Christian Huitema. "MAVROS, Highlights on an ASN.1 compiler", INRIA research note, May 1991. Home/Search Document Not in Database Summary Related Articles Check |
This paper is cited in the following contexts:
High Performance Presentation and Transport Mechanisms for.. - Dabbous (1995) (2 citations) (Correct)
.... size, is a parameter that characterize the syntax (16, 32, or 64 bits) The complete definition of these light weight encoding rules (Flat Tree Light Weight Syntax, FTLWS or LWS for short) is given in [Hui90] Both BER and LWS syntaxes are supported by the MAVROS ASN.1 compiler developed at INRIA [Hui91]. We have done some experiments to compare the performance of ASN.1 BER and the LWS encoding rules. The ASN.1 specification of the data type used in these tests is: IMPORTS MPDU FROM X400 1984 P1; perf object : CHOICE ints[1] SEQUENCE OF INTEGER, strings[2] SEQUENCE OF PrintableString, ....
Christian Huitema. "MAVROS, Highlights on an ASN.1 compiler", INRIA research note, May 1991.
A programming environment for distributed applications based on.. - Hoschka (1992) (Correct)
....in distributed applications. ASN.1 allows to define complex data types, which are encoded in a standardized exchange format, the so called transfersyntax. To automate the tedious task to program the encoding and decoding routines by hand, socalled ASN.1 compilers can be used (e.g. MAVROS [Huit91], Pepsy [Onio89] Neuf90] Harv91] and [Koiv92] Today, ASN.1 is a well established language that has been used not only in all OSI application layer standards, but also for non OSI standards such as the Internet Simple Network Management Protocol (SNMP) and the Open Document Interchange ....
....project for the RODEO group at INRIA will be very high, since it will serve to integrate two lines of research that have been conducted at RODEO in recent years: The design of software tools for OSI application development. Tools designed and implemented at RODEO are the ASN.1 compiler MAVROS [Huit91] and the ROS stub compiler Basicwriter [Bust92] Optimisations of OSI upper layer protocols. Optimization techniques scrutinised at RODEO are new transfer syntaxes for ASN.1 [Huit89] and the Compound Remote Operations Protocol [Bess91] One result of the thesis project will be a coherent OSI ....
Huitema, Christian. "MAVROS: Highlights on an ASN.1 compiler." Internal working paper. Sophia-Antipolis: INRIA, Project RODEO, 1991.
A programming environment for distributed applications based on.. - Hoschka (1992) (Correct)
....in distributed applications. ASN.1 allows to define complex data types, which are encoded in a standardized exchange format, the so called transfersyntax. To automate the tedious task to program the encoding and decoding routines by hand, socalled ASN.1 compilers can be used (e.g. MAVROS [Huit91], Pepsy [Onio89] Neuf90] Harv91] and [Koiv92] Today, ASN.1 is a well established language that has been used not only in all OSI application layer standards, but also for non OSI standards such as the Internet Simple Network Management Protocol (SNMP) and the Open Document Interchange ....
....project for the RODEO group at INRIA will be very high, since it will serve to integrate two lines of research that have been conducted at RODEO in recent years: The design of software tools for OSI application development. Tools designed and implemented at RODEO are the ASN.1 compiler MAVROS [Huit91] and the ROS stub compiler Basicwriter [Bust92] Optimisations of OSI upper layer protocols. Optimization techniques scrutinised at RODEO are new transfer syntaxes for ASN.1 [Huit89] and the Compound Remote Operations Protocol [Bess91] One result of the thesis project will be a coherent OSI ....
Huitema, Christian. "MAVROS: Highlights on an ASN.1 compiler." Internal working paper. Sophia-Antipolis: INRIA, Project RODEO, 1991
Evaluating Caching Schemes for the X.500 Directory System - Bolot, Afifi (1993) (Correct)
....of the corresponding DN. These attributes are also kept in the main memory of the DSA. They are encoded using the Basic Encoding Rules of ASN.1 [12] The hash function which maps DNs to table indices is automatically generated by the ASN.1 compiler Mavros developed at INRIA Sophia Antipolis [11]. Collisions are resolved with linked lists 1 [15, p. 513] Each entry in the cache is assigned a time to live (TTL) indicating how long this entry is expected to remain valid. The X.500 recommendations do not specify how to assign values to the TTL. In Pizarro, we have chosen TTL = 1 day, ....
C. Huitema, "MAVROS: Highlights on an ASN.1 compiler", internal working paper, INRIA, 1991.
Automatic Generation of Optimized Code for Marshalling Routines - Hoschka, Huitema (1994) (25 citations) (Correct)
....stub generators have improved considerably in recent years: Samp93a] reports a speed up of a factor of 6.5 between the performance of his ASN.1 stub generator snacc [Samp93c] and the performance of the tool included in ISODE. Similar results have been obtained for our ASN.1 stub generator Mavros [Huit91]. Despite of these recent advances in the performance of conversion routines, marshalling can still be a very expensive operation. This is clarified by a number of experiments reported in [Huit92] which evaluate the performance of an optimized ASN.1 stub generator. The following experiment ....
Huitema, Christian. "MAVROS: Highlights on an ASN.1 Compiler". Internal working paper. SophiaAntipolis: INRIA, Projet RODEO, 1991.
HIPPARCH - Tailored Protocol Development Using ESTEREL - Castelluccia, Chrisment.. Self-citation (Huitema) (Correct)
No context found.
C. Huitema. "MAVROS : Highlights on an ASN1 Compiler". INRIA. Internal working paper. 1991.
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