Changes between Version 9 and Version 10 of GSoC2010

Timestamp:

03/02/10 11:15:38 (15 years ago)

Author:

Angyal Gábor

Comment:

--

GSoC2010

@@ -3 +3 @@
 == Introduction ==
 
-'''LEMON''' stands for '''L'''ibrary for '''E'''fficient '''M'''odeling and '''O'''ptimization in '''N'''etworks.
+LEMON stands for '''L'''ibrary for '''E'''fficient '''M'''odeling and '''O'''ptimization in '''N'''etworks.
 It is a C++ template library providing efficient implementations of common data structures and algorithms with focus on combinatorial optimization tasks connected mainly with graphs and networks.
 
@@ -17 +17 @@
 
 === PyLemon Module ===
+mentor: Alpár Jüttner
+
 ==== Background ====
 
-LEMON was written in C++ language, because this is tho only widely used programming language nowadays, which gives us opportunity for optimizing run time and memory usage of complex data-structures and algorithms. However C++ is a rather complex language which require deep knowledge of programming, and it's usage is many times complicated. The implementation of a task can be much simpler in some modern (usually interpreted and dynamically linked) languages. Python is a prominent member of these languages, which besides that it can be very easily learned, exceedingly appropriate for quickly writing easily maintainable (?) codes.
+LEMON was written in C++ language, because this is tho only widely used programming language nowadays, which gives us opportunity for optimizing run time and memory usage of complex data-structures and algorithms. However C++ is a rather complex language which require deep knowledge of programming, and it's usage is many times complicated. The implementation of a task can be much simpler in some modern (usually interpreted and dynamically linked) languages. Python is a prominent member of these languages, which besides that it can be very easily learned, exceedingly appropriate for quickly writing easily maintainable (?) codes. Python is also a highly extensible language, which allows programmers to create their own modules in C or C++.
 
 ==== The Task ====
@@ -33 +35 @@
  - basic knowledge of graph theory
  - English language knowledge
+
+==== Benefits of participating ====
+
+By taking part in this project, you can highly improve both your C++ and Python skills. You will also have a good exercise of working with complex objects and creating python extensions.