Introduction of Business Models in Requirement DevelopmentKent Ishizawa
オープンコミュニティ「要求開発アライアンス」(http://www.openthology.org)の2010年2月定例会発表資料です。 開催時のTwitterまとめはこちら→http://togetter.com/li/7217
Open Community "Requirement Development Alliance" 2010 February regular
meeting of the presentation materials.
Introduction of Business Use-Case and Business Flowin Requirement DevelopmentKent Ishizawa
オープンコミュニティ「要求開発アライアンス」(http://www.openthology.org)の2010年6月定例会発表資料です。
Open Community "Requirement Development Alliance" 2010/06 regular meeting of the presentation materials.
オープンコミュニティ「要求開発アライアンス」(http://www.openthology.org)の2010年4月定例会発表資料です。
Open Community "Requirement Development Alliance" 2010/04 regular
meeting of the presentation materials.
The document provides an introduction to the Unified Modeling Language (UML). It explains that UML is a standardized modeling language used to visually represent systems through different diagrams, such as use case diagrams, class diagrams, state diagrams, and others. It also discusses some basic UML concepts like classes, attributes, operations, relationships between classes, and visibility/access modifiers. Examples of UML class and sequence diagrams are provided to illustrate how to model classes and interactions between objects in UML.
オープンコミュニティ「要求開発アライアンス」(http://www.openthology.org)の2012年6月定例会発表資料です。
Open Community "Requirement Development Alliance" 2012/6 regular meeting of the presentation materials.
Introduction of KOTATSU-MODEL in Requirement DevelopmentKent Ishizawa
オープンコミュニティ「要求開発アライアンス」(http://www.openthology.org)の2010年5月定例会発表資料です。
Open Community "Requirement Development Alliance" 2010/05 regular meeting of the presentation materials.
オープンコミュニティ「要求開発アライアンス」(http://www.openthology.org)の2012年6月定例会発表資料です。
Open Community "Requirement Development Alliance" 2012/6 regular meeting of the presentation materials.
Introduction of KOTATSU-MODEL in Requirement DevelopmentKent Ishizawa
オープンコミュニティ「要求開発アライアンス」(http://www.openthology.org)の2010年5月定例会発表資料です。
Open Community "Requirement Development Alliance" 2010/05 regular meeting of the presentation materials.
オープンコミュニティ「要求開発アライアンス」(http://www.openthology.org)の2012年4月定例会発表資料です。
Open Community "Requirement Development Alliance" 2012/4 regular meeting of the presentation materials.
オープンコミュニティ「要求開発アライアンス」(http://www.openthology.org)の2012年6月定例会発表資料です。
Open Community "Requirement Development Alliance" 2012/6 regular meeting of the presentation materials.
Math in Machine Learning / PCA and SVD with ApplicationsKenji Hiranabe
Math in Machine Learning / PCA and SVD with Applications
機会学習の数学とPCA/SVD
Colab での練習コードつきです.コードはこちら.
https://colab.research.google.com/drive/1YZgZWX5a7_MGA__HV2bybSuJsqkd4XxD?usp=sharing
Graphic Notes on Introduction to Linear AlgebraKenji Hiranabe
Graphic Notes on Introduction to Linear Algebra authored by Prof. Gilbert Strang.
This is an idea for visualization to better understand linear algebra.
If you want a PowerPoint version, feel free to let me know, I'll share it with you.
This document appears to be discussing different approaches to software design such as "Big Design Upfront", "No Design Upfront", and the "sweet spot" in between. It references several sources on software design including papers by Barry Boehm and Michael Keeling. It also includes graphs showing the relationship between design effort and quality. Overall, the document seems to be exploring different levels of upfront design activities and their impacts.
This document discusses applying agile methods in the automotive industry. It notes the differences between logistics in startups versus large automotive companies. It suggests that agile can be used throughout the automotive organization, from product owners to CxOs to suppliers. Challenges include integrating agile with existing processes and standards in automotive like AUTOSAR and ensuring safety. Emerging technologies like electric vehicles, advanced driver assistance systems, and automated driving require new approaches.