Template-based Text Generation – Part 2
In my previous article, I showed how “iLangGen” framework facilitates text generation using templates. I talked about the various “patterns”
Template-Based Text Generation
I had written earlier about natural language generation using my iLangGen framework. I used a “template” text file which was instantiated
Mathematica: Using TextCases to Extract Information from Natural Language Text
Extracting meaningful information from unstructured, human readable text is a hot topic of research today and has important applications in
Pattern Matching: Comparing Elixir and Mathematica
One of the things I like about Elixir is its support for patterns at the core language level, not through library
Elixir: Wrapping Lisp Calls in a Macro
In the last article, I showed how to make calls to Lisp functions from Elixir. We followed this pattern: 1)
Calling Lisp Functions from Elixir
In the last article I showed how we can simulate the idea of Lisp’s “closure” in Elixir. Today, I would like
Closure in Lisp vs Elixir
I started learning Elixir a week ago. Although this has been at the top of my To-do list for quite a
std::is_standard_layout<>
In our last post, we learnt about the type trait std::is_trivial<T>. Today, let us go through another type trait that
std::is_trivial<>
Today let us try to understand the type trait std::is_trivial<T>. This trait checks if the given type is a trivial
std::is_convertible<>
The type trait is_convertible<From, To> checks if an object of type From can be “implicitly” converted to an object of