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	Browse All Reviews > Hardware (B) > Logic Design (B.6) > Design Aids (B.6.3) > Hardware Description Languages (B.6.3...)     Options: All Media Types Journals Proceedings Div Books Whole Books Other Date Reviewed Title Author Publisher Published Date Descending Ascending     1-10 of 10 Reviews about "Hardware Description Languages (B.6.3...)": Date Reviewed   Aspect-oriented RTL HW design using SystemC Mück T., Fröhlich A. Microprocessors & Microsystems 38(2): 113-123, 2014.  Type: Article In object-oriented programming (OOP), software systems are implemented by decomposing a problem into suitable classes. But some concerns of the system, like synchronization and logging, may not fit well in a modular representation. Asp... Apr 27 2015   Parallel controller design and synthesis Jurikovič M., Čičák P., Jelemenská K.  FPGAworld 2010 (Proceedings of the 7th FPGAworld Conference, Copenhagen, Denmark, Sep 6, 2010) 35-40, 2010.  Type: Proceedings A synchronous interpreted Petri net (SIPN) is a place-transition net extension used for controller design that copes with both Mealy and Moore type machines. It accepts the definition of logic expressions, supports the utilization of e... Jul 28 2011   PINAPA: an extraction tool for SystemC descriptions of systems-on-a-chip Moy M., Maraninchi F., Maillet-Contoz L.  Embedded software (Proceedings of the 5th ACM International Conference on Embedded Software, Jersey City, NJ, USA, Sep 18-22, 2005) 317-324, 2005.  Type: Proceedings Static information extracted from SystemC models using PINAPA can be used to aid system-level synthesis, construct graphical depictions, automatically generate documentation, or connect to formal verification tools. The authors claim t... Nov 29 2005   Verilog HDL Palnitkar S., Prentice-Hall, Inc., Upper Saddle River, NJ, 1996.  Type: Book (9780134516752) Palnitkar lists four potential audiences for this how-to guide to the Verilog hardware description language (HDL): college students in logic design courses; new Verilog users working in the industry; users with a basic knowledge of Ver... Apr 1 1997   HIDEL Ancona M., de Floriana L., Clematis A., Puppo E. The Computer Journal 34(3): 195-206, 1991.  Type: Article HIDEL is one more language that includes all the features necessary for modeling the structure of VLSI objects. It can describe structure (in terms of components and connections) and allows description at various levels of refinement. ... Oct 1 1992   Concurrent Logic Programming as a Hardware Description Tool Dotan Y., Arazi B. IEEE Transactions on Computers 39(1): 72-88, 1990.  Type: Article This comprehensive study of the applicability of logic programming languages to hardware description focuses on Flat Concurrent Prolog (FCP), an offspring of Shapiro’s Concurrent Prolog. The authors show that FCP satisfies th... Apr 1 1991   On the implementation of the CELLAS 2.1 system Almási J., Kovács I., Medvey M., Simon E., Szëkely Z.  Parallel processing by cellular automata and arrays (, Berlin, E. Germany, 891987.  Type: Proceedings The paper reports on the CELLAS 2.1 system, whose main goal is the functional simulation of cellular processors. CELLAS 2.1 is a successor to the original CELLAS, a general-purpose cellular programming language proposed by T. Legendi. ... Nov 1 1988   IDL: sharing intermediate representations Lamb D. ACM Transactions on Programming Languages and Systems 9(3): 297-318, 1987.  Type: Article According to the author “the thesis of this paper is that IDL (interface description language) is a practical and useful tool for controlling the exchange of structured data between different components of a large system.&... Jun 1 1988   Design aids for highly distributed hardware Rammig F.  Concurrent languages in distributed systems: hardware supported implementation (, Bristol, UK, 1491985.  Type: Proceedings This paper presents a hardware description language which has been developed to describe concurrently operating distributed systems. The paper concentrates on the language features for describing concurrent algorithms and system-level ... Aug 1 1986   FLEX: a high-level language for specifying customized microprocessors Comer D., Gehani N. (ed) IEEE Transactions on Software Engineering SE-11(4): 387-396, 1985.  Type: Article This paper describes a high-level language, FLEX, for specifying customized microprocessors. FLEX in an outgrowth of the silicon computer PLEX developed by Bell Labs to generate VLSI layouts of high-performance and area-efficient micr... Jun 1 1986       Display 510152550100 per page
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