disadvantages of traditional paper-based voting. The architecture of the proposed secure e-voting system is then described, which uses a three-tier architecture with an interface layer, application logic layer and database layer. Key aspects include voter authentication using a zero-knowledge proof protocol, homomorphic encryption of votes, and tallying of votes without decryption. The document provides details of the various phases and requirements of the secure e-voting system.
This document proposes an e-voting system that uses eye retina scanning and radio waves to securely transmit vote counts to a remote server. The current system relies on electronic voting machines at each booth that are vulnerable to tampering and technical issues. The proposed system aims to authenticate voters through biometric scanning and eliminate the risks of manipulating physical voting machines or their transportation by storing vote counts on a remote server.
The document summarizes the history, development, features, and operation of electronic voting machines (EVMs) used in India. It discusses how the concept of EVMs was proposed in 1977 to reduce election costs. Public sector companies developed prototype machines that were tested from 1980 onward. The final EVM design incorporates tamper-proof hardware and software to securely store votes. An EVM has a ballot unit for voting and a control unit for administering the process. Nearly 1 million machines have been deployed, with a low failure rate, saving around $40 million compared to paper ballots.
This document discusses security issues related to electronic voting systems. It examines security threats to direct recording electronic (DRE) voting machines, such as vulnerabilities in the Diebold software and database. Issues with DRE systems include a lack of voter-verified paper audit trails and difficulties with auditing and verifiability. Security threats to internet voting are also analyzed, including denial of service attacks, malware infections, and spoofing attacks. The document proposes solutions such as using open-source software, voter-verified paper audit trails, encryption protocols, and digital signatures to address security problems with electronic voting systems.
The document proposes a secure mobile-based voting system that allows voters to cast their votes from anywhere using a mobile device. It outlines the existing electronic and ballot-based voting systems and their drawbacks. The proposed system uses speech recognition and a three-tier architecture to authenticate voters and securely collect, count, and store votes. It aims to improve accessibility, participation, and reduce costs compared to traditional voting methods.
Secure electronic voting system using fingerprint techniqueAshutha K
This document proposes a secure electronic voting system using fingerprint authentication. It begins with an introduction that explains the goals of allowing voters to cast their ballots securely while addressing disadvantages of existing systems. It then describes the existing e-voting process and proposes a new system that integrates fingerprint authentication technology. The proposed system uses fingerprint matching to verify voters' identities and link them to candidate selections stored in a microcontroller. The document outlines the system components, implementation, advantages over other systems in preventing fraud and recounts, and concludes the fingerprint-based system can deliver more transparent and faster elections.
Due to advancements in technology, biometric voting systems are being adopted worldwide to address issues like voter fraud and inaccurate voter registration. The M2SYS TrueVoterTM system allows collection and storage of biometric voter data in standard formats and performs tasks related to voter records. It aims to ensure secure and reliable elections through eliminating ghost voting and accurately identifying voters. However, challenges remain such as lack of infrastructure and skills in some areas.
Mobile Voting System Using Advanced NFC Technologyijsrd.com
Electronic voting system are becoming popular with wide spread use of computer and embedded system. Security is the main important issue should be considered in such system. Mobile voting system is basically used for collecting and counting votes. In this technology include punch card, optical scan voting system. This paper proposes a new Mobile based voting system using advanced NFC technology, Voting is the process that allows the general public or the people to choose their leaders and articulate views on how they will be governed. This gives a comprehensive analysis of security with respect to NFC. This study deals with the use of information technology to handle electoral processes starting from voters and candidates registration to the actual casting and counting of ballots. Exploring mobile voting from a systems perspective can demonstrate the attributes of the current systems and the possible solutions for the voting process so any one can caste their vote from any place.
In this system the voter will scan his AADHAAR card barcode and authaunticate with his/her fingure prints... and than the candidates list in there respective area will be displayed , and then the voter will vote for the candidate he wants.. the vote is secure in
the same voting machine.
Global wireless e-voting would allow voters to cast ballots from anywhere using internet or mobile phones. The votes would be securely stored in a remote system and voters would be authenticated by the voting machine itself to prevent forgery. GWE-voting aims to make the voting process faster, cheaper, more convenient, and secure compared to traditional methods. It could be used for elections at any level from local clubs to national leaders. Security features would ensure only eligible voters can vote once and votes are recorded accurately and anonymously.
