'Stack machine' diaporamas de présentation

Compilers

Compilers. 6. Code Generation Chih-Hung Wang. References 1. C. N. Fischer and R. J. LeBlanc. Crafting a Compiler with C. Pearson Education Inc., 2009. 2. D. Grune, H. Bal, C. Jacobs, and K. Langendoen. Modern Compiler Design. John Wiley & Sons, 2000.

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Code Generation

Code Generation. Mooly Sagiv html://www.cs.tau.ac.il/~msagiv/courses/wcc10.html. Chapter 4. Tentative Schedule. Basic Compiler Phases. Code Generation. Transform the AST into machine code Several phases Many IRs exist Machine instructions can be described by tree patterns

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Code Generation

Code Generation. Mooly Sagiv html://www.cs.tau.ac.il/~msagiv/courses/wcc08.html. Chapter 4. Tentative Schedule. Basic Compiler Phases. Code Generation. Transform the AST into machine code Several phases Many IRs exist Machine instructions can be described by tree patterns

945 views • 94 slides

Restricted Machines

Restricted Machines. Presented by Muhannad Harrim. The Turing Machine. Turing machines are extremely basic abstract symbol-manipulating devices which, despite their simplicity, can be adapted to simulate the logic of any computer that could possibly be constructed.

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Topic II Instruction-Set Architecture

Topic II Instruction-Set Architecture. Introduction A Case Study: The MIPS Instruction-Set Architecture. Reading List. Slides: Topic2x Henn & Patt: Chapter 2 Other papers as assigned in class or homeworks. INPUT. OUTPUT. CONTROL (sequencer). DATAPATH (arithmetic). MEMORY.

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ISAs and Microarchitectures

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ISAs and Microarchitectures

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ISAs and Microarchitectures

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ISAs and Microarchitectures

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Complex Instruction Set Evolution in the Sixties: Stack and GPR Architectures

Complex Instruction Set Evolution in the Sixties: Stack and GPR Architectures. Krste Asanovic Laboratory for Computer Science Massachusetts Institute of Technology. The Sixties. Hardware costs started dropping memories beyond 32K words seemed likely separate I/O processors

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Code Generation

Code Generation. Mooly Sagiv html://www.cs.tau.ac.il/~msagiv/courses/wcc03.html. Chapter 4.2. Basic Compiler Phases. Code generation issues. Code selection Register allocation Instruction ordering. Simplifications. Consider small parts of AST at time One expression at the time

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CS412/413

bytecode interpreter. src-to-src translator. bytecode compiler. CS412/413. JIT. Introduction to Compilers and Translators May 3, 1999 Lecture 34: Compiler-like Systems. Administration.

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Code Generation

Code Generation. Compiler Baojian Hua bjhua@ustc.edu.cn. Front End. lexical analyzer. source code. tokens. abstract syntax tree. parser. semantic analyzer. IR. Back End. instruction selector. IR. Assem. register allocator. TempMap. instruction scheduler. Assem. Code Generation.

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Orthogonal Security With Cipherbase

Orthogonal Security With Cipherbase. Raghav Kaushik 1. Arvind Arasu 1. Spyros Blanas 2. Ken Eguro 1. 1 Microsoft Research 2 UW-Madison 3 ETH-Zurich. Donald Kossmann 3. Ravi Ramamurthy 1. Venkie Ramarathnam 1. Problem: Data Confidentiality. Untrusted Server. Trusted Client.

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CS344-321 Assembly Language Programming

CS344-321 Assembly Language Programming. Period 42. 8087 Instruction Set How to compute expression using Stack machine? hint: change infix form to postfix form e.g. infix expression : (x+y)*(x-y)/z postfix form : xy+xy-*z/.

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