Abstract: An apparatus and method for creating and recording both an electronic and printed ballot for each voter during voting. The system can employ a variety of vote selection techniques which can lead to the generation of an electronic tally of the vote in addition to the printing of a paper ballot. The printed ballot includes only the names of the candidates for whom the voter has voted in a form that is easily readable by both humans and machine. This unambiguous printed ballot makes it easy for voters to verify the accuracy of their intended vote and can subsequently be used to casting the voters official vote or saved to provide an audit trail for subsequent confirmation of the electronic tally. These and other features accelerate the initial tabulation of results while providing multiple safeguards against fraud through the printing of a paper record for verifying voter intent.

Abstract: A table-based wired information system includes a table having a plurality of actual positions designed to receive people and a monitor positioned so as to be observed by people at any of the plurality of actual positions. A flat ribbon cable with a plurality of electrical conductors less than the number of available positions is affixed to an under-surface of the table in a flat orientation by an adhesive backing. A plurality of vote boxes, each including a multi-position switch, are adhesively attached to the under-surface at each of the actual positions. The cable is coupled to the monitor system and each of the vote boxes is coupled to the cable intermediate the ends by a press-on insulation displacement connector.

Abstract: A Combination Electronic and Paper Ballot Voting System with electronic vote capture capability for automatically recording, tallying, and storing votes. Election headquarters computer software (50) combines voter data from precinct computers (71) and produces tallies. Precinct computers (71) use software (80) for vote data collection from electronic readers (61) that interface with precinct computers (71) via cables (35) through a system controller (72) that is a hub for connecting readers (61) with precinct computers (71). A voter places configured paper ballot (34) on reader (61) and marks choices on ballot (34) using a combination electronic and ink-marking stylus (62). An XY coordinate positioning device (89), inside reader (61) and underneath ballot placement area, electronically captures voter choices. Voter data are instantly transferred to precinct computers (71).

Abstract: A voting ballot is provided that comprises a number of selection areas positioned thereon. The voting ballot also includes a ballot specification embodied in a two dimensional bar code and a number of coordinates included in the ballot specification. Each of the coordinates indicates a position of one of the selection areas on the voting ballot relative to a predefined point on the voting ballot. Also, the voting ballot includes at least one contest identified in the ballot specification, wherein at least one of the selection areas is associated with the at least one contest. In addition, the present invention provides for a voting machine and method for tabulating and storing votes cast on the voting ballot as well as a system and method for creating the voting ballot.

Abstract: Method and apparatus with data collection and preprocessing subsystems interconnected by a network, carry out open and secret votes, referenda and public opinion polls. A payment system with communication environment is used with the subsystems and network. A poll data processing center for final processing of the data is connected to the subsystems by the communication environment. Software of the payment system includes functions for carrying out votes, referenda and public opinion polls, for preprocessing the data, for encrypting and decrypting the data, and for placing the data into information blocks to carry out the votes, referenda and polls. To exchange electronic messages containing these information blocks between the subsystems and the processing center, the software of the center includes functions for exchanging the messages, for decrypting the blocks and for accumulating and analyzing the data in the blocks.

Abstract: A machine readable ballot comprises a ballot sheet having a voting identifier including a representation of election jurisdiction information and a unique ballot identifier. A plurality of contest regions each have two or more mark spaces for making voting selections. The contest regions correspond to contests in the jurisdiction represented by the election jurisdiction information, and the representation of election jurisdiction information and the mark spaces are machine readable.

Abstract: A method for secure, electronic, distributed voting using existing automated teller machines (ATMs), comprising issuing each voter an access card that can be read by an ATM and a personal identification number (PIN). This card may be a standard bank credit or debit card. ATMs are enabled to read access cards and accept PINs. In response to the reading of an access card and appropriate PIN entry, information relating to the vote to be cast is displayed at the ATM. The user is allowed to cast votes using one or more ATM functions. A particular ATM function is identified as an indication of finalization of the vote. In response, the finalized vote is automatically tallied.

