Back to Results
First PageMeta Content
Computing / Malware / Cryptographic nonce / Bluetooth / Computer network / Electronic engineering / Computer network security / Wireless security / Extensible Authentication Protocol / Technology / Mobile computers / Mobile device management


Enabling Users to Self-Manage Networks: Collaborative Anomaly Detection in Wireless Personal Area Networks Zheng Dong School of Informatics and Computing, Indiana University, Bloomington, IN, USA Abstr
Add to Reading List

Document Date: 2012-08-12 01:47:18


Open Document

File Size: 302,00 KB

Share Result on Facebook

City

San Francisco / Corfu / Myconos / Brighton / Oakland / San Diego / Chicago / /

Company

Nokia / Juniper Networks / Self-Manage Networks / /

Country

United Kingdom / Greece / /

/

Facility

Indiana University / /

IndustryTerm

Internet Service Providers / hard-wired external systems / web browsing patterns / portable electronic devices / communications security / pervasive computing / online messaging / possible technologies / appropriate transport layer protocols / security protocol / preliminary security protocol / wireless protocols / wireless radio strength / wireless network / personal networks / web browsing / propagation media / Wireless personal area networks / file systems / software-based attestation protocols / computer networking / software execution / personal area network devices / proximity authentication algorithm / claimant device / implantable medical devices / malicious software / software functionality / constructed personal area network / personal area network / active applications / software-based attestation / wireless networks / collaborative rating algorithm / software attestation protocol / wireless local networks / software attestation / co-located mobile devices / wireless personal area network / home area network / mobile device management / software installation package / online transmission / homogeneous network / web traffic / proper key management protocol / Wireless Communications Summit / electronic devices / Personal area networks / mobile devices / communication devices / handheld devices / social network / larger networks / attestation protocol / security protocols / PAN networks / Wireless Devices / suspicious device / mobile device / antivirus software / /

OperatingSystem

Symbian / Android / DoS / Windows Mobile / /

Organization

Wireless Personal Area Networks Zheng Dong School of Informatics and Computing / Indiana University / Bloomington / /

Person

Prasad / V / John McCurley / L. Jean Camp / /

Position

author / Professor / Private / /

ProvinceOrState

Illinois / California / /

PublishedMedium

Lecture Notes in Computer Science / /

TVStation

WPAN / Kdev / /

Technology

bar code / appropriate transport layer protocols / Wireless Devices / proximity authentication algorithm / smart phones / smartphone / software-based attestation protocols / MAC address / Private key / security protocols / Android / mobile device / SSL / operating systems / Wi-Fi / Symmetric key allocation Device identification Attestation message encryption / mobile devices / encryption / preliminary security protocol / security protocol / public key / WLAN / software attestation protocol / smartphones / proximity-based protocol / attestation protocol / wireless protocols / MQV protocol / cell phones / antivirus software / 5.2 Protocol / collaborative rating algorithm / digital signature / proper key management protocol / PDA / Bluetooth / flash / proposed protocol / 5 Protocol / /

URL

http /

SocialTag