QuickShed --> Quicksched

data/cs.md

@@ -4,13 +4,13 @@
 
 SWIFT uses a hybrid MPI + threads parallelisation scheme with a
 modified version of the publicly available lightweight tasking library
-[QuickShed](https://gitlab.cosma.dur.ac.uk/swift/quicksched) as its
+[QuickSched](https://gitlab.cosma.dur.ac.uk/swift/quicksched) as its
 backbone. Communications between compute nodes are scheduled by the
 library itself and use asynchronous calls to MPI to maximise the
 overlap between communication and computation. The domain
 decomposition itself is performed by splitting the graph of all the
-compute tasks, using the METIS library, to minimise the number
-of required MPI communications. The core calculations in SWIFT use
+compute tasks, using the METIS library, to minimise the number of
+required MPI communications. The core calculations in SWIFT use
 hand-written SIMD intrinsics to process multiple particles in parallel
 and achieve maximal performance.