Abstract: An election apparatus for voter certification, validation and verification of voting, providing a voting device for receiving from a voter a vote for at least one ballot selection in an election and a generator that provides a voter validation receipt bearing a voter validation number containing indicia of the voter and a report of the voting by the voter. An accessor responsive to the voter validation number enables the voter to validate the vote by comparing a report of the vote with an election result tabulated by a vote tabulation center. An election method is disclosed for voters to certify, validate, and verify votes tabulated by a vote tabulation center.

Abstract: Described is a method of determining a choice made by a user by analyzing marks made on a response sheet by the user. The method employs a response sheet having response areas in which a user is directed to make marks indicating choices. The marked response sheet is then scanned to produce a digital image and associated data of each response area. That data is analyzed for characteristics according to a set of predetermined principles. These principles are based on the form of the response areas on the response sheet. The presence of certain characteristics in the data determines whether a mark was made in the response area and whether the mark constitutes a choice by the user.

Abstract: A portable voting booth may be placed into a closed configuration for transportation and storage where a bivalve case closes to seal an electronic voting device

Abstract: The invention provides systems and methods for ensuring security for a voting machine. The voting machine can include a display screen upon which numerous election choices are displayed for selection by a voter. A detachable printer can also be provided that is adapted to be securely attached to the voting machine and that prints the choices selected among the election choices to a print medium to generate a printed audit trail. A summary of the election choices visible on the display screen can be simultaneously compared with the printed audit trail by the voter poised in a voting position.

Abstract: An electronic voting system is provided that includes at least one voter interface unit associated with network. The voter interface unit is enabled to identify a voter using a disability related communication device coupled to the network, deliver ballot choices to the voter, accept a ballot choice made by the voter, and deliver the ballot choice to a tabulation system. The system may be configured to confirm each ballot selection made by the voter. The system may further include a ballot design database to provide ballot choices and/or a voter registration database. The system may also be configured to enable the voter with an option to connect the voter with a live poll worker, if desired by the voter, at any time when the voter is connected to the system.

Abstract: According to some embodiments, a local receive clock signal is adjusted.

Abstract: A method of verifiable voting includes receiving election selections, producing a receipt representation of the election selections, the receipt having a unique receipt number for a voter and publishing election results, the election results including the election selections and unique receipt number.

Abstract: A voting system utilizing a paper ballot listing a plurality of candidates which includes a marking space for each candidate which can be either hand-marked by a voter, or machine-marked in an electronic voting station. The voting station includes a ballot marking device and a touch-screen voting terminal. If the ballot is to be machine marked, the ballot is inserted into the marking device and candidate selections are presented to the voter on the touch-screen. Candidate Selections entered on the touch-screen are marked on the ballot by the marking device in marking spaces corresponding to the selected candidates, and the ballot is returned to the voter in a form which enables the voter to visually confirm that his selections have been marked. The ballot, whether hand-marked or machine-marked, is inserted in a ballot scanning device, wherein it is tallied and deposited in a ballot box.

Abstract: An electronic voting system has a voting administrative module connected to a plurality of voting modules connected via a network. A voter initiates the voting process by inserting a voting key into a voting key reader of a voting module. The voter then makes voting selections, which include casting votes, on a touch screen display of the voting module. Alternatively, the voting module may verbally guide the voter through the voting process using an audio headphone. The voter may also make voting selections verbally through a microphone using voice recognition technology, or by using a tactile keypad. After the voter is finished casting votes, a voter verifiable paper ballot is printed and an electronic ballot is saved on the electronic voting system. The voter can review the paper ballot.

Abstract: A ballot system including a printed ballot wherein the locations intended for marking voter choices are pre-treated with invisible ink, the remainder of the ballot being untreated; a marking pen containing an activating chemical which makes the invisible ink change to visible and produce permanent marks; and an optical scanning system which detects and tallies the marks made visible by the activation.

Abstract: An automated voting system comprising single or multiple voting stations for controlling and being a voting station simultaneously. The voting system includes an integrated pointing device with graphical user interface for displaying the ballots. The voting stations may or may not be interconnected and indeed may operate as a single unit as a complete polling station. The voting system will track the number of votes and continuously display the number of votes cast on a counter system as it clearly displays the voter intent. The automated voting system also provides security for the voter and the system both internal and external. The external security system may be controlled by the polling authorities while the internal security system operates independently. The automated voting system is also capable of providing multiple ballot styles in one or more voting units and provides a touch electronic keyboard for write-in candidates.

