By Michel Bidoit, Hans-Jörg Kreowski, Pierre Lescanne, Fernando Orejas, Donald Sannella
Methods for the algebraic specification of summary information kinds have been proposed within the early Nineteen Seventies within the united states and Canada and have become a massive study factor in Europe presently afterwards. due to the fact that then the algebraic procedure has come to play a relevant position in learn on formal specification and improvement, as its diversity of purposes used to be prolonged to the specification of entire software program structures, to the formal description of this system improvement technique, and to the uniform definition of syntax and semantics of programming languages. this present day this technique extends past simply software program to the improvement of built-in and software program platforms. those flourishing actions within the region of algebraic standards have ended in an abundance of methods, theories and ideas, that have common algebra, type concept and common sense as a typical mathematical foundation. This quantity is an annotated bibliography which supplies an up to date evaluation of previous and current paintings on algebraic specification. No test is made to supply a coherent advent to the subject for rookies; the purpose is very to supply a consultant to the present literature for researchers in algebraic specification and neighboring fields. a few symptoms of ways different techniques are similar are incorporated, including a few rules touching on attainable destiny directions.
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Additional resources for Algebraic system specification and development: A survey and annotated bibliography
The latest OS requirements can be obtained from the download in a readme file currently called INSTALL. SystemC is supported on various flavors of Sun Solaris, Linux, and HP/UX. At this time, the OS list is limited by the use of some assembly code that is used for increased simulation performance in the SystemC simulation kernel. , CRC Press, ISBN: 0849312760. 1 should be available during the summer of 2004, and supports more platforms and compilers including MacOS X. Be sure to read the release notes carefully.
1 Modules and Hierarchy Before getting started, it is necessary to have a firm understanding of two basic types of processes in SystemC. As indicated earlier, the SystemC simulation kernel schedules the execution of simulation processes. Simulation processes are simply member functions of SC_MODULE classes that are also “registered” with the simulation kernel. Because the simulator kernel is the only caller of these member functions, they need no arguments, and they return no value. They are simply C++ functions that are declared as returning a void and having an empty argument list.
SystemC has two types of sensitivity: static and dynamic. Static sensitivity is implemented by applying the SystemC sensitive command to an SC_METHOD, SC_THREAD, or SC_CTHREAD at elaboration time (within the constructor). Dynamic sensitivity lets a simulation process change its sensitivity on the fly. The SC_METHOD implements dynamic sensitivity with a next_trigger(arg) command. The SC_THREAD implements dynamic sensitivity with a next(arg) command. Both SC_METHOD and SC_THREAD can switch between dynamic and static sensitivity during simulation.
Algebraic system specification and development: A survey and annotated bibliography by Michel Bidoit, Hans-Jörg Kreowski, Pierre Lescanne, Fernando Orejas, Donald Sannella