PDF-Migration Center!Software porting and system engineering (predominantl

availableAutomatic conversion OMSVA OMSAI does not always workMarket expects modern platformsThere are still CPUsApplicationLayered softwareSystem librariesVMS or otherApplicationVMS or ot. April 12, 2012. Professor Stuart Steele, Associate Head. Department of Computer Science and Engineering, NYU Poly. Agenda. What is Software Engineering?. Relationship to Computer Science, Computer Engineering and Electrical Engineering. COMP 201. Lecturer: . Sebastian . Coope. Ashton Building, Room G.18. E-mail: . coopes@liverpool.ac.uk . COMP 201 web-page:. http://www.csc.liv.ac.uk/~coopes/comp201. Lecture . 16 – Distributed System Architectures. Lecture 1. 1. Chapter 18 Distributed software engineering. Topics covered. Distributed systems issues . Client–server computing. Architectural patterns for distributed systems. Software as a service. COMP 201. Lecturer: . Sebastian . Coope. Ashton Building, Room G.18. E-mail: . coopes@liverpool.ac.uk . COMP 201 web-page:. http://www.csc.liv.ac.uk/~coopes/comp201. Lecture 11 – Formal Specifications. COMP 201. Lecturer: . Sebastian . Coope. Ashton Building, Room G.18. E-mail: . coopes@liverpool.ac.uk . COMP 201 web-page:. http://www.csc.liv.ac.uk/~coopes/comp201. Lecture 9, 10 – Modelling Based on Petri Nets. Presenter: Raj Johnson. Getting Locked-In. Applications are developed with a particular platform in mind. The software is locked to the current platform. If a component of that platform changes, the application will no longer run without costly changes to the code due to variances in platforms. COMP 201. 1. COMP201 - Software Engineering. Lecturer: . Sebastian . Coope. Ashton Building, Room G.18. E-mail: . coopes@liverpool.ac.uk . COMP 201 web-page:. http://www.csc.liv.ac.uk/~coopes/comp201. Getting Locked-In. Applications are developed with a particular platform in mind. The software is locked to the current platform. If a component of that platform changes, the application will no longer run without costly changes to the code due to variances in platforms. a Nutshell. 8/24/2016. 1. Introduction. Getting started with software engineering. Objectives. To introduce software engineering and to explain its importance. To set out the answers to key questions about software engineering. Presenter: Raj Johnson. Getting Locked-In. Applications are developed with a particular platform in mind. The software is locked to the current platform. If a component of that platform changes, the application will no longer run without costly changes to the code due to variances in platforms. Getting Locked-In. Applications are developed with a particular platform in mind. The software is locked to the current platform. If a component of that platform changes, the application will no longer run without costly changes to the code due to variances in platforms. a Nutshell. 8/23/2017. 1. Introduction. Getting started with software engineering. Objectives. To introduce software engineering and to explain its importance. To set out the answers to key questions about software engineering. Lecture 2. Duplication of course material for any commercial purpose without the explicit written permission of the professor is prohibited.. Today’s lecture. Programming versus software engineering. Practical Software Development using UML and Java. Chapter 1: . Software and Software Engineering. 1. 2. Prologue. "By the year 2000 all software will contain all functions imaginable and will be delivered bug-free", unknown Software Engineering...