port B / Computer Science State University of New York / USB port / /
IndustryTerm
software configuration / level converter chip / data communications textbooks / footprint device / modem chip / software data / half duplex chip / data communications text / to do this in hardware / software development / energy / /
OperatingSystem
Mac OS X / Linux / Microsoft Windows / MAC OS 8 / Windows CE / /
Organization
W2FS Department of Mathematics / State University of New York / /
Person
John A. Hansen / /
Position
driver / fairly straight forward / all pretty straight forward / C programmer / Controller / /
Product
MX614 / Nikon D700 Digital Camera / /
ProgrammingLanguage
Visual Basic / C / /
Technology
AX.25 protocol / Chepponis/Karn KISS protocol / object-oriented programming / FTDI chip / analog to digital converter / MAX232A chip / FRAM chips / Instruments TCM3105 chip / same FM25640 FRAM chip / USB chip / 8K Ramtron FM25640 FRAM chip / modem chip / flow control / inherently a half duplex chip / Linux / GPS / 202 modem chip / MX614 chip / FM25640 chip / Maxim MAX232A level converter chip / MX614 modem chip / TI chip / DLP / SRAM / operating system / FRAM technology / FRAM FM25640 chip / KISS protocol / MAX232 chip / /
TNC-X: An Expandable Microcontroller-Based Terminal Node Controller By John A. Hansen, W2FS Department of Mathematics and Computer Science State University of New York at Fredonia