Abstract: A Combination Electronic and Paper Ballot Voting System with electronic vote capture capability for automatically recording, tallying, and storing votes. Election headquarters computer software (50) combines voter data from precinct computers (71) and produces tallies. Precinct computers (71) use software (80) for vote data collection from electronic readers (61) that interface with precinct computers (71) via cables (35) through a system controller (72) that is a hub for connecting readers (61) with precinct computers (71). A voter places configured paper ballot (34) on reader (61) and marks choices on ballot (34) using a combination electronic and ink-marking stylus (62). An XY coordinate positioning device (89), inside reader (61) and underneath ballot placement area, electronically captures voter choices. Voter data are instantly transferred to precinct computers (71).

Abstract: A system includes a plurality of political election ballots, each with a unique, machine readable, serial voter verification number. A receipt is associated with each ballot with the same individual serial number to be given to a voter using the ballot. A computer database contains the serial numbers of all ballots of the plurality used for voting and, with each serial number, a set of specific candidates selected by the voter on that ballot. An internet server provides computer access to the database by voters to verify each candidate recorded as selected by the voter in the election using the unique serial number of the ballot as a key. Each ballot contains bar codes identifying each different candidate for a different political office. At least portions of all of the printed candidate bar codes are not visible to the human eye but are made visible by the voter to identify each candidates selected by the voter on the ballot to register candidate selection by the voter.

Abstract: A voting system generating method automatically allocates a vote-recording function to a machine that includes a storage medium and that is first connected to a network. The method then automatically allocates a backup vote-recording function to a machine that includes a storage medium and that is secondly or later connected to the network. The method the automatically allocates a normal voting machine function to a machine which includes no storage medium and which is connected to the network after the vote-recording machine is set up.

Abstract: A self contained system for identifying and storing information pertaining to an individual, the information including biometric information about the individual, the information being stored on an optical card. The system includes a read write system adapted for digitally reading from and writing to the digital card. A device for obtaining biometric data from an individual is also attached to the system. A data processing and storing system provided in communication with the read write device and the device for obtaining biometric data to compare data from the optical card and the data obtained from the device for obtaining biometric data, and then deliver data to the read write system for writing on the optical card.

Abstract: This invention advanced “State Art” in American elections in that it design a plan conduct an election. The design plan is System approach.

Abstract: A voting system provides for a computer-prepared and computer-printed election ballot generated by input from the voter, and provides for auto-verification whereby the voter has the opportunity and the responsibility to inspect the computer-printed ballot with his or her votes. The voting system also provides for correction of the votes of the voter in the computer station and correction of the votes of the voter shown on the printed ballot if such votes are not shown on the printed ballot as intended by the voter. Ultimately, the voter is presented with a printed ballot prepared by the voting station and its connected printer which accurately presents the votes of the voter for submission by the voter for final tabulation.

Abstract: A terminal for marking a paper ballot which lists a plurality of candidates and which includes a marking space for each candidate which can be either hand-marked by a voter, or machine-marked by the terminal. The terminal scans the ballot to determine the ballot format, and then presents candidate selection options to the voter visually by means of an LCD touch screen menu and aurally by means of a synthesized speech menu. Candidate selections entered by means of the touch screen menu or by means of the audio menu are marked on the front and back sides of the ballot in marking spaces corresponding to the selected candidates, and the ballot is returned to the voter in a form which enables the voter to visually confirm that his or her selections have been marked. The ballot, whether hand-marked or machine-marked, is inserted in a ballot scanning device, wherein the ballot is tallied and deposited in a ballot box.

Abstract: A control section is used which executes the following steps. That is, a) making a plurality of voters respectively vote evaluation of voting-object information in accordance with an on-line voting system by using a plurality of clients, each client being set at a voters sides, b) calculating average evaluation in accordance with voting results, c) deciding a voter's rank of each of the voters in accordance with a deviation between average evaluation and evaluation by the voter concerned, and d) determining overall evaluation of voting-object information at least in accordance with a result of weighting a voting result correspondingly to the voter's rank.

