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检索条件"任意字段=Proceedings of the ACM SIGPLAN 1993 conference on Programming language design and implementation"

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Developing a stage lighting system for scratch

Developing a stage lighting system for scratch

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6th acm sigplan Internatinal conference on Functional programming (ICFP'01)

作者： Sperber, M. Wilhelm-Schickard-Institut fur Info. Universität Tübingen Tübingen Germany

Lula is a system for computer-assisted stage lighting design and control. Whereas other systems for the same purpose are usually the results of long chains of incremental improvements of historic concepts. Lula represents a complete redesign. Whereas other systems focus on control aspects of lighting. Lula focuses on design and generates control information from it. This approach gives significantly more flexibility to the lighting designer and shortens the design process itself. Lula's design and implementation draw from a number of disciplines in advanced programming. It is written in Scheme and runs atop PLT Scheme, and benefits from its high-level GUI library. Lula uses an algebraic model for lighting looks based on just three combinators. It employs Functional Reactive programming for all dynamic aspects of lighting, and is programmable via a functional-reactive domain-specific language. Lula is an actual product and has users who have neither interest in nor knowledge of functional programming.

关键词： Computer programming

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Synchronization via scheduling: Techniques for efficiently managing shared state 11

Synchronization via scheduling: Techniques for efficiently m...

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32nd acm conference on programming language design and implementation, PLDI 2011

作者： Best, Micah J. Mottishaw, Shane Mustard, Craig Roth, Mark Fedorova, Alexandra Brownsword, Andrew University of British Columbia Canada Simon Fraser University Canada Electronic Arts Inc. Canada

ISBN: (纸本)9781450306638

Shared state access conflicts are one of the greatest sources of error for fine grained parallelism in any domain. Notoriously hard to debug, these conflicts reduce reliability and increase development time. The standard task graph model dictates that tasks with potential conflicting accesses to shared state must be linked by a dependency, even if there is no explicit logical ordering on their execution. In cases where it is difficult to understand if such implicit dependencies exist, the programmer often creates more dependencies than needed, which results in constrained graphs with large monolithic tasks and limited parallelism. We propose a new technique, Synchronization via Scheduling (SvS), that uses the results of static and dynamic code analysis to manage potential shared state conflicts by exposing the data accesses of each task to the scheduler. We present an in-depth performance analysis of SvS via examples from video games, our target domain, and show that SvS performs well in comparison to software transactional memory (TM) and fine grained mutexes. © 2011 acm.

关键词： Parallel programming

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Improving on the Experience of Hand-Assembling Programs for Application-Specific Architectures 21

Improving on the Experience of Hand-Assembling Programs for ...

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5th International conference on the Art, Science, and Engineering of programming (programming)

作者： Piumarta, Ian Kyoto Univ Adv Sci Kyoto Japan

ISBN: (纸本)9781450389860

Creating an application-specific processor is an effective and popular way to solve many problems in embedded hardware design using FPGAs, ASICs, or custom silicon. programming these processors is complicated by the lack of toolchain support for creating the necessary binary code as part of hardware design, implementation, and evaluation. Hardware developers who cannot create their own ad-hoc assembler are left to hand-assemble their code into binary instructions which is both painful and error prone. We present a tool that supports the rapid creation of assemblers for application-specific processors. A single language is used to specify both instruction formats as collections of bit fields and the instantiation of those formats into sequences of binary instructions as a single, homogeneous activity that is designed to be as familiar and accessible to hardware designers as possible. The output from the tool can be used directly by hardware synthesis tools to initialise the program memory of an application-specific processor.

关键词： domain specific languages macro languages micro assemblers microcode embedded programming application specific processor implementation FPGA configuration memory

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Highly efficient and encapsulated re-use of synchronization code in concurrent object-oriented languages 8

Highly efficient and encapsulated re-use of synchronization ...

