The document discusses the history and development of artificial intelligence over the past 70 years. It outlines some of the key milestones in AI research including the creation of logic theories, machine learning algorithms, and neural networks. Recent advances in deep learning now allow AI systems to perform complex tasks like image recognition and natural language processing.
- The document describes a 3D software wreckage reconstruction system (3D-SWRPS) used to assist in investigating the 2002 crash of China Airlines Flight CI611.
- The 3D-SWRPS utilizes 3D modeling of wreckage recovered from the site, laser scanning, and a reference Boeing 747-200 model to reconstruct wreckage pieces in 3D.
- Over 160 wreckage pieces were scanned and reconstructed in 3D to determine fracture patterns and the aircraft breakup sequence.
The document discusses the history and development of artificial intelligence over the past 70 years. It outlines some of the key milestones in AI research including the creation of logic theories, machine learning algorithms, and neural networks. Recent advances in deep learning now allow AI systems to perform complex tasks like image recognition and natural language processing.
- The document describes a 3D software wreckage reconstruction system (3D-SWRPS) used to assist in investigating the 2002 crash of China Airlines Flight CI611.
- The 3D-SWRPS utilizes 3D modeling of wreckage recovered from the site, laser scanning, and a reference Boeing 747-200 model to reconstruct wreckage pieces in 3D.
- Over 160 wreckage pieces were scanned and reconstructed in 3D to determine fracture patterns and the aircraft breakup sequence.
This document summarizes the final report on the April 10, 2010 accident of the Tu-154M aircraft with tail number 101 of the Republic of Poland. The 3-sentence summary is as follows:
The aircraft crashed during approach to Smolensk "Severny" airdrome in Russia, descending below the minimum safe altitude in weather conditions below the established minima. All 96 people on board were killed in the accident. An investigation was conducted in accordance with ICAO standards to determine the causes and make safety recommendations to prevent future accidents.
Agile Development with Smalltalk - ShortTomáš Kukol
Smalltalk is an object-oriented programming language and GemStone/S is an object database that integrates program code and data. This allows for agile development with test-driven development, easy refactoring, and quick deployment. Smalltalk is easier to learn than other languages and provides a stable development environment. Integrating the program and data in the object database saves significant developer time and allows the developer to focus on business logic rather than persistence. Objects can also be highly reused, reducing development and maintenance costs.
Agile Development with Smalltalk - LongTomáš Kukol
This presentation provides an overview of Smalltalk as an object-oriented programming language and object database for agile development. Smalltalk offers a simple yet powerful language with object persistence built into the language. It allows developers to focus on business logic and processes rather than data access layers. Smalltalk also enables productive development through its integrated IDE and support for agile practices like test-driven development and refactoring.
This document summarizes the final report on the April 10, 2010 accident of the Tu-154M aircraft with tail number 101 of the Republic of Poland. The 3-sentence summary is as follows:
The aircraft crashed during approach to Smolensk "Severny" airdrome in Russia, descending below the minimum safe altitude in weather conditions below the established minima. All 96 people on board were killed in the accident. An investigation was conducted in accordance with ICAO standards to determine the causes and make safety recommendations to prevent future accidents.
Agile Development with Smalltalk - ShortTomáš Kukol
Smalltalk is an object-oriented programming language and GemStone/S is an object database that integrates program code and data. This allows for agile development with test-driven development, easy refactoring, and quick deployment. Smalltalk is easier to learn than other languages and provides a stable development environment. Integrating the program and data in the object database saves significant developer time and allows the developer to focus on business logic rather than persistence. Objects can also be highly reused, reducing development and maintenance costs.
Agile Development with Smalltalk - LongTomáš Kukol
This presentation provides an overview of Smalltalk as an object-oriented programming language and object database for agile development. Smalltalk offers a simple yet powerful language with object persistence built into the language. It allows developers to focus on business logic and processes rather than data access layers. Smalltalk also enables productive development through its integrated IDE and support for agile practices like test-driven development and refactoring.