(no commit message)

diff --git a/openpower/sv/rfc/ls001.mdwn b/openpower/sv/rfc/ls001.mdwn
index e9098d49482c2caea7b31a76810998675d261eff..a8308a737fbf4f5c9c13cd711a23e5538d760147 100644 (file)
--- a/openpower/sv/rfc/ls001.mdwn
+++ b/openpower/sv/rfc/ls001.mdwn
@@ -192,7 +192,8 @@ The primary options are:
   extension to 128.
 * Saturation. **all** LD/ST and Arithmetic and Logical operations may
   be saturated (without adding explicit scalar saturated opcodes)
-* Reduction and Prefix-Sum (Fibonnacci Series) Modes
+* Reduction and Prefix-Sum (Fibonnacci Series) Modes as well as vec2/3/4
+  "Packing" and "Unpacking".
 
 The `SVP64-Single` 24-bit encoding focusses primarily on ensuring that
 all 128 Scalar registers are fully accessible, provides element-width
@@ -210,20 +211,20 @@ all 64-bit encodings.
 is extremely advanced but brings features already present in other
 DSPs and Supercomputing ISAs.
 
-* DCT/FFT REMAP brings more capability than TI's MSP-Series DSPs and
+* **DCT/FFT** REMAP brings more capability than TI's MSP-Series DSPs and
   Qualcom Hexagon DSPs, and is not restricted to Integer or FP.
   (Galois Field is possible, implementing NTT). Operates *in-place*
   significantly reducing register usage.
-* Matrix REMAP brings more capability than any other Matrix Extension
+* **Matrix** REMAP brings more capability than any other Matrix Extension
   (AMD GPUs, Intel, ARM), not being restricted to Power-2 sizes. Also not
   limited to the type of operation, it may perform Warshall Transitive
   Closure, Integer Matrix, Bitmanipulation Matrix, Galois Field (carryless
   mul) Matrix, and with care potentially Graph Maximum Flow as well. Also
   suited to Convolutions, Matrix Transpose and rotate, *all* of which is
   in-place.
-* General-purpose Indexed REMAP, this option is provided to implement
+* **General-purpose Indexed** REMAP, this option is provided to implement
   an equivalent of VSX `vperm`
-* Parallel Reduction REMAP, performs an automatic map-reduce using
+* **Parallel Reduction** REMAP, performs an automatic map-reduce using
   *any suitable scalar operation*.
 
 # Scalar Operations