National U of Singapore CLS (National University of Singapore Centre for Language Studies). December 6 (Fri), 9:00-19:00 in Singapore. Andy Kirkpatrick (Grifflth University, Australia), Dorothy M Chun (UC, Santa Barbara, USA), Sarah Mercer (University of Graz, Austria), Xiaoshi Li (Michigan State U, USA). Call for presentations closes April 30.

National U of Singapore CLS (National University of Singapore Centre for Language Studies). December 5 (Thu), 9:00-19:00 in Singapore. Andy Kirkpatrick (Grifflth University, Australia), Dorothy M Chun (UC, Santa Barbara, USA), Sarah Mercer (University of Graz, Austria), Xiaoshi Li (Michigan State U, USA). Call for presentations closes April 30.

Nanzan University (Nanzan University Language Education Seminar). November 23 (Sat), 9:00-17:00 in Nagoya, Aichi. Submissions accepted until Sept 30.

JALT (The Annual International Conference of the Japan Association for Language Teaching). November 18 (Mon), 9:00-16:00 in Shizuoka. Call for proposals ends March 10th, 2024.

JALT (The Annual International Conference of the Japan Association for Language Teaching). November 17 (Sun), 9:00-19:00 in Shizuoka. Call for proposals ends March 10th, 2024.

JALT (The Annual International Conference of the Japan Association for Language Teaching). November 16 (Sat), 9:00-19:00 in Shizuoka. Call for proposals ends March 10th, 2024.

LTP (Language Teaching Professionals). January 12 (Sun) 2025, at Kinrankai High School, Osaka.

National U of Singapore CLS (National University of Singapore Centre for Language Studies). December 5 (Thu) - 7 (Sat) 2024, at National University of Singapore.

Nanzan University (Nanzan University Language Education Seminar). November 23 (Sat) 2024, at Nanzan University, Nagoya; and online.

JALT (The Annual International Conference of the Japan Association for Language Teaching). November 15 (Fri) - 18 (Mon) 2024, at Shizuoka Convention and Arts Center (Granship) Shizuoka City.

In this Episode, Alexander and Markus talk about scripting languages. Topics include the definition of what a scripting language is, typical usage scenarios, performance issues, programming styles and IDE support. In later Episodes we will talk about more specific topics, such as dynamic typing, reflection, functional programming as well as specific languages such as Ruby.

In this Episode we talk about dynamic languages for statically-typed minds, or in other words: which are the interesting features people should learn when they go from a langauge such as Java or C# to a language like Python or Ruby. We used Ruby as the concrete example language.

We started the discussion about important features with the concept of dynamically changing an object's type and the idea of message passing. We then looked at the concepts of blocks and closures. Next in line is a discussion about functions that create functions as well as currying. This lead into a quick discussion about continuations. Open classes, aliasing and the relationship to AOP was next on our agenda.

We then looked considered a somewhat more engineering-oriented view and looked at the importance of testing and what are the best steps of getting from static programming to dynamic programming. Finally, we discussed a bit about the current (as of October 2006) state of dynamic languages on mainstream platforms.

In this Episode we talked about the new POSA 4 book which has recently been published. We talk to two of the authors, Kevlin Henney and Frank Buschmann (the third author, Doug Schmidt was not available - and he had also been on the podcast a couple of times :-)). The book contains a pattern language for distributed systems. It contains 114 patterns that had been published before by many different other authors. The patterns have been rewritten to form a consistent language. We basically talked through the different sections of the book, which gives a really good overview over the challenges and the solutions of building distributed systems. These sections include From Mud to Structure, Distribution Infrastructure, Event Demultiplexing and Dispatching, Interface Partitioning, Component Patitioning, Application Contrl, Concurrency, Synchronization, Object Interaction, Adaptazion and Extension, Modal Behaviour, Resource Management and finally, Database Access. The book references several other previous works (as listed below). Interestingly, many of these referenced works and authors have also been discussed previously on the podcast. Here are the back references:

• Domain Driven Design, Eric Evans
• Messaging Patterns, Gregor Hohpe
• POSA 2 Patterns, Doug Schmidt
• Concurrency: Part 1, Part 2, Part 3 and the interview with Goetz and Holmes
• Remoting Patterns Part 1 and Part 2
• POSA3, Resource Management

In this episode, Markus talk with Martin Fowler and Rebecca Parsons about domain-specific languages.

For Episode 200 of Software Engineering Radio, Diomidis Spinellis interviews Markus Völter, the podcast’s founder. Markus works as an independent researcher, consultant, and coach for itemis AG in Stuttgart, Germany. His focus is on software architecture, model-driven software development and domain specific languages as well as on product line engineering. Markus also regularly publishes articles, […]

Robert talks to Dr. Anil Madhavapeddy of the Cambridge University (UK) Systems research group about the OCaml language and the Mirage cloud operating system, a microkernel written entirely in OCaml. The outline includes: history of the evolution from dedicated servers running a monolithic operating system to virutalized servers based on the Xen hypervisor to micro-kernels; […]

Charles Nutter from the JRuby project talks to Charles Anderson about JRuby and the Java Virtual Machine (JVM) as a platform for implementing programming languages. They begin by discussing the Java platform beyond just the Java language. As a case study in implementing a language other than Java on the JVM, they discuss JRuby - what it is and how it’s implemented on the JVM. They discuss recent additions to the Java platform like the invoke-dynamic byte code and lambdas in Java 8. The conversation concludes by discussing the future of the Java language, platform, and virtual machine.

Dmitry Jeremov and Svetlana Isakova speak to Matthew Farwell about the Kotlin programming language.

Paul Smith discusses the Crystal Programming Language and the Lucky web framework with Jeremy Jung.