This document provides information about Venezuela's 2012 presidential election, which saw the reelection of Hugo Chavez. It discusses the scope and technology used in the election, including automated voting machines, electronic ballots, and a biometric voter authentication system. The document also summarizes the various technical audits performed before, during and after the election to verify the integrity and reliability of the voting system and results. Finally, it provides quotes from international observers and Venezuelan political and electoral officials who generally praise the transparency and security of Venezuela's automated voting system.
The document proposes a biometric voting system to address pitfalls in the current system like corruption and lack of integrity. It would use biometrics like fingerprints, iris scans, or voice recognition to verify voters' identities and authenticate their votes. The system would scan and process the biometrics to create templates, which would then be compared to templates in a database to verify voters are registered. If verified, the votes would be counted electronically and totals transmitted through a secure network to prevent fraud and rigging. While more secure, biometric systems also have disadvantages like cost, potential for false accepts/rejects, and challenges deploying in rural areas.
Electronic voting system is an effective approach for counting of votes could be faster, more accurate and less labor intensive. In this system we use one effective algorithm called minutiae for Fingerprint. This algorithm can be used to match the Fingerprint images. The Proposed system is used to avoid the vote recasting with help of RFID and Fingerprint. There is way to prohibit the same person from casting multiple ballots using Fingerprint and RFID. In an E-voting system, there is way to prohibit the same person from casting multiple ballots using Fingerprint.
AUTOMATIC VOTING MACHINE-AN ADVANCED MODEL FOR SECURED BIOMETRICS BASED VOTIN...anugulashivani
This document proposes an automatic voting machine model that uses biometrics for secure voting in India. The proposed system uses smart voter cards linked to Aadhaar identification numbers, which would allow voters to authenticate using fingerprint biometrics at automated voting machines. Voters would select candidates on a touchscreen, and fingerprint matching would confirm their identity before casting a vote. This system aims to make voting more accessible, secure and transparent by preventing duplicate votes and verifying that each vote is cast by the correct voter.
Biometric System Based Electronic Voting Machine Using Arm9 MicrocontrollerIOSR Journals
This document describes a proposed biometric system for an electronic voting machine that uses fingerprint authentication with an ARM9 microcontroller. The system aims to enhance security over existing EVMs by identifying voters through fingerprint matching instead of manual verification of ID cards. It discusses the components used, including an ARM9 microcontroller, KY-M6 fingerprint sensor module, and MAX232 for serial communication. The proposed system stores voter fingerprints during enrollment and matches them during voting to authenticate voters and prevent multiple votes. If validated, the voter can then cast their vote which is displayed and results can be viewed later through the centralized server.
This document proposes an electronic voting system that uses Aadhar cards and biometric authentication to identify voters and prevent bogus voting. It involves using barcode scanners to read the enrollment ID on Aadhar cards to retrieve voter details stored in a database. Fingerprint authentication would then verify voters' identities. If verified, an electronic voting machine would activate for voters to cast their votes. The system aims to make voting more secure and efficient by leveraging Aadhar card data and biometric authentication compared to traditional paper-based systems.
Venezuela held regional elections on December 16, 2012 to elect governors and legislative council representatives. Smartmatic provided the fully automated electoral solution for the 100% electronic vote, including voter authentication, voting machines, transmission of results, and tallying. Technical audits of the software, hardware, and voting process were conducted before, during and after the elections to verify the integrity and accuracy of the system.
This document discusses the history of voting in India using ballot boxes versus electronic voting machines (EVMs), and proposes developing an online e-voting system. It outlines some common problems with the current in-person system, such as booth capturing and delays in getting poll results. The proposed e-voting system would allow secure online voting through a web browser for more convenience. It provides hardware/software requirements and technological details like using .NET framework and SQL database. Key features would include secure login, viewing candidate profiles, and casting authenticated votes.
This document proposes a biometric voting system for India using thumb impressions. As an introduction, it notes the challenges for election commissions in conducting free and fair elections in India. It then describes how the system would work, using thumb impressions stored in a database pre-election to verify voters' identities and ensure no double voting. Key advantages are that it could help curb rigging and deliver more accurate and instantaneous results. The document outlines the proposed design and components, including scanning, searching, networking capabilities and security features to establish a reliable and secure system.
