'Totally ordered' presentation slideshows

Partial Orderings

Partial Orderings. Based on Slides by Chuck Allison from http://uvsc.freshsources.com/Courses/CS_2300/Slides/slides.html Rosen, Chapter 8.6 Modified by Longin Jan Latecki. Introduction. An equivalence relation is a relation that is reflexive, symmetric, and transitive

445 views • 43 slides

Partial Orderings

Partial Orderings. Based on Slides by Chuck Allison from http://uvsc.freshsources.com/Courses/CS_2300/Slides/slides.html Rosen, Chapter 8.6 Modified by Longin Jan Latecki. Introduction. An equivalence relation is a relation that is reflexive, symmetric, and transitive

531 views • 43 slides

Partial Orderings

Partial Orderings. Based on Slides by Chuck Allison from http://uvsc.freshsources.com/Courses/CS_2300/Slides/slides.html Rosen, Chapter 8.6 Modified by Longin Jan Latecki. Introduction. An equivalence relation is a relation that is reflexive, symmetric, and transitive

1.03k views • 42 slides

Partial Orderings

Partial Orderings. Based on Slides by Chuck Allison from http://uvsc.freshsources.com/Courses/CS_2300/Slides/slides.html Rosen, Chapter 8.6 Modified by Longin Jan Latecki. Introduction. An equivalence relation is a relation that is reflexive, symmetric, and transitive

440 views • 42 slides

Partial Orderings

Partial Orderings. Based on Slides by Chuck Allison from http://uvsc.freshsources.com/Courses/CS_2300/Slides/slides.html Rosen, Chapter 8.6 Modified by Longin Jan Latecki. Introduction. An equivalence relation is a relation that is reflexive, symmetric, and transitive

429 views • 42 slides

System Modeling. Models of Computation. System Specification Languages Alexandru Andrei

System Modeling. Models of Computation. System Specification Languages Alexandru Andrei. Models of Computation. Basic models, specific features, comparison Multimodel specification. Specification Languages, Formal Verification. Introduction. Behavioral Libraries. Arch. Libraries.

471 views • 35 slides

?? ?? ????

?? ?? ????. ?? 1? ???? 6? ? ?? ?? 2,3 ??? Department of Information Technology, Uppsala University, Sweden (http://www.it.uu.se?lang=en) ??? 11? 30? ??? ??? symin@snu.ac.kr 011-9120-7047, ?? ??? ?? (880-7287,7288). ?? ?? ????. ???? ?? ?? ?? ??: ? 500?? 120?? : ????

536 views • 34 slides

Linearizability (p566) the strictest criterion for a replication system

Linearizability (p566) the strictest criterion for a replication system. linearizability is not intended to be used with transactional replication systems. The real-time requirement means clients should receive up-to-date information

422 views • 31 slides

Hierarchical Task Network (HTN) Planning

Hierarchical Task Network (HTN) Planning. Hai Hoang 4/17/2007. Reminder. JSHOP and JSHOP2 come with some sample domain files. You CANNOT use those files. Need to write your own. HTN vs Classical. Like classical planning: Each state of the world is represented by a set of atoms

467 views • 30 slides

Relations

Relations. Chapter 9. Chapter Summary. Relations and Their Properties n - ary Relations and Their Applications ( not currently included in overheads ) Representing Relations Closures of Relations ( not currently included in overheads ) Equivalence Relations Partial Orderings.

509 views • 27 slides

A poset is totally ordered if

A poset is totally ordered if. A totally ordered poset is called a chain. The set. with the relation. Let be the set of all real numbers, and let have the usual meaning; then is a chain. if for all.

495 views • 25 slides

PLATO: Predictive Latency-Aware Total Ordering

355 views • 24 slides

Lecture 9: Ordered Multicasting

Lecture 9: Ordered Multicasting. TVS: Section 6.2 (CDK: Section 12.4). Contents. What is an ordered multicast ? Why is it useful? How can it be done? Using logical timestamps. Multicast. 1 process sends a message to a group of other processes

258 views • 18 slides

Totally Ordered Broadcast in the face of Network Partitions [Keidar and Dolev,2000]

Totally Ordered Broadcast in the face of Network Partitions [Keidar and Dolev,2000]. INF5360 Student Presentation 4/3-08 Miran Damjanovic mirand@ifi.uio.no. Overview. COReL (Introduction) COReL (The Model) COReL (System Architecture) COReL (Problem Definition:Service Guarantees)

316 views • 15 slides

Last Class: Naming

Last Class: Naming. Name distribution: use hierarchies DNS X.500 and LDAP. Canonical Problems in Distributed Systems. Time ordering and clock synchronization Leader election Mutual exclusion Distributed transactions Deadlock detection. Clock Synchronization.

228 views • 15 slides