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Concurrent Program Analysis and Verification by G. Ramalingam at Microsoft Research India

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Explore the profound analysis and verification techniques for concurrent programs developed by G. Ramalingam at Microsoft Research India. Learn how these methods enhance the reliability and functionality of concurrent systems, ensuring accuracy and efficiency. Dive into the realm of concurrent programming and discover innovative approaches to ensure seamless execution. This research sheds light on crucial aspects of concurrent programming, aiding in the development of robust and error-free software systems.

Concurrent Program Analysis and Verification by G. Ramalingam at Microsoft Research India

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Analysis & VerificationofConcurrent Programs G. Ramalingam Microsoft Research India

FORMAL METHODS IN HARDWARE VERIFICATION

FORMAL METHODS IN HARDWARE VERIFICATION. Maciej Ciesielski Dept. of Electrical &amp; Computer Engineering University of Massachusetts, Amherst, USA ciesiel@ecs.umass.edu. Overview. Introduction What is verification (validation) Why do we need it

1.65k views • 96 slides

STATIC TIMING ANALYSIS

STATIC TIMING ANALYSIS. Introduction. Effective methodology for verifying the timing characteristics of a design without the use of test vectors Conventional verification techniques are inadequate for complex designs Simulation time using conventional simulators

4.63k views • 71 slides

Concurrent Programming

CS 345. Concurrent Programming. Vitaly Shmatikov. Reading Assignment. Mitchell, Chapter 14. Concurrency . Multiprogramming Single processor runs several programs at the same time Each program proceeds sequentially Actions of one program may occur between two steps of another.

1.33k views • 88 slides

Hardware Functional Verification Class

Verification Advisory Team October, 2000 Hardware Functional Verification Class Non Confidential Version Introduction Verification &quot;Theory&quot; Secret of Verification Verification Environment Verification Methodology Tools Future Outlook Contents Introduction

1.56k views • 119 slides

NYSFAAA Verification Training 2012-2013

NYSFAAA Verification Training 2012-2013. Presented by, JoEllen Soucier, Vice President of Operations ProEducation Solutions, LLC. Today’s Agenda. Verification – Why?. Questions to answer: Why do we perform Verification? How do we determine a student’s status? What is meant by married?

1.18k views • 98 slides

Verification by Model Checking

Verification by Model Checking. Formal Methods Laboratory University of Tehran. Based on the chapter 3 of “Logic in Computer Science”, Huth &amp; Ryan. Part 1 : Motivation. Introduction. Verification: verifying the correctness of computer systems hardware, software or combination

1.3k views • 107 slides

Higher-Order Verification With Liquid Types

Higher-Order Verification With Liquid Types. Ranjit Jhala , UC San Diego (with Pat Rondon , Ming Kawaguchi). Part I. First-Order Verification. Part II. Higher-Order Verification. First-Order Verification. char* rev_copy ( char* a, int n){ i = 0; j = n – 1; b = malloc (n);

1.3k views • 107 slides

Model Based Safety Analysis and Verification of Cyber-Physical Systems

Model Based Safety Analysis and Verification of Cyber-Physical Systems. PhD Dissertation Defense b y Ayan Banerjee. Advisor: Dr. Sandeep K.S. Gupta Committee Members: Dr. Radha Poovendran Dr. Georgios Fainekos Dr. Ross Maciejewski. Sponsors: . Outline. Research focus

1.16k views • 82 slides

Parallel and Concurrent Programming

Parallel and Concurrent Programming. Motivation (General): Multicore Architectures Systems that require High Performance Computing (HPC) services Systems that provide HPC services Science and Engineering moving towards simulation ( requiring HPC)

2.34k views • 208 slides

Program Analysis and Synthesis of Parallel Systems

Program Analysis and Synthesis of Parallel Systems. Roman Manevich Ben-Gurion University. Three papers. A Shape Analysis for Optimizing Parallel Graph Programs [POPL’11] Elixir: a System for Synthesizing Concurrent Graph Programs [OOPSLA’12]

1.2k views • 95 slides

Program analysis &amp; Synthesis

Lecture 08(c) – Predicate Abstraction and SLAM . Program analysis &amp; Synthesis. Eran Yahav. Previously . Typestate Verification. Today. Predicate Abstraction (via SLAM) Acks Slides cannibalized from Ball&amp;Rajamani ’s PLDI’03 Tutorial . Predicate Abstraction.

