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	Browse All Reviews > Software (D) > Programming Languages (D.3) > Processors (D.3.4) > Interpreters (D.3.4...)     Options: All Media Types Journals Proceedings Div Books Whole Books Other Date Reviewed Title Author Publisher Published Date Descending Ascending     1-10 of 15 Reviews about "Interpreters (D.3.4...)": Date Reviewed   Systematic mapping study on high-level language virtual machines Durelli V., Felizardo K., Delamaro M.  VMIL 2010 (Virtual Machines and Intermediate Languages, Reno, NV, Oct 17-21, 2010) 1-6, 2010.  Type: Proceedings High-level language (HLL) virtual machines (VMs) (HLL VMs) are becoming more widespread as we share remote computer processing in unique new ways. Instead of focusing on technical VM architectural elements, this paper highlights the me... Nov 2 2011   The effect of unrolling and inlining for Python bytecode optimizations Ben Asher Y., Rotem N.  SYSTOR 2009 (Proceedings of the 2009 Israeli Experimental Systems Conference, Haifa, Israel, May 4-6, 2009) 1-14, 2009.  Type: Proceedings Programs written in the Python scripting language are compiled into bytecode and executed by an interpreter. Runtime performance is influenced by bytecode quality. This paper examines how bytecode transformations can improve bytecode q... Aug 5 2009   Flexible task graphs: a unified restricted thread programming model for Java Auerbach J., Bacon D., Guerraoui R., Spring J., Vitek J. ACM SIGPLAN Notices 43(7): 1-11, 2008.  Type: Article The real-time specification for Java (RTSJ) established real-time extensions for the Java system. From RTSJ, a hundred flowers have bloomed, each designed to orient RTSJ to a particular niche in the real-time ecosystem. Enough time has... Mar 4 2009   Virtual machine showdown: stack versus registers Shi Y., Casey K., Ertl M., Gregg D. ACM Transactions on Architecture and Code Optimization 4(4): 1-36, 2008.  Type: Article Programming language interpreters represent the executing program as an abstract machine. The major representation for Java is an abstract stack machine called Java bytecodes. The alternative representation is an abstract register mach... Aug 22 2008   A real-time Java virtual machine with applications in avionics Armbruster A., Baker J., Cunei A., Flack C., Holmes D., Pizlo F., Pla E., Prochazka M., Vitek J. ACM Transactions on Embedded Computing Systems 7(1): 1-49, 2007.  Type: Article, Reviews: (2 of 2) A hoary falsehood about Java is that it is unsuitable for hard real-time applications, due to the need for garbage collection (GC). The Real-Time Specification for Java (RTSJ) that is now eight years old should have put ... Aug 8 2008   A real-time Java virtual machine with applications in avionics Armbruster A., Baker J., Cunei A., Flack C., Holmes D., Pizlo F., Pla E., Prochazka M., Vitek J. ACM Transactions on Embedded Computing Systems 7(1): 1-49, 2007.  Type: Article, Reviews: (1 of 2) The virtues of the Java language for writing reliable and portable code have also raised the desire to use it for the programming of embedded systems with real-time constraints. Such applications are supported by the Real-Time Specific... Jul 29 2008   Compiler algorithm language (CAL): an interpreter and compiler Bhatele A., Satyarth S., Aggarwal S.  IASTED International Conference (Proceedings of the Third IASTED International Conference, Phuket, Thailand, Apr 2-4, 2007) 471-476, 2007.  Type: Proceedings Compiler algorithm language (CAL) is a standard imperative language in the style of Pascal. The authors claim that it is particularly suited to compiler writing because it provides sets as a built-in data type. Unfortunately, CAL does ... Mar 7 2008   The case for virtual register machines Gregg D., Beatty A., Casey K., Davis B., Nisbet A. Science of Computer Programming 57(3): 319-338, 2005.  Type: Article Gregg et al. present results indicating that it might be more efficient to implement a Java Virtual Machine (JVM) by translating the bytecode instructions from a stack-based instruction set to a register-based set. To test their ideas,... May 21 2007   Generative and incremental implementation for a scripting interface Savikko V. Journal of Systems Architecture: the EUROMICRO Journal 50(7): 427-439, 2004.  Type: Article An incremental process is described for creating a Python interface to a large, hierarchical component object model (COM) library. The approach is illustrated with a real-life case study: a nontrivial scripting support implementation n... Oct 21 2004   Automated scientific software scripting with SWIG Beazley D. Future Generation Computer Systems 19(5): 599-609, 2003.  Type: Article Scientific programmers building large systems sometimes use scripting languages to glue together parts of their applications, most of which are written in a batch language, like C. The author and his team contend that writing interface... Nov 4 2003       Display 510152550100 per page
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