Abstract The dynamic nature of loads, seasonal variation of soil properties, uneven soil strata below footings or inappropriate design of foundation makes differential settlement inevitable. Differential settlement is largely responsible for developing forces or changing the existing forces in the structure and is often considered as the underlying cause of many structural failures. A structural engineer has to take into account these forces while designing the structure. Different structural parameters like stiffness of columns and beams and number of storeys and bays affect the response of the structure to differential settlement. In the present study, a plain portal frame subjected to constant differential settlement of 10 mm is analyzed for different cases using a structural analysis software i.e. STAAD Pro. Different parameters of the frame are varied to understand their influence on frame forces developed due to differential settlement. The parameters taken into account in this study are length of beam, height of column, moment of inertia of beam and column and number of storeys and bays. It is found that the forces in the frame developed due to differential settlement decrease on increasing beam lengths and column heights. Also, decreasing the moment of inertia of beams and columns is effective in reducing these forces. In addition, differential settlement tends to affect forces more in lower storeys as compared to higher storeys. The frame forces are more prominent for bays which are near to the support subjected to settlement. The increase or decrease in frame forces due to differential settlement can be attributed to the change in stiffness of the members. Hence, the study concludes that the stiffer members tend to develop higher forces for constant differential settlement in frames. Key Words: Differential settlement, Portal frame, Structural response, Frame forces, Storey, Bays
Credibility of Electronic Voting Machines (EVMs) in India Pranshu Rathee
The document provides an overview of electronic voting machines (EVMs) and voter-verified paper audit trail (VVPAT) in India, including:
1. The history of EVMs in India since their introduction in the 1980s and key events such as court rulings.
2. Details on the current Technical Expert Committee that oversees EVM development and evaluation, composed of experts from top technical institutions.
3. Administrative and technical safeguards for EVM security throughout the electoral process, from manufacturing to storage, involving multiple verification steps and participation of political parties.
E-voting technology provides an alternative to traditional paper-based voting through online and electronic means. It allows voters to cast ballots over the internet from any location. E-voting aims to provide instant results, make voting more convenient, and help increase voter turnout. However, some security and reliability concerns remain regarding online voting and ensuring the integrity of election results. Further encryption, verification methods, and testing of different e-voting systems is still needed.
Privacy in Computing - Impact on emerging technologiesMensah Sitti
This document discusses three emerging technologies - RFID, electronic voting, and VoIP/Skype - and their implications for privacy in computing. It provides details on what each technology is, how it works, current applications, and privacy and security concerns regarding individual tracking, access to sensitive data, and potential technical failures.
This document proposes an e-voting system that uses eye retina scanning and radio waves to securely transmit vote counts to a remote server. The current system relies on electronic voting machines at each booth that are vulnerable to tampering and technical issues. The proposed system aims to authenticate voters through biometric scanning and eliminate the risks of manipulating physical voting machines or their transportation by storing vote counts on a remote server.
The document summarizes the history, development, features, and operation of electronic voting machines (EVMs) used in India. It discusses how the concept of EVMs was proposed in 1977 to reduce election costs. Public sector companies developed prototype machines that were tested from 1980 onward. The final EVM design incorporates tamper-proof hardware and software to securely store votes. An EVM has a ballot unit for voting and a control unit for administering the process. Nearly 1 million machines have been deployed, with a low failure rate, saving around $40 million compared to paper ballots.
This document discusses security issues related to electronic voting systems. It examines security threats to direct recording electronic (DRE) voting machines, such as vulnerabilities in the Diebold software and database. Issues with DRE systems include a lack of voter-verified paper audit trails and difficulties with auditing and verifiability. Security threats to internet voting are also analyzed, including denial of service attacks, malware infections, and spoofing attacks. The document proposes solutions such as using open-source software, voter-verified paper audit trails, encryption protocols, and digital signatures to address security problems with electronic voting systems.
The document proposes a secure mobile-based voting system that allows voters to cast their votes from anywhere using a mobile device. It outlines the existing electronic and ballot-based voting systems and their drawbacks. The proposed system uses speech recognition and a three-tier architecture to authenticate voters and securely collect, count, and store votes. It aims to improve accessibility, participation, and reduce costs compared to traditional voting methods.
