<--- Back to Details
First PageDocument Content
Process calculi / Theoretical computer science / PEPA / Jane Hillston / Process calculus / Mathematics / Semantics / -calculus / Calculus / Stochastic / Model checking / TAPAs model checker
Date: 2009-03-02 10:57:34
Process calculi
Theoretical computer science
PEPA
Jane Hillston
Process calculus
Mathematics
Semantics
-calculus
Calculus
Stochastic
Model checking
TAPAs model checker

Introduction Bio-PEPA: Syntax and semantics Model Analysis

Add to Reading List

Source URL: homepages.inf.ed.ac.uk

Download Document from Source Website

File Size: 904,46 KB

Share Document on Facebook

Similar Documents

Process calculi / Theoretical computer science / Process calculus / Mathematics / -calculus / Calculus / Lambda calculus / Computer science / Actor model and process calculi history / Join-calculus

A Generic Process Calculus Approach to Relaxed-Memory Consistency Palle Raabjerg Tjark Weber

DocID: 1xUqG - View Document

A Process Calculus Analysis of Compensations Lu´ıs Caires Carla Ferreira Hugo Vieira

DocID: 1vhMs - View Document

WS-FM 2004 Preliminary Version A Process Calculus of Atomic Commit Laura Bocchi 1 Lucian Wischik 2 Department of Computer Science University of Bologna, Italy

DocID: 1s08a - View Document

Probability theory / Stochastic processes / Mathematical analysis / Probability / Brownian motion / It calculus / FeynmanKac formula / Stochastic calculus / Quadratic variation / Lvy process / It diffusion / Wiener process

8 Brownian motion and Itô calculus Brownian motion is a continuous analogue of simple random walks (as described in the previous part), which is very important in many practical applications. This importance has its ori

DocID: 1rrfB - View Document

Process calculi / Theoretical computer science / -calculus / State-space representation / Mathematics / Academia / Abstraction

Uniqueness Typing for Resource Management in Message-Passing Concurrency Edsko de Vries Computer Science Dept. Trinity College Dublin College Green, Dublin 2

DocID: 1roDc - View Document