Location: Digipen Institute of Technology, Redmond, WA
Moderated by: Steve Turnidge
Speaker(s): All are with Bungie Studios: Skye Lewin, Michael C. Salvatori, and Josh Mosser
Three members of the composition and mixing team team from Bungie give us a rare glimpse behind one of the most popular games of this generation. Skye Lewin (Music Director and Composer at Bungie), Michael C. Salvatori (Composer at Bungie), and Josh Mosser (Senior Music Mixer/Editor at Bungie) discuss their inspiration, workflow, and the concept of creativity on a deadline when delivering live symphonic soundtracks containing hundreds of minutes of original music, elaborately sound designed cinematic sequences, and dialog in umpteen languages.
Skye, Michael, and Josh will ply us with tales of the past, present, and future of gaming through the prism of Destiny and Destiny 2.
Further details at our website: http://www.aes.org/sections/pnw/
Posted: Friday, March 15, 2019
Moderated by: Steve Turnidge
Speaker(s): Glenn Lorbecki, independent engineer and PNW Committee member. Bob Ezrin, producer/engineer.
Video Interview with Bob Ezrin
|On May 1, 2008, the PNW Chapter of the Recording Academy had a Studio Summit at what was EMP (now MoPop) in Seattle. The guests of honor were Bob Ezrin and Alan Parsons. The day was recorded, but the tapes never were captured — until now.
Steve Turnidge, AES PNW Vice Chair said, "Glenn Lorbecki's interview with Bob Ezrin's was the very best that I've ever witnessed." It's been 10 years since, and Steve still has not changed his mind about the interview. In the interview, Bob discusses, in depth, his varied production and mixing career ranging between Alice Cooper, Kiss, the first Peter Gabriel album, and Pink Floyd's The Wall and much more!
Now you can see for yourself at our February meeting.
About Bob EzrinBob Ezrin might be a bit less known than Alan Parsons, although he certainly has a large and impressive body of work to show for. His common point with Alan Parsons is his work with Pink Floyd as producer for their album, The Wall.
You can find a comprehensive biography and discography for Bob at Wikipedia.
Posted: Thursday, February 14, 2019
Location: Microsoft Studios, Building B, Dolby Atmos Theater, Redmond, WA
Moderated by: Glenn Lorbecki
Speaker(s): AES PNW Section, The Recording Academy
Apologies for the rather short notice here. The Recording Academy has an Immersive Audio Listening Session at the Dolby Atmos Theater located at Microsoft Studio B (Same place as our September meeting). On the playlist are recordings nominated for the 61st GRAMMY Awards in the Best Immersive Audio Album Category. We've been invited to share the occasion with the PNW Chapter of the Recording Academy.
There is space for about 50 AES folks, which should be sufficient to accommodate people who normally attend our meetings. Still, your RSVP is needed to secure a seat at the event.
Posted: Saturday, December 29, 2018
Location: Shoreline Community College, Rm 818 (music bldg), Shoreline, WA
Moderated by: Greg Dixon
Speaker(s): Jack Endino - Producer/Engineer
Everyone knows how to record an electric guitar, right? NOT!
Posted: Friday, October 19, 2018
Location: Shoreline Community College, Rm 818 (music bldg), Shoreline, WA, USA
Moderated by: Dan Mortensen
Speaker(s): Ron Jones / SkyMuse
Ron Jones is a composer who three years ago relocated from Los Angeles to Stanwood, WA. While working and living in LA for 37 years, he was the composer for Family Guy, American Dad, Star Trek Next Generation and many more productions.
Over his career, he has composed over 40,000 registered works, and is still going strong after his move to Washington — last year his studio provided all of the audio for the feature film "Fight For Space" and Ron has an ongoing performance jazz band, Jazz Forest.
In Stanwood, Ron has developed Sky Muse into a world class studio. Join us on June 20 at Shoreline CC for An Evening with Ron Jones.
Other Business: 2018 Officer and Committee Election We hold our annual election at the June meeting. This year's slate has a number of distinguished members. Your task, as a member or associate member of AES, is to choose from that slate, those candidates who you believe will help create interesting and meaningful meetings for the 2018-2019 year. Election materials may be found at http://www.aes.org/sections/pnw/bio2018.htm
Posted: Tuesday, June 19, 2018
DigiPen Institute of Technology is pleased to host the sixth annual Audio Symposium, jointly sponsored by the Game Audio Network Guild (G.A.N.G.) and the AES PNW section. This year’s speakers include Marty O’Donnell of Highwire Studios, Brian Schmidt of GameSoundCon, Nick Wiswell of Turn 10 Studios, and Mike Kent, member of the Technical Standards Board of the MIDI Manufacturers Association. Talks will cover a mix of topics related to sound engineering research, interactive music, and game audio. This event is free and open to the public.