Secure electronic voting system using fingerprint techniqueAshutha K
This document proposes a secure electronic voting system using fingerprint authentication. It begins with an introduction that explains the goals of allowing voters to cast their ballots securely while addressing disadvantages of existing systems. It then describes the existing e-voting process and proposes a new system that integrates fingerprint authentication technology. The proposed system uses fingerprint matching to verify voters' identities and link them to candidate selections stored in a microcontroller. The document outlines the system components, implementation, advantages over other systems in preventing fraud and recounts, and concludes the fingerprint-based system can deliver more transparent and faster elections.
Due to advancements in technology, biometric voting systems are being adopted worldwide to address issues like voter fraud and inaccurate voter registration. The M2SYS TrueVoterTM system allows collection and storage of biometric voter data in standard formats and performs tasks related to voter records. It aims to ensure secure and reliable elections through eliminating ghost voting and accurately identifying voters. However, challenges remain such as lack of infrastructure and skills in some areas.
Mobile Voting System Using Advanced NFC Technologyijsrd.com
Electronic voting system are becoming popular with wide spread use of computer and embedded system. Security is the main important issue should be considered in such system. Mobile voting system is basically used for collecting and counting votes. In this technology include punch card, optical scan voting system. This paper proposes a new Mobile based voting system using advanced NFC technology, Voting is the process that allows the general public or the people to choose their leaders and articulate views on how they will be governed. This gives a comprehensive analysis of security with respect to NFC. This study deals with the use of information technology to handle electoral processes starting from voters and candidates registration to the actual casting and counting of ballots. Exploring mobile voting from a systems perspective can demonstrate the attributes of the current systems and the possible solutions for the voting process so any one can caste their vote from any place.
In this system the voter will scan his AADHAAR card barcode and authaunticate with his/her fingure prints... and than the candidates list in there respective area will be displayed , and then the voter will vote for the candidate he wants.. the vote is secure in
the same voting machine.
Global wireless e-voting would allow voters to cast ballots from anywhere using internet or mobile phones. The votes would be securely stored in a remote system and voters would be authenticated by the voting machine itself to prevent forgery. GWE-voting aims to make the voting process faster, cheaper, more convenient, and secure compared to traditional methods. It could be used for elections at any level from local clubs to national leaders. Security features would ensure only eligible voters can vote once and votes are recorded accurately and anonymously.
This document provides information about Venezuela's 2012 presidential election, which saw the reelection of Hugo Chavez. It discusses the scope and technology used in the election, including automated voting machines, electronic ballots, and a biometric voter authentication system. The document also summarizes the various technical audits performed before, during and after the election to verify the integrity and reliability of the voting system and results. Finally, it provides quotes from international observers and Venezuelan political and electoral officials who generally praise the transparency and security of Venezuela's automated voting system.
The document proposes a biometric voting system to address pitfalls in the current system like corruption and lack of integrity. It would use biometrics like fingerprints, iris scans, or voice recognition to verify voters' identities and authenticate their votes. The system would scan and process the biometrics to create templates, which would then be compared to templates in a database to verify voters are registered. If verified, the votes would be counted electronically and totals transmitted through a secure network to prevent fraud and rigging. While more secure, biometric systems also have disadvantages like cost, potential for false accepts/rejects, and challenges deploying in rural areas.
Electronic voting system is an effective approach for counting of votes could be faster, more accurate and less labor intensive. In this system we use one effective algorithm called minutiae for Fingerprint. This algorithm can be used to match the Fingerprint images. The Proposed system is used to avoid the vote recasting with help of RFID and Fingerprint. There is way to prohibit the same person from casting multiple ballots using Fingerprint and RFID. In an E-voting system, there is way to prohibit the same person from casting multiple ballots using Fingerprint.
AUTOMATIC VOTING MACHINE-AN ADVANCED MODEL FOR SECURED BIOMETRICS BASED VOTIN...anugulashivani
This document proposes an automatic voting machine model that uses biometrics for secure voting in India. The proposed system uses smart voter cards linked to Aadhaar identification numbers, which would allow voters to authenticate using fingerprint biometrics at automated voting machines. Voters would select candidates on a touchscreen, and fingerprint matching would confirm their identity before casting a vote. This system aims to make voting more accessible, secure and transparent by preventing duplicate votes and verifying that each vote is cast by the correct voter.
