Towards formal testing of jet engine Rolls Royce BR725 Greg Holland Temesghen Kahsai Markus Roggenbach Bernd Holger Schlingloff 1 Rolls Royce Plc Derby UK 2 Department of Computer Science Swansea University UK 3 Humboldt University Berlin Fraunhofer FIRST Germany Abstract The Rolls Royce BR725 is a newly designed jet engine for ultra long range and high speed business jets In this paper we apply our theory of formal testing to the starting system of the Ro
FINAL REPORT AAIU Report No 2011 003 State File No IRL00908039 Published 7 2 2011 Operator Private Manufacturer Beechcraft Model 77 Skipper Engine Avco Lycoming O 235 L2C Nationality Ireland Registration EI BHT Location Kilmovee Co Mayo Ireland N53 53 79 W008 43 69 Date Time UTC 11 May 2008 15 47 hrs SYNOPSIS The aircraft took off from Ireland West Airport Knock EIKN with two persons on board Shortly afterwards the Pilot reported engine prob
UNIVERSIDADE S O FRANCISCO Doutorado em Educa o RUTH MARIA RODRIGUES GAR EDUCA O FORMAL X EDUCA O N O FORMAL DIFERENTES PR TICAS DE ENSINO E A CONSTRU O DE IDENTIDADES SURDAS Itatiba 2014 RUTH MARIA RODRIGUES GAR RA 002201101303 EDUCA O FORMAL X EDUCA O N O FORMAL DIFERENTES PR TICAS DE ENSINO E A CONSTRU O DE IDENTIDADES SURDAS Tese apresentada ao Programa de P s Gradua o Stricto Sensu em Educa o da Universidade S o Fra
3 23 35 37 40 41 42 UMC 3 3 User Guide Franco Mazzanti ISTI Technical Report 2006 TR 33 September 2006 Istituto di Scienza e Tecnologie dell Informazione Alessandro Faedo ISTI CNR Via A Moruzzi 1 56124 Pisa Italy franco mazzanti isti cnr it Abstract In this report we present the prototypical UMC verification tool under development at ISTI UMC accept a system specification given in UML like style as a collection of active objects modelled by state machines
ENMET Corporation PO Box 979 Ann Arbor MI 48106 0979 Formaldemeter ZV Formaldehyde Monitor Operation Manual Manual Part Number 80012 017 MCN 388 10 25 07 Table of Contents 1 0 INTRODUCTION savnnnnnvnnnnnvnnnnvnnnnnvnnnnnnnnnnnennnnvnnnnnvnnnnnnnnnnnnnnnnennnnnennnneennnneennnnennnnnennnneennnnnnnnnnennnennnnnennnnnennn 1 tr DENOTE es eee ee 1 12 Che CK Order ee sees odes seasedehecsecdsaseasedcestuecdenstndetenadheadenddedotsaadnesdendengodenedieodunsted AEN oane
GU A DEL USUARIO EXTECH INSTRUMENTS Medidor digital de formaldehido Modelo FM100 EXTECH INSTRUMENTS Introducci n Gracias por seleccionar el Modelo FM100 de Extech Instruments El FM100 mide la concentraci n de formaldehido CHO HCHO temperatura del aire y humedad relativa La funci n de alarma alerta al usuario cuando se excede el l mite 0 08ppm de formaldehido El FM100 se puede montar en la pared o usar como un dispositivo de sobremesa Este instrum
Formalising Behaviour Trees with CSP Kirsten Winter School of Information Technology and Electrical Engineering University of Queensland 4072 Australia phone 61 7 3365 1625 fax 61 7 3365 4999 kirsten svrc uq edu au Abstract Behaviour Trees is a novel approach for requirements engineering It advocates a graphical tree notation that is easy to use and to understand Individual requirements are modelled as single trees which later on are integrated into a model of the s
UNIVERSITY OF SASKATCHEWAN EE CME 392 Laboratory 4 Designing with a Microcontroller EE v4 Safety In this lab voltages are less than 15 volts and this is not normally dangerous to humans However you should assemble or modify a circuit when power is disconnected and don t touch a live circuit if you have a cut or break in the skin Objective This lab provides an opportunity to learn about the use of a microcontroller MCU and its interfacing to external de
NTNU Norwegian University of Science and Technology Formal Methods for System Development Inge Fredriksen Master of Science in Engineering Cybernetics Submission date July 2009 Supervisor Sverre Hendseth ITK Co supervisor yvind Teig Autronica Fire and Security AS Ommund gard Autronica Fire and Security AS Norwegian University of Science and Technology Department of Engineering Cybernetics Problem Description The student is to research and discuss d