Abstract: A Direct Vote Recording System (DVRS) (10) has three primary components, Personal Computer (PC) (100) which runs an Election Management System (EMS), Direct Vote Recording Machine (DVRM) (300) and a Smart Card Activator Device (SCAD) (500). In addition, the DVRS includes Data Carriers (800), Voter Smart Cards (710) and Polling Office smart cards (720).

Abstract: A portable voting booth may be placed into a closed configuration for transportation and storage where a bivalve case closes to seal an electronic voting device

Abstract: The voting apparatus, system and method of the invention provides at least two independently means for recording and counting votes, e.g., one associated with the voting apparatus and one separate therefrom. A preferred voting apparatus, system and method may provide triple data redundancy in that each vote is recorded by three independent and verifiable means: i.e. by recording in one or more electronic memory devices included in the voting machine and/or system, by recording in the memory of a smart card separate from the voting machine and/or system, and/or by a confirmatory printed record for each voter. The invention may utilize a voting session identifier to provide transparency of the vote and to maintain the anonymity of the votes and voters.

Abstract: An electronic voting system includes a ballot card, accepting apparatus, and at least one voting apparatus. The accepting apparatus issues a ballot card in accordance with a vote acceptance request. The voting apparatus performs voting processing in accordance with a vote request using the ballot card. The accepting apparatus includes an acceptance time recording section which records the acceptance time on the ballot card when issuing the ballot card. The voting apparatus includes a timeout detecting section and unauthorized use warning display section. Before performing voting processing upon reception of a vote request, the timeout detecting section determines whether or not a preset timeout time has elapsed from the acceptance time recorded on the ballot card to the time of voting. The unauthorized use warning display section outputs a warning message when the timeout detecting section determines that the timeout time has elapsed.

Abstract: An electronic voting system with a headquarters unit, a plurality of precinct units, a plurality of voting stations associated with each precinct unit, and a plurality of mobile memory units (MMUs) to contain data that can be transported back and forth between the headquarters unit and the precinct units. The MMUs include FLASH memory, wherein each memory location can be written to once and read many times. Each memory location can thus only be subsequently written to after all the data in the entire FLASH memory has been erased. The system includes the ability to store images of the cast ballots at multiple locations for verification and authentication. The system includes the ability to store a direct representation of the voter's selections as displayed to the voter as a redundant image of the ballot. The system also includes the ability for each voting station to automatically read the particular ballot overlay thereon to verify the proper ballot style is being used.

Abstract: A system and apparatus for marking a pre-printed paper ballot which can be either hand-marked by a voter, or machine-marked by the apparatus. If the ballot is to be machine marked, the ballot is inserted into the marking apparatus and candidate selections are presented to the voter on a touchscreen. Candidate selections entered on the touchscreen are marked on both the top and bottom sides of the ballot utilizing a single print head to mark spaces corresponding to the selected candidates, and the ballot is returned to the voter in a form which enables the voter to visually confirm that his selections have been marked. The ballot, whether hand-marked or machine-marked, is inserted in a ballot scanning device, wherein it is tallied and deposited in a ballot box.

Abstract: A system and apparatus for marking a pre-printed paper ballot which can be either hand-marked by a voter, or machine-marked by the apparatus. If the ballot is to be machine marked, the ballot is inserted into the marking apparatus and candidate selections are presented to the voter on a touchscreen. Candidate selections entered on the touchscreen are marked on both the top and bottom sides of the ballot utilizing a dual print head to mark spaces corresponding to the selected candidates, and the ballot is returned to the voter in a form which enables the voter to visually confirm that his selections have been marked. The ballot, whether hand-marked or machine-marked, is inserted in a ballot scanning device, wherein it is tallied and deposited in a ballot box.

Abstract: A ballot marking system and apparatus for marking a paper ballot listing a plurality of candidates which includes a marking space for each candidate which can be either hand-marked by a voter, or machine-marked by the marking apparatus. The voting station includes a multiple key-switch navigation sub-panel by which the voter enters his or her selections in response to audio prompts. If a ballot is to be machine marked, the ballot is inserted into the marking device and candidate selections are presented to the voter through an audio voting sequence and/or on the touchscreen. Candidate selections entered on the sub-panel or touchscreen are marked on the ballot by a print mechanism which marks spaces corresponding to the selected candidates, and the ballot is returned to the voter in a form which enables the voter to visually confirm that his selections have been marked.