Biometric System Based Electronic Voting Machine Using Arm9 MicrocontrollerIOSR Journals
This document describes a proposed biometric system for an electronic voting machine that uses fingerprint authentication with an ARM9 microcontroller. The system aims to enhance security over existing EVMs by identifying voters through fingerprint matching instead of manual verification of ID cards. It discusses the components used, including an ARM9 microcontroller, KY-M6 fingerprint sensor module, and MAX232 for serial communication. The proposed system stores voter fingerprints during enrollment and matches them during voting to authenticate voters and prevent multiple votes. If validated, the voter can then cast their vote which is displayed and results can be viewed later through the centralized server.
This document proposes an electronic voting system that uses Aadhar cards and biometric authentication to identify voters and prevent bogus voting. It involves using barcode scanners to read the enrollment ID on Aadhar cards to retrieve voter details stored in a database. Fingerprint authentication would then verify voters' identities. If verified, an electronic voting machine would activate for voters to cast their votes. The system aims to make voting more secure and efficient by leveraging Aadhar card data and biometric authentication compared to traditional paper-based systems.
Venezuela held regional elections on December 16, 2012 to elect governors and legislative council representatives. Smartmatic provided the fully automated electoral solution for the 100% electronic vote, including voter authentication, voting machines, transmission of results, and tallying. Technical audits of the software, hardware, and voting process were conducted before, during and after the elections to verify the integrity and accuracy of the system.
This document discusses the history of voting in India using ballot boxes versus electronic voting machines (EVMs), and proposes developing an online e-voting system. It outlines some common problems with the current in-person system, such as booth capturing and delays in getting poll results. The proposed e-voting system would allow secure online voting through a web browser for more convenience. It provides hardware/software requirements and technological details like using .NET framework and SQL database. Key features would include secure login, viewing candidate profiles, and casting authenticated votes.
This document proposes a biometric voting system for India using thumb impressions. As an introduction, it notes the challenges for election commissions in conducting free and fair elections in India. It then describes how the system would work, using thumb impressions stored in a database pre-election to verify voters' identities and ensure no double voting. Key advantages are that it could help curb rigging and deliver more accurate and instantaneous results. The document outlines the proposed design and components, including scanning, searching, networking capabilities and security features to establish a reliable and secure system.
Abstract The dynamic nature of loads, seasonal variation of soil properties, uneven soil strata below footings or inappropriate design of foundation makes differential settlement inevitable. Differential settlement is largely responsible for developing forces or changing the existing forces in the structure and is often considered as the underlying cause of many structural failures. A structural engineer has to take into account these forces while designing the structure. Different structural parameters like stiffness of columns and beams and number of storeys and bays affect the response of the structure to differential settlement. In the present study, a plain portal frame subjected to constant differential settlement of 10 mm is analyzed for different cases using a structural analysis software i.e. STAAD Pro. Different parameters of the frame are varied to understand their influence on frame forces developed due to differential settlement. The parameters taken into account in this study are length of beam, height of column, moment of inertia of beam and column and number of storeys and bays. It is found that the forces in the frame developed due to differential settlement decrease on increasing beam lengths and column heights. Also, decreasing the moment of inertia of beams and columns is effective in reducing these forces. In addition, differential settlement tends to affect forces more in lower storeys as compared to higher storeys. The frame forces are more prominent for bays which are near to the support subjected to settlement. The increase or decrease in frame forces due to differential settlement can be attributed to the change in stiffness of the members. Hence, the study concludes that the stiffer members tend to develop higher forces for constant differential settlement in frames. Key Words: Differential settlement, Portal frame, Structural response, Frame forces, Storey, Bays
Credibility of Electronic Voting Machines (EVMs) in India Pranshu Rathee
The document provides an overview of electronic voting machines (EVMs) and voter-verified paper audit trail (VVPAT) in India, including:
1. The history of EVMs in India since their introduction in the 1980s and key events such as court rulings.
2. Details on the current Technical Expert Committee that oversees EVM development and evaluation, composed of experts from top technical institutions.
3. Administrative and technical safeguards for EVM security throughout the electoral process, from manufacturing to storage, involving multiple verification steps and participation of political parties.
E-voting technology provides an alternative to traditional paper-based voting through online and electronic means. It allows voters to cast ballots over the internet from any location. E-voting aims to provide instant results, make voting more convenient, and help increase voter turnout. However, some security and reliability concerns remain regarding online voting and ensuring the integrity of election results. Further encryption, verification methods, and testing of different e-voting systems is still needed.