Posted: Sunday, May 6, 2018
Location: Opus 4 Studios, Bothell, WA USA
Moderated by: Dan Mortensen
Speaker(s): Dr. Michael Matesky, Opus 4 Studios & PNW AES Committee
Grant Crawford, Costco
Once a year, Costco holds a Manager's Conference in Seattle, WA. A segment of the conference program is a memorial to Costco employees who have passed away during the previous year. The memorial takes the form of video images of those who have passed, along with an audio track that underscores the video. The only stipulation was that the music had to be performed by Costco employees. Simple enough, eh?
This year, there were two songs to be used, Song #1, Going Home, a spiritual, and Song #2, Hallelujah, by Leonard Cohen. Both songs would play against a video track that was being created at Costco HQ in Issaquah.
Going Home was to be recorded in English, French, Spanish, and Korean. The vocal would be added as an overdub, in the home country of the language; i.e. here, France, Spain, and Korea. Grant recorded a basic piano track at Opus 4 Studios without knowing the final tempo or key, and that's what was sent around to each country. Everyone got instructions about microphone choice, processing, etc. Each country would sing the entire song through, and the production team here would pick and choose what parts to use where. Simple enough, eh? What could go wrong?
Hallelujah was to be sung by yet another singer, with a small studio band. After some searching, they found their singer here in the PNW, BUT she had NEVER been in a recording studio. The "band" was guitar, bass, synth/keyboard, and backgrond vocals. With the exception of Grant (synth/keys), everyone was an amateur, albeit a Costco employee. What could go wrong?
Finally, as mentioned before, the songs underscore a video, which was being produced elsewhere at Costco, without the video team really hearing the music AND the audio team not seeing the video. A third party was calling the shots to both, to the extent that the production was evolving somewhat independently in two different but mostly parallel universes. The upshot of this was the audio team getting requests from Corporate that at such and such time, something had to happen, and the audio track would have to morph somehow to accommodate the request. This might be as simple as a fader move, but more commonly, it resulted in arrangement changes on the fly. Ohhh, of course the deadline is tighter than a <<pick something impossibly tight]>>
Posted: Friday, April 6, 2018
Location: The Guitar Store, 8300 Aurora Ave N. Seattle, WA 98103 USA
Moderated by: Dan Mortensen
Speaker(s): Brandon Ryan - Roland, Dr. David Jameson - Gig Performer
Over the course of decades, the audio community has focused their attention on the tape recorder and the evolutionary results have become the modern Digital Audio Workstation (DAW). Increasingly, the common denominator in music making has been Virtual Studio Technology (VST) instruments and signal processing gear (a standard developed by Steinberg). See https://en.wikipedia.org/wiki/Virtual_Studio_Technology for more details.
Now, subscription services are starting to take over - many computer software licenses are maintained by a monthly payment. Roland Corporation, one of the best known brand names in synthesis, recently started a subscription service - Roland Cloud - which provides VST instruments modeled on (down to the resistor!) a large assortment of their classic synthesizers and other forward looking products.
One challenge Roland (and many other VST providers) have, is that in order to use these VST instruments, the subscriber has to have access and working knowledge of a DAW able to mount these instruments and use them before the instant gratification of actually playing and hearing them. The "tape recorder" has taken over the studio.
Enter Gig Performer - A VST host that provides direct and immediate access to these instruments - and any VST processor or utility. When you open Gig Performer, you see your audio and MIDI interfaces on a desktop with connection points. Right click and select the VST you wish to use, connect them up with your interfaces, and you are playing. Near instant performance gratification.
Come see us at The Guitar Store on February 21, 2018 at 7:30 for a full run down of the future of the virtual studio.
Posted: Monday, February 12, 2018
Location: Digipen Institute of Technology, Redmond, Washington USA
Moderated by: Dan Mortensen
Speaker(s): James J. (JJ) Johnston - retired AT&T/Bell Labs, Microsoft, Bob Smith - Stryker/Physio Control
To Window or Not To Window
Our January meeting will deal with the matter of windowing in FFT analysis.
Mr. Johnston will explain why windowing exists in FFT analysis, and then show the properties of a few windows, as well as mention when a window might not be the right tool. The talk will be primarily powerpoint, with rather a lot of graphs showing what happens when you do and don't window, why it's usually a good idea, and when it's actually not such a good idea.
Bob Smith will add clarity by discussing the practical effects of window choices on audio measurements. He will demonstrate these concepts via several live amplifier measurements.
