Attribution.

flow-shop/flow-shop.markdown

@@ -1,7 +1,7 @@
 title: A Flow Shop Scheduler
-author: Christian Muise
+author: Dr. Christian Muise
 
-_Christian Muise is a Research Fellow with the [MERS group](http://groups.csail.mit.edu/mers/) at [MIT's CSAIL](http://www.csail.mit.edu/). He is interested in a variety of topics including AI, data-driven projects, mapping, graph theory, and data visualization, as well as celtic music, carving, soccer, and coffee._
+_[Dr. Christian Muise](http://haz.ca) is a Research Fellow with the [MERS group](http://groups.csail.mit.edu/mers/) at [MIT's CSAIL](http://www.csail.mit.edu/). He is interested in a variety of topics including AI, data-driven projects, mapping, graph theory, and data visualization, as well as celtic music, carving, soccer, and coffee._
 
 ## A Flow Shop Scheduler
 *Flow shop scheduling* is one of the most challenging and well-studied problems in operations research. Like many challenging optimization problems, finding the best solution is just not possible for problems of a practical size. In this chapter we consider the implementation of a flow shop scheduling solver that uses a technique called *local search*. Local search allows us to find a solution that is "pretty good" when finding the best solution isn't possible. The solver will try and find new solutions to the problem for a given amount of time, and finish by returning the best solution found.

tex/500L.tex

@@ -260,7 +260,35 @@
 \mainmatter
 
 
-\include{ocr}
+\include{blockcode}
+
+\include{interpreter}
+
+\include{static-analysis}
+
+\include{functionalDB}
+
+\include{flow-shop}
+
+\include{template-engine}
+
+\include{pedometer}
+
+\include{sampler}
+
+\include{spreadsheet}
+
+\include{cluster}
+
+\include{data-store}
+
+\include{objmodel}
+
+\include{ci}
+
+\include{crawler}
+
+\include{modeller}
 
 
 \bibliographystyle{alpha}