Privacy in Computing - Impact on emerging technologiesMensah Sitti
This document discusses three emerging technologies - RFID, electronic voting, and VoIP/Skype - and their implications for privacy in computing. It provides details on what each technology is, how it works, current applications, and privacy and security concerns regarding individual tracking, access to sensitive data, and potential technical failures.
The first e-voting system specifically designed for professional unions and community needs. We believe that technology has a huge role in making our institutions more democratic, transparent and effective.
Soofragio brings democracy to the digital age by making electronic voting simple, accessible and trustworthy.
Poll Watcher Training slides for GeorgiaDavid Hancock
The document provides an overview of poll watching and ballot review panels in Georgia elections. It defines poll watchers as individuals who observe election procedures without disrupting voting. It outlines the process for political parties and candidates to designate poll watchers and their roles and restrictions. It also describes how ballot review panels are assembled to manually review ballots rejected by tabulators and attempt to determine voter intent, such as in cases of overvotes or write-ins. The document provides guidance on the composition and scope of authority of these panels under Georgia law.
2022 General Election Presentation for BOS -edited 1.10.23 (1).pptxLarry Bodine
The document provides information about early voting for the 2022 general election in Pima County, Arizona. It outlines early voting dates from September 23rd to November 8th and the number of active, inactive, and total registered voters. Statistics on early ballot requests, methods of returning ballots, numbers processed and tabulated are presented. The document also discusses accessibility improvements like large print and Braille ballots, accessible voting machines, and team voting services for residents who cannot vote in person.
E-voting allows voters to cast ballots electronically. While it provides advantages like accessibility, e-voting also presents security risks if machines are hacked that could influence election outcomes. To address this, some propose using voter-verifiable paper ballots that print votes for voters to confirm, or encrypting votes separately to enable faster recounts. However, e-voting machines remain unreliable overall, so the security problems outweigh the advantages despite efforts to improve security.
This document proposes a solution called "Absentee Voting for All" to address the problem of declining voter turnout in India due to many citizens not being present in their home constituency on election days. The key aspects of the proposed solution are:
1) Citizens would be able to apply for and receive a Special Voting ID Card that contains encrypted voter information and a QR code.
2) On election days, citizens could vote at special polling stations set up across the country where election officials would verify their identity using the QR code and allow them to cast an absentee vote for their home constituency.
3) Votes would be recorded on a Modified Electoral Voting Machine and transmitted electronically to
This document proposes a solution called "Absentee Voting for All" to address the problem of declining voter turnout in India due to many citizens not being present in their home constituency on election days. The key aspects of the proposed solution are:
1) Citizens would be able to apply for and receive a Special Voting ID Card that contains encrypted voter information and a QR code.
2) On election days, citizens could vote at special polling stations set up across the country where election officials would verify their identity using the QR code and allow them to cast an absentee vote for their home constituency using a Modified Electoral Voting Machine.
3) Votes would be centrally counted and results compiled
NIGERIA 2023 ELECTIONS: VOTERS NEED TO KNOW & INEC PREPAREDNESS.pptxOlatunde Tijani
A presentation by Olatunde Tijani, INEC Facilitator/SPO at the February 2023 Monthly Webinar of Nigeria Computer Society, Ogun State Chapter dated 23rd February, 2023
The document provides information for volunteers assisting with election protection efforts in Connecticut for the 2012 elections. The goal is to ensure voters have necessary information and their votes are counted by addressing issues like voter suppression, deceptive practices, and intimidation. Volunteers will monitor polling locations for problems, answer voter questions, and refer issues to a hotline. They must remain non-partisan and should not confront or challenge voters, but instead ensure they have a positive voting experience.
What journalists should know about the election results transmission systemInternewsKE
The IEBC is implementing an Electronic Results Transmission system to allow provisional election results to be electronically transmitted from polling stations to tallying centers. Presiding officers will use mobile devices to enter results from paper forms into an app, which will transmit the data over mobile networks to the IEBC headquarters for consolidation and publication. The results transmission system is part of the IEBC's overall results management system and will graphically display provisional results online and through APIs for independent analysis.
The document outlines the key aspects of an online voting system project. It includes an introduction to the system, background and significance of the study, objectives, justification and scope. It also describes old voting methods, security issues, requirements, problems with existing systems, software/hardware needs, data flow diagrams, database tables and testing approaches. The conclusion is that the online voting system will manage voter information and voting in a more secure, cost-effective and convenient manner than traditional methods.
