Made changed my spelling from cmake to CMake for consistency; trying to make double quotes appear correctly!

Author: jajhall

docs/src/guide/highs-gpu.md

@@ -1,12 +1,12 @@
 # [HiGHS on a GPU](@id highs-gpu)
 
-From HiGHS v1.10.0, its first order primal-dual LP (PDLP) solver [cuPDLP-C](https://github.com/COPT-Public/cuPDLP-C) can be run on an NVIDIA GPU under Linux and Windows. However, to achieve this, CUDA utilities must be installed and HiGHS must be built locally using `cmake`, as described below.
+From HiGHS v1.10.0, its first order primal-dual LP (PDLP) solver [cuPDLP-C](https://github.com/COPT-Public/cuPDLP-C) can be run on an NVIDIA GPU under Linux and Windows. However, to achieve this, CUDA utilities must be installed and HiGHS must be built locally using CMake, as described below.
 
 ### PDLP: A health warning
 
-First order solvers for LP are still very much ``work in progress''. Although impressive results have been reported, these are often to lower accuracy than is achieved by simplex and interior point solvers, have been obtained using top-of-the-range GPUs, and not achieved for all problem classes. Note that, due to PDLP using internal scaling and relative termination conditions, a solution deemed optimal by PDLP may not be accepted as optimal by HiGHS. The user should consider the infeasibility data returned by HiGHS to decide whether the solution is acceptable.
+First order solvers for LP are still very much "work in progress". Although impressive results have been reported, these are often to lower accuracy than is achieved by simplex and interior point solvers, have been obtained using top-of-the-range GPUs, and not achieved for all problem classes. Note that, due to PDLP using internal scaling and relative termination conditions, a solution deemed optimal by PDLP may not be accepted as optimal by HiGHS. The user should consider the infeasibility data returned by HiGHS to decide whether the solution is acceptable.
 
-If you use the HiGHS PDLP solver, in the first instance it is recommended that you increase the primal and dual feasibility tolerances to `1e-4`, since these are the default values used natively by `cuPDLP-C` and will result in the algorithm terminating much sooner.
+If you use the HiGHS PDLP solver, in the first instance it is recommended that you increase the primal and dual feasibility tolerances to `1e-4`, since these are the default values used natively by cuPDLP-C, and will result in the algorithm terminating much sooner.
 
 ### Requirements