reuse services / et al. distribution protocols / software autonomy / remote server / data transportation / heterogeneous and initially independent systems / Software composition / diverse distribution protocols / image processing / distribution protocols / it possible to compose services / distributed software modules / highlevel protocol / Certain distribution protocols / heterogeneous protocols / software modules / distribution systems / similar large services / information systems / high software development / software development environment / required distribution protocol / external services / weather services / level protocol / computational software modules / heterogeneous and distributed software modules / software complexity increase / electronic commerce / /
OperatingSystem
Sun Solaris / Windows NT / HP-UX / /
Organization
Gio Wiederhold Computer Science Department / Stanford University / /
Person
Laurence Melloul / Dorothea Beringer / /
Position
composer / application programmer / /
Product
Software Composition / /
ProgrammingLanguage
Java / R / C++ / /
SportsLeague
Stanford University / /
Technology
Existing distribution protocols / required distribution protocol / high-level protocol / distribution protocols / CPAM protocol / Java / highlevel protocol / RMI distribution protocol / one distribution protocol / Horus protocol / CORBA / 2.3 Distribution Protocol / 14 Laurence Melloul et al. distribution protocols / image processing / Certain distribution protocols / diverse distribution protocols / following protocols / distribution protocol / /
CPAM, A Protocol for Software Composition Laurence Melloul, Dorothea Beringer, Neal Sample, Gio Wiederhold Computer Science Department, Stanford University Gates Computer Science building 4A, Stanford, CA 94305, USA {mel