Background
Rubin, Aviel David was born on November 8, 1967 in Manhattan, Kansas, United States.
(Imagine for a moment that you live in a country where nob...)
Imagine for a moment that you live in a country where nobody is sure how most of the votes are counted, and there’s no reliable record for performing a recount. Imagine that machines count the votes, but nobody knows how they work. Now imagine if somebody found out that the machines were vulnerable to attack, but the agencies that operate them won’t take the steps to make them safe. If you live in America, you don’t need to imagine anything. This is the reality of electronic voting in our country. Avi Rubin is a computer scientist at Johns Hopkins University and a specialist in systems security. He and a team of researchers studied the code that operates the machines now used in 37 states and discovered the following terrifying facts: • The companies hired to test the election equipment for federal certification did not study the code that operates the machines and the election commissions employed no computer security analysts. • All votes are recorded on a single removable card similar to the one in a digital camera. There is no way to determine if the card or the code that operates the machine has been tampered with. • It’s very easy to program a machine to change votes. There’s no way to determine if that has happened. • There were enough irregularities with the electronic voting machines used throughout the 2004 election to make anyone think twice about using them again. Avi Rubin has testified at Congressional hearings trying to alert the government that it has put our democracy at risk by relying so heavily on voting machines without taking the proper precautions. As he has waged this battle, he has been attacked, undermined, and defamed by a prominent manufacturer. His job has been threatened, but he won’t give up until every citizen understands that at this moment, our democracy hangs in the balance. There are simple solutions and, before you vote in the next election, Rubin wants you to know your rights. If you don’t know them and you use an electronic voting machine, you may not be voting at all.
http://www.amazon.com/gp/product/0767922107/?tag=2022091-20
("The authors ...bring wide-ranging experience to this wor...)
"The authors ...bring wide-ranging experience to this work, moving from theory to hands-on, bit-shoveling practical advice." -Steven M. Bellovin A serious security sourcebook for Web professionals and users. The front door is unlocked and wide open. The alarm's not working and no one's home. All of your valuables, money, and intimate details of your life are just sitting inside, waiting to be taken. No, it's not your house ...it's your computer. The Web now penetrates every aspect of our lives, from the home PC to the business office. But with each advance in convenience comes a geometric increase in vulnerability to the integrity of data and software as well as to the confidentiality of information. Although the flaws inherent in the Web are real, solutions are available. Let Aviel Rubin, Daniel Geer, and Marcus Ranum give you the answers. Here's a book that's valuable today and indispensable for the future. It includes basic and advanced techniques for client-side and server-side security, browser security, writing secure CGI scripts, firewalls, and secure e-commerce. There's a special appendix that demystifies the complex world of cryptography. And the book comes with access to a dedicated Web site containing up-to-the-minute information on the latest security threats and solutions. So whether you're a Webmaster trying to close the door on sites and applications, or an everyday user hoping to keep your desktop safe, this is your essential source on: Protecting and securing Web pages, search engines, servers, and browsers Writing impregnable applets and scripts, and avoiding the dangers inherent in every language Using (and abusing) firewalls and cryptographic controls Securing commerce and payment transactions
http://www.amazon.com/gp/product/047118148X/?tag=2022091-20
(The second edition of Peer-Led Team Learning General Chem...)
The second edition of Peer-Led Team Learning General Chemistry maintains the underlying philosophy and approach of the first edition, i.e., active learning in peer-led groups engages students in the process of learning chemistry. This engagement results in improved understanding of chemistry concepts and the process of science. The peer-led group model also helps students develop the communication and teamwork skills that are critical in the twenty-first century workplace.
http://www.amazon.com/gp/product/0131464442/?tag=2022091-20
(The second edition of Peer-Led Team Learning General Chem...)