This document describes a biometric voting machine that uses fingerprint and facial recognition to verify a voter's identity and allow electronic voting. The machine scans biometric data from identification documents to enroll fingerprints and photos, then matches this to centralized identity records to verify voting eligibility. Voters make selections by touching candidates' names or photos on the machine's screen. The votes are printed for verification and electronically transmitted to a central system using encryption and secure connections. The goal is to automate voting using biometrics for secure identity verification while protecting personal voting information and preventing improper access to centralized databases.
The document outlines the key aspects of an online voting system project. It includes sections on the introduction, background, objectives, justification, scope, requirements, and security issues of the online voting system. It also provides entity relationship and data flow diagrams to model the system's design, along with proposed database tables, screenshots, and conclusions. The goal of the project is to develop an automated and secure online system to allow voters to cast their votes from any location in a fast, convenient, and verifiable manner.
How to vote in Estonia with the i-voting systemSmartmatic
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Town of Collingwood Election Voting Method Slideshow
1. Alternative
Voting Methods
Traditional Paper Ballot (hand count)
and Polling Stations
Traditional Paper Ballot (tabulator
count) and Polling Stations
Vote by Mail (tabulator count)
Internet Voting
Touch Screen Voting
Telephone Voting
Combination of any of the above
3. Paper Ballots (Hand Count)
Voters receive a voter card informing them of polling stations
and identification requirements.
Voting takes place at advance polling station(s), and at
polling stations on election day.
Voters mark their ballot by hand and drop it into a secure
ballot box manned by staff and/or volunteers.
Upon the close of polls, all ballot boxes are securely brought
to a central location and ballots counted by volunteers
and/or staff.
How it Works
4. Paper Ballots (Hand Count)
Pros
• Familiar to voters
• Voter verification through the use of photo ID
• No risk of technology related delays
Cons
• Expensive due to extensive staffing required for polls and counting
• Potentially disenfranchises non-resident electors
• Accessibility alternative required
• Hand counting of votes can be time consuming
• Difficult to maintain COVID-19 protocols (if still an issue)
Approximate Cost: $3.50 per elector ($70,000 - $77,000)
• Could increase significantly if insufficient election volunteers are
recruited, would require secondment of Town staff or temporary hires
6. Paper Ballots (Tabulator Count)
Voters receive a voter card informing them of polling
stations and identification requirements.
Voting takes place at advance polling station(s), and at
polling stations on election day.
Voters mark their ballot by hand and insert it into a tabulator
that records their vote on an internal memory card.
Upon the close of polls, all memory cards are securely
brought to a central location and collated to determine
election results.
How it Works
7. Pros
• Familiar to residents
• Voter verification through the use of photo ID
• Fast and reliable results following close of polls
Cons
• Expensive due to extensive staffing required
• Potentially disenfranchises non-resident electors
• Accessibility alternative required
• Difficult to maintain COVID-19 protocols (if still an issue)
Approximate Cost: $5.00 per elector ($100,000-$110,000)
• Could increase significantly if insufficient election volunteers
Paper Ballots (Tabulator Count)
9. Vote by Mail (Tabulator Count)
How it Works
A paper ballot and secrecy envelope is mailed directly to each registered
elector along with instructions on how to vote, a prepaid return envelope
and a voter declaration to be signed.
Voters return their ballot by mail or drop off in person at a polling site by
the close of polls on election night.
When a ballot kit is received, the secrecy envelope containing the ballot
is placed in a sealed ballot box until election day, and the voter
declaration is separated and used to mark the voter as having voted on
the voters list.
On election day, sealed ballots are opened and run through a tabulator
to be counted.
Upon the close of polls, all memory cards from the count tabulators are
collated to determine election results.
10. Pros
• Accessible and familiar to residents
• Convenient to electors – vote anywhere at any time
• Cheaper than traditional paper ballots
• Fast and reliable results following close of polls
• Little difficulty in maintaining COVID-19 protocols
Cons
• May inadvertently omit electors during mailout
• Accessibility alternative required
• No controls preventing inadvertently spoiled ballots
• No elector verification beyond oath of elector, although instances of
fraud are limited
Approximate Cost: $4.67 per elector ($93,500 - $102,740)
• 2014 election conducted at cost of $80,068.66 for 17,995 registered
electors
Vote by Mail (Tabulator Count)
11. Internet Voting
How it Works
Each elector is mailed a personal voter notification letter containing voting
instructions as well as: A voter ID number; A unique voter PIN; the URL
used to vote.