Multi formalism Modelling and Model Transformation for the Design of Reactive Systems Thomas Huining Feng Electrical Engineering and Computer Sciences U C Berkeley California USA tfeng eecs berkeley edu Keywords Model transformation computer automated multi paradigm modelling CAMPaM modelling and simulation based design Abstract This paper presents a development process based on mod elling simulation and code synthesis The DCharts formal ism a Statecharts
Formal Methods for Smart Cards an experience report C B Breunesse N Catafio M Huisman B Jacobs INRIA Sophia Antipolis France gt University of Nijmegen the Netherlands Abstract This paper presents a case study in formal specification and verification of a smart card application The application is an electronic purse implementation developed by the smart card producer Gemplus as a test case for formal methods for smart cards It has been annotated
P Bradesco Promotora GUIA PR TICO FORMALIZA O DE CONTRATOS Este documento foi classificado pela Bradesco Promotora Formaliza o e o acesso est autorizado exclusivamente aos Colaboradores da Organiza o Bradesco 19 Bradesco il Promotora SUM RIO 1 APRESENTA O 2 RELA O DE FORMUL RIOS USUAIS 3 PROCEDIMENTOS DE FORMALIZA O 4 PROTOCOLO ELETR NICO 5 INV LUCRO DE CONTRATOS 6 M TODOS DE ENVIO 7 REGULARIZA O E COMPLEM
SEVENTH FRAMEWORK PROGRAMME Grant Agreement 287829 Comprehensive Modelling for Advanced Systems of Systems COMPASS Formal Refinement Support Technical Note Number D33 4 Version 1 00 Date September 2014 Public Document http www compass research eu D33 4 Refinement Support Public COMPASS Contributors Simon Foster UY Alvaro Miyazawa UY Editors Simon Foster UY Alvaro Miyazawa UY Reviewers Jan Peleska UB Zoe Andrews Newcastle
Process Behaviour Explorer ProBE User Manual 14 Jan 2003 Formal Systems Europe Ltd lt http www fsel com gt Copyright 2003 Formal Systems Europe Ltd This is the third edition of this User Manual It covers primarily ProBE version 1 30 Table of Contents SPEAR ed dabeeeeded ee dee ec ex 1 1 INtrOCUCHON voii ori 2 2 Click Std dare A AE he aoe 3 3 NelerenCeia su poi a o i di dobra e Da diria i 6 Dil Be Hd 6 ac ii e ee iia 6 Sell Men ici ito iia olaa
9 o 9 e MP e lt Formal Technical Proposal Project Aureole Developers Project Manager Wiliam Reading Hardware Engineer Kyle Mays Software Engineer Troy Kensinger Sponsor Dr Sejun Song Advisor Prof George Wright Reviewer Signature Date Aitne Confidential Page Dr Joseph Morgan P E M E Please find attached our formal technical proposal for the Aureole mobile conferencing system proposed by the engineers at Aitne Inc
From HCI 02 Proceedings Copyright 2002 AAAI www aaai org All rights reserved Constructing Human Automation Interfaces A Formal Approach Michael Heymann Department of Computer Science Technion Israel Institute of Technology heymann cs technion ac il Abstract In this paper we present a formal methodology and an algorithmic procedure for constructing human auto mation interfaces and corresponding user manuals Our focus is the information provided to the
Formal Methods amp Programming Coursework 2 Unit Code CM50109 Programming with Oberon 2 Deck of Cards Demonstrator Ryan Kelly rmk22 bath ac uk 1 Table of Contents Lin Original Problem AM did A AER A 3 2 Requirements Analysis a ad 3 3 Requirements Specification ia 10 4 A O 13 4 1 Modular Decomposition ai tds 13 42 Data Representation iii lit 14 4 3 Data ADS Tacna iaa 14 44 Formal Specification of ModuleS oooonnccnnocicocononononnnonnnononoconacono no
PROJ354 TABLE OF CONTENTS 3 Problem 22 4
FRIDAY APRIL 4 2014 Formal Report Home Office Automation Jimmy Bright Alexander Kampel Chris Woolford HOME SOLUTIONS Table of Contents Exec tve UL INTEL reale iaia 3 Vi ehe ieh 3 Achievements sn ee lee 3 PTO CCE Out iie eu ee ae A OA TE 4 Project CO PCs Sasan ua ee ee eng 4 BUS RR ARENAS 4 Conclusi n unid ads 5 APPS iS Sd 6 Appendix A User Manual EEE 6 Appendix B Source Code iii nl en i 9 Appendix C Bibliography sauna ie BERNIE 21 2 PAGE E
INFORMAL GROUP ON GASEOUS FUEL VEHICLES Within the UN GRPE WP29 PROPOSED AMENDMENT GFV 04 02 Name of Organisation submitting Amendment Work Item AEGPL Person submitting Item Salvatore Piccolo Assogasliquidi Address phone email coordinates Viale Luigi Pasteur 10 ROMA 00144 Italie Work 39 065 427 3215 3218 Fax 39 065 913 901 Mobile 39 347 126 89 41 E Mail s piccolo federchimica it Regulation name and reference number Regulation 115 Name of Amendment