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Posted by on Dec 17, 2013 | 5 comments

An Interview with John Roesch

MPSE_JRoesch2

In  over 30 years working in sound, Foley artist John Roesch has amassed an impressive list of credits, including major films like “Inception” and “The Matrix” and games like “Final Fantasy X” and “Dead Space.” With over 400 credits to his name, John was awarded the MPSE’s Career Achievement Award earlier this year. I recently had the opportunity to sit down with John on his Foley stage on the Warner Brothers Studios lot in Burbank, California to talk about Foley, how he got into the business, and where he sees things moving forward.

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Posted by on Nov 25, 2013 | 10 comments

The Dialog Re-Assign Workflow

02_Complete Setup

My first exposure to noise reduction processing was with Waves X-Noise, working clip-by-clip, finding a snippet of noise in the clear, setting the noise profile, then processing the clip before moving to the next one. This offline processing method, while effective, would end up taking a lot of time, especially on long-form projects. Similarly, if you had a processed clip that needed its noise reduction altered, you would have to restore the un-processed version, find the noise print again, re-adjust the parameters, and then re-process it. When time is short (and when isn’t it?), real-time processes begin to look like a much better option. Unfortunately, plugins like X-Noise or iZotope RX Denoiser can’t be used effectively in real-time due to the enormous amounts of processing overhead required and the unmanageable latency added to the signal. With plugins like the new RX 3 Dialog Denoiser and Wave’s WNS and W43, real-time noise processing without expensive hardware is feasible, but it requires a change in workflow to utilize effectively. As I found once I started using the RX 3 Dialog Denoiser, putting one per dialog track was an inefficient use of CPU resources, and simply putting an instance on the main dialog bus proved problematic, especially when dealing with adjacent clips that had drastically different noise profiles.

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