| 3 | === 45: 21st June === |
| 4 | * Jed Wesley-Smith : A Brief and Incomplete History of FP @ Atlassian |
| 5 | * Mark Wotton : Haskell In Production: The Good, The Bad, and the Ugly" |
| 6 | * Sean Seafried : Generic Matrix Multiplication Part II |
| 7 | |
| 8 | === 44: 17th May === |
| 9 | * Trevor `McDonell` : The Current status of Accelerate |
| 10 | * Raphael Speyer : Unix programming in OCaml |
| 11 | * Tim Docker : Abstract Composable GUIs |
| 12 | |
| 13 | === 43: 19th April === |
| 14 | * Ben Lippmeier, Recent changes to the REPA API |
| 15 | * Tom Sewell, Binders and manipulating higher-order functions |
| 16 | * Eric Willigers, The SKI Combinator |
| 17 | |
| 18 | === 42: 15th March === |
| 19 | * Ben Lippmeier, [http://code.ouroborus.net/fp-syd/past/2012/2012-03-Lippmeier-CIU-Theorem.pdf Contextual equivalence and the ciu-theorem] |
| 20 | * Shane Stephens, [http://code.ouroborus.net/fp-syd/past/2012/2012-03-Stephens-Hindemith.pdf Hindemith in Haskell] |
| 21 | * Liam O'Conner, Zippers and Data Type Differentiation |
10 | | |
11 | | === 42: 15th March === |
12 | | * Ben Lippmeier, [http://code.ouroborus.net/fp-syd/past/2012/2012-03-Lippmeier-CIU-Theorem.pdf Contextual equivalence and the ciu-theorem] |
13 | | * Shane Stephens, [http://code.ouroborus.net/fp-syd/past/2012/2012-03-Stephens-Hindemith.pdf Hindemith in Haskell] |
14 | | * Liam O'Conner, Zippers and Data Type Differentiation |
15 | | |
16 | | === 43: 19th April === |
17 | | * Ben Lippmeier, Recent changes to the REPA API |
18 | | * Tom Sewell, Binders and manipulating higher-order functions |
19 | | * Eric Willigers, The SKI Combinator |
20 | | |
21 | | === 44: 17th May === |
22 | | * Trevor `McDonell` : The Current status of Accelerate |
23 | | * Raphael Speyer : Unix programming in OCaml |
24 | | * Tim Docker : Abstract Composable GUIs |
25 | | |
26 | | === 45: 21st June === |
27 | | * Jed Wesley-Smith : A Brief and Incomplete History of FP @ Atlassian |
28 | | * Mark Wotton : Haskell In Production: The Good, The Bad, and the Ugly" |
29 | | * Sean Seafried : Generic Matrix Multiplication Part II |