Abstract: Though simple in construction, an electronic balloting module and an electronic balloting method according to the invention can prevent disguise and negation, can eliminate a time difference resulting from an area difference and can also prevent tampering of an electronic balloting content. The electronic balloting module includes an interface 11 connected to an electronic equipment terminal for conducting electronic balloting through a network, a timepiece for generating time information, a storage unit and an operation unit each having a tamper-resistant structure, time calibration means connected to a predetermined time supervisory center through the electronic equipment terminal at least when the calibration means is operated, subjected to time calibration by the quartz timepiece and receiving a time supervision certificate, and time stamp means for acquiring time information of the time as electronic balloting time information from the quartz timepiece and outputting.

Abstract: An electronic voting system with a headquarters unit, a plurality of precinct units, a plurality of voting stations associated with each precinct unit, and a plurality of mobile memory units (MMUs) to contain data that can be transported back and forth between the headquarters unit and the precinct units. The MMUs include FLASH memory, wherein each memory location can be written to once and read many times. Each memory location can thus only be subsequently written to after all the data in the entire FLASH memory has been erased. The system includes the ability to store images of the cast ballots at multiple locations for verification and authentication. The system includes the ability to store a direct representation of the voter's selections as displayed to the voter as a redundant image of the ballot. The system also includes the ability for each voting station to automatically read the particular ballot overlay thereon to verify the proper ballot style is being used.

Abstract: An electronic voting system with a headquarters unit, a plurality of precinct units, a plurality of voting stations associated with each precinct unit, and a plurality of mobile memory units (MMUs) to contain data that can be transported back and forth between the headquarters unit and the precinct units. The MMUs include FLASH memory, wherein each memory location can be written to once and read many times. Each memory location can thus only be subsequently written to after all the data in the entire FLASH memory has been erased. The system includes the ability to store images of the cast ballots at multiple locations for verification and authentication. The system includes the ability to store a direct representation of the voter's selections as displayed to the voter as a redundant image of the ballot. The system also includes the ability for each voting station to automatically read the particular ballot overlay thereon to verify the proper ballot style is being used.

Abstract: An electronic voting system has a voting administrative module connected to a plurality of voting modules connected via a network. A voter initiates the voting process by inserting a voting key into a voting key reader of a voting module. The voter then makes voting selections, which include casting votes, on a touch screen display of the voting module. Alternatively, the voting module may verbally guide the voter through the voting process using an audio headphone. The voter may also make voting selections verbally through a microphone using voice recognition technology, or by using a tactile keypad. After the voter is finished casting votes, a voter verifiable paper ballot is printed and an electronic ballot is saved on the electronic voting system. The voter can review the paper ballot.

Abstract: A method for reading ballots comprises reading/imaging each ballot transported on a transport path including reading/imaging orientation indicia and a jurisdiction identifier thereof and voting selections marked thereon; determining from the orientation indicia the orientation of each ballot; processing the jurisdiction identifier for each ballot for selecting a template; and recording the voting selections marked on each ballot in accordance with the selected template and the determined orientation of the ballot.

Abstract: A method for collecting data from electronic voting units standing by to receive enabling commands, comprising: sending in parallel a vote opening/control command from a central logic unit to a plurality of peripheral logic units by way of first connection elements and to voting units by way of second connection elements; storing the vote in the voting unit if the vote opening/control command is a vote opening command; setting the voting units to the stored vote sending mode; sending in succession, from each individual peripheral logic unit, a vote collection command; sending to the peripheral logic units a vote signal from each one of the voting units in a preset time interval; and transmitting the votes collected by the peripheral logic units to the central logic unit and to a computer.

Abstract: Internet voting or other Internet transaction comprises transmitting three information packets via the Internet. At least one information packet includes an identifier that is authenticated, such as a key, a biometric digitized signature or other biometric identifier. Where an information packet may include transaction information in a predetermined form, information packets including information in another form may be processed separately.