Stanisław Barzowski of XTX Markets and a committer on the jsonnet project joins SE Radio's Robert Blumen for a conversation about the jsonnet programming language. A superset of JSON, jsonnet adds programming language capabilities, particularly to address the need to handle large but mostly repetitive JSON configurations. They discuss the project’s history, use cases for Grafana and Kubernetes config, and interoperability with YAML. They examine jsonnet details, including the command line, constrained capabilities of the language, and objects and inheritance, and then consider the toolchain: compiler, formatter, and linter, as well as test frameworks and testing, package management, and the language’s performance. Barzowski describes four implementations -- go, C++, Rust, and Scala -- as well as popular libraries and the standard library.

Lane Wagner of Boot.dev speaks with host Philip Winston about Go, the programming language that's popular for web, cloud, devops, networking, and other types of development. In addition to discussing existing features such as structs, interfaces, concurrency, and error handling, Lane and Philip take a deep look at generics, a recent addition to the language. They also explore the developer experience with Go.

Phillip Carter, Principal Product Manager at Honeycomb and open source software developer, talks with host Giovanni Asproni about observability for large language models (LLMs). The episode explores similarities and differences for observability with LLMs versus more conventional systems. Key topics include: how observability helps in testing parts of LLMs that aren't amenable to automated unit or integration testing; using observability to develop and refine the functionality provided by the LLM (observability-driven development); using observability to debug LLMs; and the importance of incremental development and delivery for LLMs and how observability facilitates both. Phillip also offers suggestions on how to get started with implementing observability for LLMs, as well as an overview of some of the technology's current limitations. This episode is sponsored by WorkOS.

Ines Montani, co-founder and CEO of Explosion, speaks with host Jeremy Jung about solving problems using natural language processing (NLP). They cover generative vs predictive tasks, creating a pipeline and breaking down problems, labeling examples for training, fine-tuning models, using LLMs to label data and build prototypes, and the spaCy NLP library.

For my first blog post this year I thought I'd provide you with a couple of light-hearted and entertaining looks at the English language. The first shows you just how confusing the language can sometimes be, whilst the second demonstrates why some suggest that English spelling should be reformed.

In the intricate landscape of electrical engineering, the ability to decipher and interpret schematic drawings is a skill that separates the adept from the novice. This technical article delves into the art of understanding schematics, unraveling the complexities through a... Read more

The post A roadmap for engineers seeking mastery in the language of electrical schematics appeared first on EEP - Electrical Engineering Portal.

I have been studying Lao for the last few months. As I leave the school and go home to work on the internet, I don't practise that much. But I have been learning how to read and write in Lao. 

Early Virginia Indians spoke dialects of Algic, Iroquoian, or Siouan, three large linguistic families that include many of the more than eight hundred indigenous languages in North America. Among Virginia's Algic-speakers were the Powhatan Indians, who lived in the Tidewater and encountered the Jamestown settlers in 1607. Little is known of their language—a form of Algic known as Virginia Algonquian—although Captain John Smith and William Strachey both composed influential vocabulary lists. The Nottoways and the Meherrins lived south of the James near the fall line and spoke Iroquoian. Although the Meherrin language was never recorded, it has been identified as Iroquoian based on geography. In 1820, John Wood interviewed the elderly Nottoway "queen" Edie Turner and created a word list that eventually was recognized as Iroquoian. Virginia's Siouan-speakers, meanwhile, largely lived west of the fall line and included the Monacans, the Mannahoacs, and the Saponis. Many Virginia Indians, encouraged by the requirements of trade, diplomacy, and warfare, spoke multiple languages, and when the English arrived, they and the Powhatans eagerly exchanged boys to learn each other's language and serve as interpreters. By the twentieth century, most if not all Virginia Indian languages had become extinct, meaning that no native speakers survived. In 2005, the Terrence Malick film The New World presented a form of Algonquian based on the Smith and Strachey lists and the work of the linguist Blair Rudes.
Thu, 29 Oct 2020 18:20:19 EST

IPTV services enhanced script language

Resolution 67 - (Rev. Geneva, 2022) - Use in the ITU Telecommunication Standardization Sector of the languages of the Union on an equal footing and the Standardization Committee for Vocabulary

Adoption of the CCITT Specification and Description Language (SDL)

FSTP-ACC.WebVRI - Guideline on web-based remote sign language interpretation or video remote interpretation (VRI) system [Superseded]

FSTP.ACC-WebVRI - Guideline on web-based remote sign language interpretation or video remote interpretation (VRI) system

Specification and Description Language implementer's guide - Version 4.0.1

Testing and Test Control Notation version 3: TTCN-3 core language

Testing and Test Control Notation version 3: TTCN-3 language extensions: Object-oriented features

Testing and Test Control Notation version 3: TTCN-3 language extensions: Advanced matching

Testing and Test Control Notation version 3: TTCN-3 language extensions: Configuration and deployment support

Specification and Description Language - Overview of SDL-2010 - SDL-2010 formal definition: Dynamic semantics

Specification and Description Language - Overview of SDL-2010 - SDL-2010 formal definition: Static semantics

Specification and Description Language - Data and action language in SDL-2010

Specification and Description Language - Shorthand notation and annotation in SDL-2010

Specification and Description Language - Comprehensive SDL-2010

Specification and Description Language - Basic SDL-2010

Specification and Description Language - Object-oriented data in SDL-2010

Specification and Description Language - Common interchange format for SDL-2010

Specification and Description Language - SDL-2010 combined with ASN.1 modules

Specification and Description Language - Basic SDL-2010

Specification and Description Language - Data and action language in SDL-2010

Specification and Description Language - Shorthand notation and annotation in SDL-2010