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8th Annual conference on Object-Oriented programming Systems, languages, and Applications, OOPSLA 1993

作者： Matsuoka, Satoshi Taura, Kenjiro Yonezawa, Akinori Department of Information Science University of Tokyo Japan

ISBN: (纸本)0897915879

Re-use of synchronization code in concurrent 00-languages has been considered difficult due to inheritance anomaly, which we minimize with our new proposal. designed with high practicality in mind, we propose language primitives (plus their implementation) with the following characteristics: (1) it allows multiple synchronization schemes-the language schemes for programming synchronization- to coexist and be integrated, (2) re-use of synchronization code is done similarly to sequential OO-languages for user familiarity, (3) it offers high degree of encapsulation-even synchronization schemes could be encapsulated in superclasses in many cases, and (4) it can be efficiently implemented on conventional MPPs. We demonstrate the effectiveness of our proposal with solutions to the example inheritance anomaly cases from [16]. We also give an overview of the implementation architecture, along with preliminary benchmarks. The proposed language primitives are being incorporated into our ABCL/on AP1000 running on Fujitsu's 512-node MPP, AP1000. © 1993 acm.

关键词： Object oriented programming

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SELECTIVE SPECIALIZATION FOR OBJECT-ORIENTED languageS 95

SELECTIVE SPECIALIZATION FOR OBJECT-ORIENTED LANGUAGES

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acm sigplan 95 conference on programming language design and implementation

作者： DEAN, J CHAMBERS, C GROVE, D Department of Computer Science and Engineering University of Washington Seattle WA

ISBN: (纸本)9780897916974

Dynamic dispatching is a major source of run-time overhead in object-oriented languages, due both to the direct cost of method lookup and to the indirect effect of preventing other optimizations. To reduce this overhead, optimizing compilers for object-oriented languages analyze the classes of objects stored in program variables, with the goal of bounding the possible classes of message receivers enough so that the compiler can uniquely determine the target of a message send at compile time and replace the message send with a direct procedure call. Specialization is one important technique for improving the precision of this static class information: by compiling multiple versions of a method, each applicable to a subset of the possible argument classes of the method, more precise static information about the classes of the method's arguments is obtained. Previous specialization strategies have not been selective about where this technique is applied, and therefore tended to significantly increase compile time and code space usage, particularly for large applications. In this paper, we present a more general framework for specialization in object-oriented languages and describe a goal-directed specialization algorithm that makes selective decisions to apply specialization to those cases where;it provides the highest benefit. Our results show that our algorithm improves the performance of a group of sizeable programs by 65% to 275% while increasing compiled code space requirements by only 4% to 10%. Moreover, when compared to the previous state-of-the-art specialization scheme, our algorithm improves performance by 11% to 67% while simultaneously reducing code space requirements by 65% to 73%.

关键词： Object oriented programming

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Acute: High-level programming language design for distributed computation 05

Acute: High-level programming language design for distribute...

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10th acm sigplan International conference on Functional programming (ICFP)

作者： Sewell, Peter Leifer, James J. Wansbrough, Keith Nardelli, Francesco Zappa Allen-Williams, Mair Habouzit, Pierre Vafeiadis, Viktor Univ Cambridge Cambridge England INRIA Rocquencourt Le Chesnay France