Abstract: The present invention is an improved scannable answer sheet or document suitable for a balloting process and a method for producing such document using a printing process, particularly a document that may be printed in a single color without impacting the ability of the document to be scanned by an automated mechanism.

Abstract: An electronic voting system is provided that includes at least one voter interface unit associated with network. The voter interface unit is enabled to identify a voter using a disability related communication device coupled to the network, deliver ballot choices to the voter, accept a ballot choice made by the voter, and deliver the ballot choice to a tabulation system. The system may be configured to confirm each ballot selection made by the voter. The system may further include a ballot design database to provide ballot choices and/or a voter registration database. The system may also be configured to enable the voter with an option to connect the voter with a live poll worker, if desired by the voter, at any time when the voter is connected to the system.

Abstract: A system and a method for voting with a unique one-time token by an audience member, which is fully automated. The token is preferably usable only within a predetermined lifespan, such that the time period for collecting the data is predefined. If the audience is to be allowed to submit more than one preference, or to have more than one “vote”, preferably a plurality of tokens are provided to the audience member. According to one embodiment, such a plurality of tokens are all preferably of equal weight, or generic. Alternatively, such tokens may optionally and preferably be classified, in which a first token is for voting for a first preference, a second token is for voting for a second preference, and so forth.

Abstract: A Direct Vote Recording System (DVRS) (10) has three primary components, Personal Computer (PC) (100) which runs an Election Management System (EMS), Direct Vote Recording Machine (DVRM) (300) and a Smart Card Activator Device (SCAD) (500). In addition, the DVRS includes Data Carriers (800), Voter Smart Cards (710) and Polling Office smart cards (720).

Abstract: A machine readable ballot comprises a ballot sheet having a voting identifier including a representation of election jurisdiction information and a unique ballot identifier. A plurality of contest regions each have two or more mark spaces for making voting selections. The contest regions correspond to contests in the jurisdiction represented by the election jurisdiction information, and the representation of election jurisdiction information and the mark spaces are machine readable.

Abstract: A voting system wherein a voter identification card is provided to a voter having an optical code including voter identification information. The optical code on the voter identification card of a voter is read at a polling station prior to permitting said voter to vote and a digital signature is received from the voter. A handheld wireless data acquisition device is provided to the voter for making voting selections and a receipt with the voting selections made by said voter is printed. The voting selections are wirelessly transmitted from the handheld wireless data acquisition device to a host computer for tallying the voting selections from a plurality of voters.

Abstract: A coupon-dispensing kiosk for use at retail locations. The kiosk may, or may not, contain an Automated Teller Machine, ATM. The kiosk performs financial services, such as cashing checks. However, to avoid dispensing coins to customers, the kiosk prints coupons and dispenses them. The coupons will be redeemed by merchants associated with, or in close proximity to, the kiosk. The kiosk can be located, for example, at a shopping mall or local convenience store.

Abstract: An electronic voting system with a headquarters unit, a plurality of precinct units, a plurality of voting stations associated with each precinct unit, and a plurality of mobile memory units (MMUs) to contain data that can be transported back and forth between the headquarters unit and the precinct units. The MMUs include FLASH memory, wherein each memory location can be written to once and read many times. Each memory location can thus only be subsequently written to after all the data in the entire FLASH memory has been erased. The system includes the ability to store images of the cast ballots at multiple locations for verification and authentication. The system includes the ability to store a direct representation of the voter's selections as displayed to the voter as a redundant image of the ballot. The system also includes the ability for each voting station to automatically read the particular ballot overlay thereon to verify the proper ballot style is being used.

Abstract: An electronic data collection device configured in a substantially two-dimensional arrangement is disclosed. The data collection device uses inexpensive flexible sheet materials to provide a flat framework in which to situate an interconnected combination of electronic components. The components provide an interactive function to supply input-output, control, and power functions. Components can include an information display, switches for responding to questions displayed on the information display, memory for storing responses to the questions, and a controller for controlling the operation of the data collection device. In addition, the device is provided with a data transfer interface that permits stored responses to be gathered by a response data accumulation device, such as a computer, having a corresponding interface.