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@@ -253,7 +253,7 @@ IAMF is used to provide [=Immersive Audio=] content for presentation on a wide r
 Here are some typical IAMF use cases and examples of how to instantiate the model for the use cases.
 - UC1: One [=Audio Element=] (e.g., 3.1.2ch or First Order Ambisonics (FOA)) is delivered to a big-screen TV (in a home) or a mobile device through a unicast network. It is rendered to a loudspeaker layout (e.g. 3.1.2ch) or headphones with loudness normalization, and is played back on loudspeakers built into the big-screen TV or headphones connected to the mobile device, respectively.
 - UC2: Two [=Audio Element=]s (e.g., 5.1.2ch and Stereo) are delivered to a big-screen TV through a unicast network. Both are rendered to the same loudspeaker layout built into the big-screen TV and are mixed. After applying loudness normalization appropriate to the home environment, the [=Rendered Mix Presentation=] is played back on the loudspeakers.
-- UC3: Two [=Audio Element=]s (e.g., FOA and Non-diegetic Stereo) are delivered to a Mobile device through a unicast network. FOA is rendered to Binaural (or Stereo) and Non-diegetic is rendered to Stereo. After mixing them, it is processed with loudness normalization and is played back on the headset through the Mobile device.
+- UC3: Two [=Audio Element=]s (e.g., FOA and Non-diegetic Stereo) are delivered to a mobile device through a unicast network. FOA is rendered to Binaural (or Stereo) and Non-diegetic is rendered to Stereo. After mixing them, it is processed with loudness normalization and is played back on headphones through the mobile device.
 
 Example 1: UC1 with [=3D audio signal=] = 3.1.2ch.
 - Audio Substream: The left (L) and right (R) channels are coded as one audio stream, the left top front (Ltf) and right top front (Rtf) channels as one audio stream, the Center channel as one audio stream, and the low-frequency effects (LFE) channel as one audio stream.