ISBN: (纸本)9781595930644

Existing languages provide good support for typeful programming of stand-alone programs. In a distributed system, however, there may be interaction between multiple instances of many distinct programs, sharing some (but not necessarily all) of their module structure, and with some instances rebuilt with new versions of certain modules as time goes on. In this paper, we discuss programming-language support for such systems, focussing on their typing and naming issues. We describe an experimental language, Acute, which extends an ML core to support distributed development, deployment, and execution, allowing type-safe interaction between separately built programs. The main features are (1) type-safe marshalling of arbitrary values;(2) type names that are generated (freshly and by hashing) to ensure that type equality tests suffice to protect the invariants of abstract types, across the entire distributed system;(3) expression-level names generated to ensure that name equality tests suffice for type safety of associated values, for example, values carried on named channels;(4) controlled dynamic rebinding of marshalled values to local resources;and (5) thunkification of threads and mutexes to support computation mobility. These features are a large part of what is needed for typeful distributed programming. They are a relatively lightweight extension of ML, should be efficiently implementable, and are expressive enough to enable a wide variety of distributed infrastructure layers to be written as simple library code above the byte-string network and persistent store APIs. This disentangles the language run-time from communication intricacies. This paper highlights the main design choices in Acute. It is supported by a full language definition (of typing, compilation, and operational semantics), by a prototype implementation, and by example distribution libraries.

关键词： modules distributed programming programming languages marshalling version control serialisation ML abstract types type theory rebinding

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Practical dynamic software updating for C 06

Practical dynamic software updating for C

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acm sigplan conference on programming language design and implementation, PLDI 2006 - PLAS 2006: 2006 programming languages and Analysis for Security Workshop

作者： Neamtiu, Iulian Hicks, Michael Stoyle, Gareth Oriol, Manuel University of Maryland United States University of Cambridge United Kingdom ETH Zurich Switzerland

ISBN: (纸本)1595933743

Software updates typically require stopping and restarting an application, but many systems cannot afford to halt service, or would prefer not to. Dynamic software updating (DSU) addresses this difficulty by permitting programs to be updated while they run. DSU is appealing compared to other approaches for on-line upgrades because it is quite general and requires no redundant hardware. The challenge is in making DSU practical: it should be flexible, and yet safe, efficient, and easy to *** this paper, we present Ginseng, a DSU implementation for C that aims to meet this challenge. We compile programs specially so that they can be dynamically patched, and generate most of a dynamic patch automatically. Ginseng performs a series of analyses that when combined with some simple runtime support ensure that an update will not violate type-safety while guaranteeing that data is kept up-to-date. We have used Ginseng to construct and dynamically apply patches to three substantial open-source server programs - -Very Secure FTP daemon, OpenSSH sshd daemon, and GNU Zebra. In total, we dynamically patched each program with three years' worth of releases. Though the programs changed substantially, the majority of updates were easy to generate. Performance experiments show that all patches could be applied in less than 5 ms, and that the overhead on application throughput due to updating support ranged from 0 to at most 32%. Copyright © 2006 acm.

关键词： C (programming language)

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Dynamic feedback: An effective technique for adapting computing

Dynamic feedback: An effective technique for adapting comput...

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proceedings of the 1997 acm SIGPLAM conference on programming language design and implementation, PLDI

作者： Diniz, Pedro Rinard, Martin Univ of California Santa Barbara Santa Barbara United States

This paper presents dynamic feedback, a technique that enables computations to adapt dynamically to different execution environments. A compiler that uses dynamic feedback produces several different versions of the same source code;each version uses a different optimization policy. The generated code alternately performs sampling phases and production phases. Each sampling phase measures the overhead of each version in the current environment. Each production phase uses the version with the least overhead in the previous sampling phase. The computation periodically resamples to adjust dynamically to changes in the environment. We have implemented dynamic feedback in the context of a parallelizing compiler for object-based programs. The generated code uses dynamic feedback to automatically choose the best synchronization optimization policy. Our experimental results show that the synchronization optimization policy has a significant impact on the overall performance of the computation, that the best policy varies from program to program, that the compiler is unable to statically choose the best policy, and that dynamic feedback enables the generated code to exhibit performance that is comparable to that of code that has been manually tuned to use the best policy. We have also performed a theoretical analysis which provides, under certain assumptions, a guaranteed optimality bound for dynamic feedback relative to a hypothetical (and unrealizable) optimal algorithm that uses the best policy at every point during the execution.

