Status Bar / Up Menu Bar / Dartmouth College / / /
IndustryTerm
Web paradigm / malicious server / ordinary Web pages / Web content / Web users / Web technology / server infrastructure / Web browser / Internet Explorer images / public-key infrastructure / Web page dialog / attacker server / security management / email cryptography systems / secure Web session / arbitrary site / Web sessions / remote server / Web techniques / Web session / cryptographic protocols / secure Web servers / Web user interfaces / degree Web spoofing / browser technology / Web spoofing / adversarial server / malicious site / e - commerce / secure Web / Web browser configurations / Web evolution / security protocols / electronic information services / Internet Explorer / Web browser security / changing the server infrastructure / /
NaturalFeature
SSL channel / /
OperatingSystem
Linux / Windows 98 / Windows XP / Windows 2000 / /
Organization
United States Securities and Exchange Commission / Dartmouth College / Internet2 / U.S. Department of Justice / Mellon Foundation / Department of Computer Science / Department of Sociology / /
Person
DENISE ANTHONY / SEAN SMITH / / /
Position
Web designer / Personal Security Manager / General / Dean / /
DENISE ANTHONY Dartmouth College Computer security protocols / Linux / API / PKI / windowing system / Web technology / private key / browser technology / HTML / SSL / public-key infrastructure / cryptography / public key / Java / criteria for systematic / effective solutions / d channel using SSL / /
Trusted Paths for Browsers ZISHUANG (EILEEN) YE, SEAN SMITH, and DENISE ANTHONY Dartmouth College Computer security protocols usually terminate in a computer; however, the human-based services which they support usually