1.09k views • 88 slides

Algorithm Design and Analysis (ADA)

Algorithm Design and Analysis (ADA). 242-535 , Semester 1 2013-2014. Objective to introduce the Big-Oh notation for estimating the worst case running time of programs . 2. Running Time of Programs. Overview. Running Time : T() Big-Oh and Approximate Running Time

1.59k views • 127 slides

Verification and Validation

Verification and Validation. Topics covered. Verification and validation planning Software inspections Automated static analysis Testing. Verification vs validation. Verification : &quot;Are we building the product right?” The software should conform to its specification.

2.58k views • 106 slides

Spring 2014 Program Analysis and Verification Lecture 12: Abstract Interpretation IV

Spring 2014 Program Analysis and Verification Lecture 12: Abstract Interpretation IV. Roman Manevich Ben-Gurion University. Syllabus. Previously. Solving monotone systems via chaotic iteration Relating abstract semantics and concrete semantics Galois connection

1.03k views • 86 slides

Verification and Validation

1.5k views • 104 slides

Atomic Actions, Concurrent Processes and Reliability

Atomic Actions, Concurrent Processes and Reliability. Goal To understand how concurrent processes can reliably cooperate in the presence of errors. Topics. Atomic actions Backward error recovery Forward error recovery Asynchronous notifications POSIX signals

1.56k views • 137 slides

Outline for Today

Outline for Today. Objectives: To introduce the critical section problem . To learn how to reason about the correctness of concurrent programs. To present Linux kernel synchronization Administrative details:.

1.06k views • 88 slides

Outline for Today

Outline for Today. Objectives: To define the process and thread abstractions . To briefly introduce mechanisms for implementing processes (threads). To introduce the critical section problem . To learn how to reason about the correctness of concurrent programs.

1.19k views • 101 slides

Design Verification for SoC 晶片系統之設計驗證

Design Verification for SoC 晶片系統之設計驗證. 熊博安國立中正大學資訊工程學系嵌入式系統實驗室 hpa@computer.org http://www.cs.ccu.edu.tw/~pahsiung/ http://embedded.cs.ccu.edu.tw/. Contents. SoC Verification Challenges Verification Methods Simulation Technologies Static Technologies Formal Technologies

2.02k views • 141 slides

Schedule 2: Concurrent Serializable Schedule

Schedule 2: Concurrent Serializable Schedule. Timestamp Timestamp-based Protocols. Select order among transactions in advance – timestamp-ordering Transaction Ti associated with timestamp TS(Ti) before Tistarts TS(Ti) &lt; TS(Tj) if Ti entered system before Tj

1.13k views • 87 slides

Verification

Verification. Outline. What are the goals of verification? What are the main approaches to verification? What kind of assurance do we get through testing? How can testing be done systematically? How can we remove defects (debugging)? What are the main approaches to software analysis?

1.44k views • 118 slides

Impossibility Results for Concurrent Two-Party Computation

Impossibility Results for Concurrent Two-Party Computation. Yehuda Lindell IBM T.J.Watson. A Basic Problem of Cryptography: Secure Computation. A set of parties with private inputs. Parties wish to jointly compute a function of their inputs so that (amongst other things):

1.12k views • 94 slides

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Concurrent Program Analysis and Verification by G. Ramalingam at Microsoft Research India

Concurrent Program Analysis and Verification by G. Ramalingam at Microsoft Research India

Presentation Transcript

FORMAL METHODS IN HARDWARE VERIFICATION

STATIC TIMING ANALYSIS

Concurrent Programming

Hardware Functional Verification Class

NYSFAAA Verification Training 2012-2013

Verification by Model Checking

Higher-Order Verification With Liquid Types

Model Based Safety Analysis and Verification of Cyber-Physical Systems

Parallel and Concurrent Programming

Program Analysis and Synthesis of Parallel Systems

Program analysis &amp;amp; Synthesis

Algorithm Design and Analysis (ADA)

Verification and Validation

Spring 2014 Program Analysis and Verification Lecture 12: Abstract Interpretation IV

Verification and Validation

Atomic Actions, Concurrent Processes and Reliability

Outline for Today

Outline for Today

Design Verification for SoC 晶片系統之設計驗證

Schedule 2: Concurrent Serializable Schedule

Verification

Impossibility Results for Concurrent Two-Party Computation

Program analysis & Synthesis