The second edition of Peer-Led Team Learning General Chemistry maintains the underlying philosophy and approach of the first edition, i.e., active learning in peer-led groups engages students in the process of learning chemistry. This engagement results in improved understanding of chemistry concepts and the process of science. The peer-led group model also helps students develop the communication and teamwork skills that are critical in the twenty-first century workplace.
http://www.amazon.com/gp/product/0131464442/?tag=2022091-20
writer computer science educator
Rubin, Aviel David was born on November 8, 1967 in Manhattan, Kansas, United States.
Bachelor of Science in Computer Science (honorary), University Michigan, Ann Arbor, 1989. Microsoft Security Essentials in Computer Science, Engineering, University Michigan, Ann Arbor, 1991. Doctor of Philosophy in Computer Science, Engineering, University Michigan, Ann Arbor, 1994.
Tchg, assistant University Michigan, 1988—1993. Programmer, Meyers Corners Lab International Business Machines Corporation, Poughkeepsie, New York, 1989. Programmer Great Lakes Software Company, Howell, Michigan, 1989.
Member, cryptography and network security research group Bellcore, 1990. Adjunct professor New York University, 1995—1999. Member, secure systems research department AT8T Labs-Research, 1997—2002.
Associate professor, department computer science John Hopkins University, 2003—2004, professor, department computer science, since 2004. Technical director John Hopkins University Information Security Institute, since 2003. Visiting professor École Normale Supérieure, Paris, 1999.
Board director USENIX Organization, 2000—2004. Member American Telephone & Telegraph Company Internet Intellectual Property Review, 1999—2001, Government Infosec Science and Technology Study Group on Malicious Code, 1999—2000, Defense Advanced Research Projects Agency Information Science and Technology Study Group, 2003—2006, Security Peer Review Group of the Federal Voting Assistance Program's Secure Electronic Registration and Voting Experiment Project, 2003—2004. Member steering group ISOC Symposium on Network and Distributed System Security, 2001—2004.
Member advisory board Information Security and Cryptography Book Series, 2001—2006. Member executive committee DIMACS workshop series with special focus on network security, 2002—2004. Member technical advisory boards, including Tablus, Site Advisor, Neopath Networks, Hx Technologies, Fortify Software, Bodymedia, Authentica and Arbor Networks.
Invited speaker in field. Panelist in field.
(Imagine for a moment that you live in a country where nob...)
(The second edition of Peer-Led Team Learning General Chem...)
(The second edition of Peer-Led Team Learning General Chem...)
("The authors ...bring wide-ranging experience to this wor...)
Author: (books) White-hat Security Arsenal, 2001, Brave New Ballot: The Battle to Safeguard Democracy in the Age of Electronic Voting, 2006. Co-author: Web Security Sourcebook, 1997, Peer-to-Peer, 2001, Firewalls and Internet Security: Repelling the Wily Hacker, 2nd edition, 2003. Contributor chapters to books, articles to professional journals.
Refereed conference and journal publications, member editorial board Bellcore Security Update Newsletter, 1995-1996, Journal of Privacy Technology, 2004-2006, co-editor Electronic Newletter of the Institute of Electrical and Electronics Engineers Technical Committee on Security & Privacy, 1998, associate editor Electronic Commerce Research Journal, 1999—2002, Association for Computing Machinery Transactions on Internet Technology, 2002-2005, Institute of Electrical and Electronics Engineers Security & Privacy Magazine, since 2003, Institute of Electrical and Electronics Engineers Transactions on Software Engineering, 2005-2006, guest editor Communications of the Association for Computing Machinery, Special Issue on Wireless Networking Security, 2003, guest co-editor Institute of Electrical and Electronics Engineers Security & Privacy Magazine, Special Issue on Electronic Voting Security, 2004, Institute of Electrical and Electronics Engineers Computer, Securing the High-Speed Internet, 2004, member editorial and advisory boards International Journal Information and Computer Security, 2004-2006.
Election judge, Baltimore County. Director ACCURATE, A Center for Correct, Usable, Reliable, Auditable and Transparent Elections, funded by National Science Foundation.