关键词： Computer programming languages

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SWOOP: Software-Hardware Co-design for Non-speculative, Execute-Ahead, In-Order Cores 2018

SWOOP: Software-Hardware Co-design for Non-speculative, Exec...

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39th acm sigplan conference on programming language design and implementation (PLDI)

作者： Tran, Kim-Anh Jimborean, Alexandra Carlson, Trevor E. Koukos, Konstantinos Sjalander, Magnus Kaxiras, Stefanos Uppsala Univ Uppsala Sweden Natl Univ Singapore Singapore Singapore Norwegian Univ Sci & Technol NTNU Trondheim Norway

ISBN: (纸本)9781450356985

Increasing demands for energy eiciency constrain emerging hardware. These new hardware trends challenge the established assumptions in code generation and force us to rethink existing software optimization techniques. We propose a cross-layer redesign of the way compilers and the underlying microarchitecture are built and interact, to achieve both performance and high energy eiciency. In this paper, we address one of the main performance bottlenecksDlast-level cache misses-through a software-hardware co-design. Our approach is able to hide memory latency and attain increased memory and instruction level parallelism by orchestrating a non-speculative, execute-ahead paradigm in software (SWOOP). While out-of-order (OoO) architectures attempt to hide memory latency by dynamically reordering instructions, they do so through expensive, power-hungry, speculative mechanisms. We aim to shift this complexity into software, and we build upon compilation techniques inherited from VLIW, software pipelining, modulo scheduling, decoupled access-execution, and software prefetching. In contrast to previous approaches we do not rely on either software or hardware speculation that can be detrimental to eiciency. Our SWOOP compiler is enhanced with lightweight architectural support, thus being able to transform applications that include highly complex control-low and indirect memory accesses. The efectiveness of our software-hardware co-design is proven on the most limited but energy-eicient micro-architectures, non-speculative, in-order execution (InO) cores, which rely entirely on compile-time instruction scheduling. We show that (1) our approach achieves its goal in hiding the latency of the last-level cache misses and improves performance by 34% and energy eiciency by 23% over the baseline InO core, competitive with an oracle InO core with a perfect last-level cache;(2) can even exceed the performance of the oracle core, by exposing a higher degree of memory and instruction level

关键词： hardware-software co-design compilers memory level parallelism

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A compiler framework for speculative analysis and optimizations 03

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conference on programming language design and implementation

作者： Lin, J Chen, T Hsu, WC Ju, RDC Ngai, TF Yew, PC Chan, S Univ Minnesota Dept Comp Sci & Engn Minneapolis MN 55455 USA Intel Corp Microproc Res Lab Santa Clara CA 95052 USA

ISBN: (纸本)9781581136623

Speculative execution, such as control speculation and data speculation, is an effective way to improve program performance. Using edge/path profile information or simple heuristic rules, existing compiler frameworks can adequately incorporate and exploit control speculation. However, very little has been done so far to allow existing compiler frameworks to incorporate and exploit data speculation effectively in various program transformations beyond instruction scheduling. This paper proposes a speculative SSA form to incorporate information from alias profiling and/or heuristic rules for data speculation, thus allowing existing program analysis frameworks to be easily extended to support both control and data speculation. Such a general framework is very useful for EPIC architectures that provide checking (such as advanced load address table (ALAT) [10]) on data speculation to guarantee the correctness of program execution. We use SSAPRE [2 1] as one example to illustrate how to incorporate data speculation in those important compiler optimizations such as partial redundancy elimination (PRE), register promotion, strength reduction and linear function test replacement. Our extended framework allows both control and data speculation to be performed on top of SSAPRE and, thus, enables more aggressive speculative optimizations. The proposed framework has been implemented on Intel's Open Research Compiler (ORC). We present experimental data on some SPEC2000 benchmark programs to demonstrate the usefulness of this framework and how data speculation benefits partial redundancy elimination.

关键词： algorithms performance design experimentation speculative SSA form speculative weak update data speculation partial redundancy elimination register promotion

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