diff --git a/labs/amy_reference_compiler.md b/labs/amy_reference_compiler.md
index 66beedba94d0baa77930bbcc92329d9f32418400..ed3a0c4250d22ae8a0cae2b4281b4f339262ced8 100644
--- a/labs/amy_reference_compiler.md
+++ b/labs/amy_reference_compiler.md
@@ -5,13 +5,13 @@ We provide you with a reference compiler for the Amy language that you can use t
 The reference compiler is [available here](https://gitlab.epfl.ch/lara/cs320/-/blob/main/labs/amyc-assembly-1.7.jar).
 
 You can run it as follows:
-  java -cp amyc_2.12-1.7.jar amyc.Main [options] [input files]
+  java -cp amyc-assembly-1.7.jar amyc.Main [options] [input files]
 
 To see the list of available options do 
-  java -cp amyc_2.12-1.7.jar amyc.Main --help
+  java -cp amyc-assembly-1.7.jar amyc.Main --help
 
 The easiest way to execute a program is to run it in ''-''''-interpret'' mode. If you want to generate WebAssembly binary code, you should follow these steps:
-  * Install ''nodejs''. We have tested amyc with Node version 12, though other versions might work. See the [[https://nodejs.org/en/|Node website]] for installation instructions.
+  * Install ''nodejs''. We have tested amyc with Node version 12, though other versions might work. See the [Node website](https://nodejs.org/en/) for installation instructions.
   * Make sure the ''wat2wasm'' executable is visible, i.e., it is in the system path or, for Linux or Mac, you are at the toplevel of the ''amyc'' directory.
   * Run ''npm install deasync'' in the directory you plan to run ''amyc''.
   * Run ''amyc'' without options. You will get a few output files.