At any point during the voting period, voters can log into the system over
the internet using their voter ID, voter PIN and a security question
(generally date of birth), and complete the voter declaration.
Voters then select their preferred candidates (if any) from each of the races,
confirm their final ballot prior to submission, and if satisfied submit their
ballot.
The voters name is struck from the voters list as voted.
Results are stored on remote servers and only made accessible after the
voting period has closed.
At close of voting, a results button is selected with result provided
immediately.
13. Internet Voting
How it Works
Each elector is mailed a personal voter notification letter containing voting
instructions as well as: A voter ID number; A unique voter PIN; the URL
used to vote.
At any point during the voting period, voters can log into the system over
the internet using their voter ID, voter PIN and a security question
(generally date of birth), and complete the voter declaration.
Voters then select their preferred candidates (if any) from each of the races,
confirm their final ballot prior to submission, and if satisfied submit their
ballot.
The voters name is struck from the voters list as voted.
Results are stored on remote servers and only made accessible after the
voting period has closed.
At close of voting, a results button is selected with result provided
immediately.
Approximate Cost: $3.12 per elector
14. Internet Voting
Pros
• Accessible and convenient to electors – vote anywhere at any time
• Strong level of accessibility and compliance with AODA standards
• Voter verification through one or two step authentication process
• No possibility of inadvertently spoiling ballots
• Fast and reliable results following close of polls
• Little difficulty in maintaining COVID-19 protocols
Cons
• Certain electors may lack access to necessary technology
• No voter ID verification, although instances of fraud are limited
Approximate Cost: $3.12 per elector ($62,320 - $68,552)
• 2018 election conducted at cost of $57,118.57 for 18,780 electors
16. Touch Screen Voting
How it Works
Voters receive a voter card informing them of polling stations and
identification requirements.
Elections take place at advance polling station(s), and at polling stations
on election day.
Voters use a touch screen system to select their preferred candidates (if
any) from each of the races and confirm their final ballot.
A paper ballot is printed then run through an electronic tabulator to be
counted.
Upon the close of polls, all memory cards are securely brought to a
17. Touch Screen Voting
How it Works
Voters receive a voter card informing them of polling stations and
identification requirements.
Elections take place at advance polling station(s), and at polling stations
on election day.
Voters use a touch screen system to select their preferred candidates (if
any) from each of the races and confirm their final ballot.
A paper ballot is printed then run through an electronic tabulator to be
counted.
Upon the close of polls, all memory cards are securely brought to a
18. Touch Screen Voting
Pros
• Voter verification through the use of photo ID
• No possibility of inadvertently spoiling ballots
• Eliminates need for pre-printed ballots
• Fast and reliable results following close of polls
Cons
• Expensive due to rental/purchase of touch screen voting kiosks
• Potentially disenfranchises non-resident electors
• Difficult to maintain COVID-19 protocols (if still an issue)
Approximate Cost: $5.75 per elector ($115,000 - $126,500)
20. Telephone Voting -- (NOT RECOMMENDED)
How it Works
Each elector is mailed a personal voter notification letter containing
voting instructions as well as: A voter ID number; A unique voter PIN; the
telephone number used to vote.
At any point during the voting period, voters can log into the system over
the telephone using their voter ID, voter PIN and a security question
(generally date of birth), and complete the voter declaration.
The voter then chooses their preferred candidates (if any) from each of
the races through audio prompts and keypad selections and confirm
their final ballot prior to submission.
The voters name is struck from the voters list as voted.
Results are stored on remote servers and only made accessible after
the voting period has closed.
Results are tabulated immediately following close of the election.
21. Pros
• Accessible and convenient to electors – vote anywhere at any time
• Strong level of accessibility and compliance with AODA standards
• No possibility of inadvertently spoiling ballots
• Fast and reliable results following close of polls
• Little difficulty in maintaining COVID-19 protocols
Cons
• Slow and cumbersome if there are a large numbers of candidates on
the ballot
• Timeouts and dropped calls were a frequent complaint during 2018
Municipal Election
• No voter ID verification, although instances of fraud are limited
• Not recommended by Staff
Approximate Cost: $3.12 per elector ($62,320 - $68,552)
Telephone Voting -- (NOT RECOMMENDED)