James D. (JJ) Johnston received the BSEE and MSEE degrees from Carnegie-Mellon University, Pittsburgh, PA in 1975 and 1976 respectively. JJ temporarily retired in 2002 but worked 26 years for AT&T Bell Labs and its successor AT&T Labs Research. He was one of the first investigators in the field of perceptual audio coding, one of the inventors and standardizers of MPEG 1/2 audio Layer 3 and MPEG-2 AAC, as well as the AT&T Bell Labs or AT&T Labs-Research PXFM (perceptual transform coding) and PAC (perceptual audio coding) and the ASPEC algorithm that provided the best audio quality in the MPEG-1 audio tests. Most recently he has been working in the area of auditory perception of soundfields, electronic soundfield correction, ways to capture soundfield cues and represent them, and ways to expand the limited sense of realism available in standard audio playback for both captured and synthetic performances. He was most recently employed by DTS Audio and his current status is retired. Mr. Johnston is an IEEE Fellow, an AES Fellow, a NJ Inventor of the Year, an AT&T Technical Medalist and Standards Awardee, and a co-recipient of the IEEE Donald Fink Paper Award. Mr. Johnston has presented many times for the PNW Section, most recently on the issues surrounding "Dynamic Range." In 2006, he received the James L. Flanagan Signal Processing Award from the IEEE Signal Processing Society, and presented the 2012 Heyser Lecture at the AES 133rd Convention: Audio, Radio, Acoustics and Signal Processing: the Way Forward.
Bob Smith has a BSEE from the University of Washington and has worked in the Biomedical industry for over 45 years. The last 20+ years he has spent developing acoustic research and audio engineering disciplines for Stryker / Physio Control (formerly Medtronic / Physio Control) to improve speech intelligibility for medical device voice prompting and voice recording systems in noisy environments. He is responsible for voice prompting in 30+ languages. The department now handles acoustic measurements of components such as drivers, microphone capsules and system measurements including Thiele-Small parameters, polar plots, waterfalls, frequency response, impulse response, several speech intelligibility methods, etc. When he's not playing acoustic/audio monkey for his corporate master, he runs an acoustic lab, SoundSmith Labs. From time to time, he can also be found recording local musical talents. Currently he is comparing several hardware and software acoustic / audio measurement systems to assess how much they vary and to the degree they converge on similar results. noise assessments and their effect on speech intelligibility.
Posted: Monday, January 8, 2018
Location: Woodinville, WA USA
Moderated by: Dan Mortensen
Speaker(s): Marcelo Vercelli, Tim Whitwell, Tectonic Audio Labs
Our December meeting will be held at Tectonic Audio Labs (TAL), located in Woodinville for a tour and presentation on bending wave technology as used in audio transducer and system designs. The basics of the technology will be explained. In addition, two primary embodiments will be described, including DMLs (distributed mode loudspeakers) and BMRs (balanced mode radiators), with applications of these devices.
In addition to exploring DML and BMR transducers, we'll take a look at how these devices are measured. Both of our presenters are highly skilled in acoustic and electronic measurements. TAL has an anechoic chamber, with an arced microphone array, and a battery of software-based measurement tools.
Demonstrations will be conducted of the DML sound reinforcement system and several BMR based products (commercial and consumer).
Tectonic has both a branded audio business and an OEM business.
The Tectonic branded business is primarily in Pro Audio, with new products for the contractor market coming in the near future. Currently the branded products have applications in House of Worship, sports venues, government chambers, theaters, production work, etc.
OEM applications include DMLs and BMRs. Exciters for DMLs are currently in production with Lufthansa business jets (interior panels) and Wayne/Dresser fuel pumps (audio from the plastic front panels). BMR applications are currently in automotive (Bentley Bentayga and GT), consumer AV products (e.g. Q-Acoustics Media 4 soundbar), consumer safety devices (e.g. smoke alarms) and other products.
Marcelo Vercelli is the CTO of Tectonic Audio Labs and owner of Chameleon Labs LLC. Marcelo has been designing and manufacturing professional loudspeaker systems since 1988. He founded two companies focused in the professional audio market segment and has been awarded five U.S. patents in the area of transducer technology and loudspeaker acoustics. Over the last ten years, he has focused in the area of near-field and mid-field studio monitoring systems, having served as the Director of Engineering at Event Electronics. For the last five years he collaborated on development of bending wave technologies and associated audio system designs, including DMLs and BMRs, while serving as CTO for Tectonic Audio Labs. He has experience in the areas of product development, industrial and mechanical design, acoustic and electronic engineering as well as manufacturing engineering.
Marcelo's specialties include analog and digital audio system development, complex active loudspeaker system design, acoustic measurement and testing, transducer design, manufacturing engineering systems and strategies, and test systems for automated transducer and electronics production lines.
Tim Whitwell, MPhys Vice President Engineering at Tectonic Audio Labs. During a 20+ year career in the loudspeaker industry Tim has designed a wide range of award winning BMR and DML transducers and systems for Hi-Fi, home theatre, professional audio, TV and compact portable sector. He specializes in DML and BMR technologies and the simulation of transducers and electro-acoustic systems. Tim is the cited inventor on a number of patents in the fields of acoustics, transducer design and haptic feedback technology.
His specialties include acoustic design, simulation and measurements, loudspeaker system design and tuning, transducer design and optimization, magnetic finite-element analysis, DML (distributed mode loudspeaker) design, BMR (balanced mode radiator) design, laser vibrometry, and COMSOL Multi-Physics FEA analysis specialising in acoustic-structure interaction and electromagnetics.
Posted: Monday, December 4, 2017