No Silver Bullet – Essence and Accident in Software Engineering Mike Ballou“There is no single development, in either technology or management technique, which by itself promises even one order-of- in simplicity.”Abstract “All software construction involves essential tasks, the fashioning of the complex conceptual structures that compose the abstract software entity, and accidental tasks, the onto machine languages within space and speed constraints.”Abstract “Most of the big gains in software productivity have come from removing artificial barriers that have made the accidental tasks inordinately

12 INTRO ❑ The talk today is about software development. ❑ I worked on a product for two years, and during this time, I drastically improved its capabilities. ❑ I wanted to share with you the journey Everything – Avoid Assumptions (Remember – my first impression)TAKE HOME MESSAGES Write Robust Software 174 Unexpected inputs are unavoidable, but don’t let your system crash – have safeguards in Proactive. 178 Don't Wait for Customer ComplaintsTAKE HOME MESSAGES Create Simple Software 179 Creating simple software is more challenging than making it complex.180 Thanks! Any questions? You can

Being Friendly to Your Hardware Performance Engineering A gentle introduction to hardware for software engineers 2Where does C++ run? 3On an abstract C++ machine 4On an abstract C++ machine? various vectors, specialty instructions, on-core and off- core accelerators • Data layout: both software and hardware characteristics 84 src dst • Alignment: source and destination • Size • Direction

Prompt Engineering Author: Lee Boonstra Prompt Engineering February 2025 2 Acknowledgements Content contributors Michael Sherman Yuan Cao Erick Armbrust Anant Nawalgaria Antonio Gulli Simone Cammel Grace Mollison Technical Writer Joey Haymaker Designer Michael Lanning Introduction 6 Prompt engineering 7 LLM output configuration 8 Output length 8 Sampling controls 9 Temperature 9 Top-K and top-P 29 Self-consistency 32 Tree of Thoughts (ToT) 36 ReAct (reason & act) 37 Automatic Prompt Engineering 40 Code prompting 42 Prompts for writing code 42 Prompts for explaining code 44 Prompts for

1 1 1 1 Überprüfung der Software-Ergonomie von Jenkins Version 1.580.1 Stand: 11.12.2014 Kurzbericht des Test and Integration Center der T-Systems Multimedia Solutions GmbH Zusammenfassung Fazit Fazit Methodisches Vorgehen  Die Prüfung der Software-Ergonomie* von Jenkins Version 1.580.1 erfolgte durch Experten anhand eines szenariobasierten Walkthrough und auf der Basis relevanter Teile 1 eine befriedigende bis gute Usability festgestellt werden. 2 Die Begriffe Usability, Software-Ergonomie und Gebrauchstauglichkeit beziehen sich auf den selben Sachverhalt und werden im Folgenden

PickNik Robotics •I work with robotic arms •MoveIt Maintainer 3What is plugin architecture? Software Design Pattern that allows for developers to add functionality to a larger system without having application restart 8Some popular C++ projects that use plugins 9 ● Audio editing software ● Game Engines ● Image editing software ● Text Editors and IDEDesigning the components of the plugin architecture

`University of Massachusetts Amherst Powered by AI:
 A Cambrian Explosion
 for C++ Software Development Tools Emery BergerCretaceous–Paleogene (K-Pg) extinction eventCretaceous–Paleogene (K-Pg) extinction

iZotope Inc.Roth Michaels Principal Software Engineer, Architect Music Production Software iZotope Inc.iZotope real-time audio plug-ins | music, film, television, and radio iZotope Inc.iZotope real-time

to succeed in an increasingly complex environment. Agile has emerged as the leading industry software development methodology, and has seen growing adoption across the DoD and other federal agencies these objectives through:  Focusing on small, frequent capability releases  Valuing working software over comprehensive documentation  Responding rapidly to changes in operations, technology, practices integrate planning, design, development, and testing into an iterative lifecycle to deliver software at frequent intervals. Developers can demonstrate interim capabilities to users and stakeholders

Stanford University… 1: AI ‘Winter’ was a term used by Nils J. Nilsson, the Kumagai Professor of Engineering in computer science at Stanford University, to describe the period during which AI continued to hypothetical endpoint, but as a reachable threshold. If / when achieved, AGI would redefine what software (and related hardware) can do. Rather than executing pre-programmed tasks, AGI systems would understand understand goals, generate plans, and self-correct in real time. They could drive research, engineering, education, and logistics workflows with little to no human oversight – handling ambiguity and novelty