Merge pull request #70 from isi-usc-edu/release/1.4.2

#69 pushing the 1.4.2 release

Author: akurlej

Examples/Algorithms_and_Infrastructure/README.md

@@ -16,4 +16,4 @@ Provides additional context for our QSP/QET/QSVT tools, including their use with
 Demonstrates how we build a Quantum Circuit and then use our internal Scheduler to create time-accurate, resource reliant circuit execution and advanced parallelism analysis.
 
 ### hardware_resource_estimation.ipynb
-Demonstrates how we take a Hamiltonian Circuit and perform both logical and hardware profile specific resource estimation. We use Microsoft's Azure|trade| to perform the Hardware Estimate.
+Demonstrates how we take a Hamiltonian Circuit and perform both logical and hardware profile specific resource estimation.

Examples/Algorithms_and_Infrastructure/scheduling_example.ipynb

@@ -117,7 +117,7 @@
     "\n",
     "* `rotation_gate_precision`: default `5e-6`. Desired precision for circuit decomposition, namely breaking rotations into T-Gates.\n",
     "\n",
-    "* `decomposition_protocol`: default `decomposition_protocol.recursive`. Method of advanced decomposition to be used for complex operations, either `decomposition_protocol.recursive` or `decomposition_protocol.hierarchical`. See `advanced_decomposition_examples.ipynb` for further details.\n",
+    "* `decomposition_protocol`: default `decomposition_protocol.recursive`. Method of advanced decomposition to be used for complex operations, either `decomposition_protocol.recursive` or `decomposition_protocol.hierarchical`. \n",
     "\n",
     "* `qasm_output`: default `False`. If set to `True`, in addition to scheduling results, scheduler will print a qasm output of the scheduled circuit, including lines specifying start times of operations preceded by `#`.\n",
     "\n",