In this paper， we make the following contributions:在本文中，我们作出以下的贡献:-We describe an ADL called State-space Generator De-scription Language (SGDL)， which is an extension of the language ISILDUR used in the AVRORA project2 我们描述一个平衡状态发电机De-scription称为语言(SGDL)，这是一个扩展的语言ISILDUR用于AVRORA project2。-We detail the synthesis system that is needed to translate specifications in SGDL into executable 我们详细说明了合成系统就是需要翻译成可执行文件SGDL模拟器。- To tackle the state-explosion problem， we detail the integration of automatic abstraction techniques at the example of the so-called lazy stack evaluation， whichexploits the way the stack is used in binary We also present the integration of another abstraction， called path reduction， which reduces paths in the state space to single transitions in case they satisfy certain conditionsstate-explosion——来解决这个问题，我们详细的自动提取技术集成的实例评价所谓懒惰的堆栈，哪一个 方法利用堆栈是用于二进制程序。同时也讨论该整合另一个抽象，称为路径减少，从而降低路径在状态空间单一转换以防他们满足一定的条件- We evaluate the effectiveness of the approach by compar- ing the effort required for hand-written and synthesized simulators as well as the sizes of state spaces generated by both types of 我们评估了这种分析方法的有效性通过比较- ing需要努力为手写和合成模拟器以及大小的状态空间所产生的两种类型的模拟器。- We show the flexibility of the system by focussing on the synthesis of simulators for programs targeting the Atmel ATmega16 and the Intel MCS-51 我们显示系统的灵活性的合成由集中于目标模拟器的程序。通过mcs—51汇编语言和Atmel ATmega16英特尔微控制器。
This paper shows that automatically synthesized simulators are a competitive alternative to handcrafted simulators for binary code model While the generation of hardware simulators from hardware descriptions has been long used in different fields， our work is new in that it highlights and approaches the need for automatic integration of abstraction techniques in order to tackle the state-explosion As shown in the case study， only the smallest programs can be verified 本文显示采用自动合成模拟系统替代手工模拟器对二进制编码模型进行检验是极具竞争性的一种方式。源自硬件描述的硬件模拟器尽管已在不同的领域中经久使用，但我们的研究工作具有新意因为它强调并探讨提取技术自动集成的需要，以便应对状态爆炸的难题。犹如个案研究所示，只有最小的程序可被证实不那样。Clearly， the work calls for further investigation of abstraction techniques that can be integrated automatically， and also， the synthesis of hardware-specific static analyzers from SGDL Moreover， even though we believe that SGDL and the underlying synthesis system are general enough to handle different kinds of microcontroller platforms， we further want to investigate its applicability by synthesizing simulators for16-bit microcontrollers such as the Renesas R8C/显然，研究工作主张对可自动合成的提取技术，以及从SGDL代码进行硬件特定静态分析器的合成作进一步的研究。此外，虽然我们相信SGDL及其基础合成系统可通用于处理各种不同的微控制器平台，但我们通过合成例如Renesas R8C/23的16位微控制器模拟系统，来进一步研究它的适用范围。 注：SGDL – Sudoku Game Design Language 数独游戏设计语言【英语牛人团】
