Modeling RESTful Systems / Dexter / Twitter / Google / Analyzing RESTful Systems / / /
Event
FDA Phase / /
Facility
University of Zagreb Unska / /
IndustryTerm
software development process / software architectural styles / Web engineers / Web applications / Web application interaction / Web service interfaces / Web architecture / physical devices / real-time access / typical Web-based systems / Web browsers / distributed hypermedia systems / Web application / Web service composition / Web browser / possible representation media types / search homepage resource / registered media / Web services using UML class / media types / Web application description language / hypermedia applications / search-box control / server-side services / real-word Web applications / large-scale distributed hypermedia systems / Web browser navigating / Web-based systems / Web agent / semantic Web Services / hypermedia systems / Internet Applications / example Web application / Web researchers / hypermedia network / large-scale Web patterns / application-level protocols / software frameworks / search Web application homepage / Web browser functionality / representation media / Web engineering advancement / hypermedia Web applications / Web application verification / Web ap / search homepage / request processing / real-world Web-based systems / representation media types / Web Engineering / software architectural style / Web services / /
Organization
University of Zagreb Unska / IANA / FINITE-STATE MACHINE APPROACH FOR MODELING AND ANALYZING RESTFUL SYSTEMS IVAN ZUZAK IVAN BUDISELIC GORAN DELAC School of Electrical Engineering and Computing / /
Person
Chart / IVAN ZUZAK IVAN BUDISELIC GORAN / /
Position
model / /
Product
HTTP PATCH / /
ProgrammingLanguage
HTML / XML / /
TVStation
WADL / WAKA / /
Technology
XML / HTTP protocol / JSON / API / HTML / application-level protocols / HTTP / caching / RDF / /
Journal of Web Engineering, Vol. 10, No[removed]–390 c Rinton Press A FINITE-STATE MACHINE APPROACH FOR MODELING AND ANALYZING RESTFUL SYSTEMS