David M Howard - Home page

NEWS:

From south to north: A vocal pi

This concert is in the Festival of Ideas at the National Centre for Early Music - it will have lots of new vocal performance ideas as well as more traditional vocal styles and information about voice production.

York's Grand Tour (Summer 2012):

David's board is about voice synthesis based on MRI data of David's head.

David was recently on TV! - The Hidden Talent Show

This show has 6 weekly episodes starting on Tuesday 24th April 2012 at 9.00pm. The show is about helping people unlock their talents in a number of different areas, including climbing, language learning, lie detection, freediving and singing. David was involved in the science of opera singing and we believe it is scheduled for 15th May. David provided scientifically-based measurements and worked with Stuart Barr to enable the singing potential of non-singer candidates to be evaluated to enable the selection of a winner who then has her/his talent unlocked as an opera singer.
Channel 4 TV (Hidden Talent Show).

David Howard is a Professor of Music Technology in the Department of Electronics at the University of York, UK. His teaching and research interests include the analysis of singing, music and speech. He manages to combine his professional interests in the human singing voice with practical singing activity as a Deputy Tenor Songman at York Minster and music director of the Vale of York Voices. (See menu on the left.)

He has placed his first five Applications (Apps) on the iTunes store. All run on the iPad and all but the fourth run on the iPhone/iPod Touch/iPad.

The sixth (iSingad) is for learning to sing where you can see the output from your voice as a waveform, spectrum or spectrogram. Other displays will be added soon including pitch, vocal tract shape and dynamics.

The fifth (Theremini) turns your device into a miniature Theremin. The original Theremin was a musical instrument which enabled the pitch and volume of a sine wave to be varied as the player's hands were moved close to and away from two antennas. Theramini makes use of the accelerometers for pitch and volume and adds other waveforms, vibrato and a speed of response control. Theramini can be used as a musical instrument, for exploring human hearing ability and as a test oscillator.

The fourth (HarmSyn and the "try it and see" version HarmSyn Lite) allow sounds to be created whose components (harmonics 1-16) can be varied at will as well as the fundamental frequency (f0), volume, vibrato and tremolo. A number of preset sounds can be used via a set of buttons. Compared with the Lite version, the full version has a greater f0 range of 20 Hz to 20 kHz rather than 20 Hz to 1 kHz, a logarithmic or linear f0 controller rather than just linear, 16 rather than 8 harmonic sliders and a greater choice of preset sounds.

The third (Wedding Service Music) is to allow selection of music that can be used at a church wedding during the five key musical moments during the service: Beforehand, at th eentry of the Bride, During the service, at the signing of the Register and for the Exit Processional. There are over 70 pieces of music represented and in each case, a short section of the music can be heard to facilitate making a choice. In addition, each piece of music has a description and the words are listed where appropriate. The App provides a way of helping this special day along with your choice of music for the occasion.

The second (8ve Oscillator and the "try it and see" version 8ve Oscillator Lite) is an octave oscillator with various waveforms (sine, square, pulse, sawtooth, triangular) available at fundamental frequencies spaced at the octaves usually used for acoustic and audiological (hearing) testing (125 Hz, 250 Hz, 500 Hz, 1 kHz, 2 kHz, 4 kHz, 8 kHz) as well as white noise. In addition and for interest it will also include 16 kHz which is generally only heard by those under about 25 years of age (the so-called "teen scarer" or "mosquito" sound). Fundamental frequency can also be set to an arbitrary value in the range of human hearing (20 Hz to 20 kHz). Output level can be adjusted in steps of 1, 3, 6, or 10 decibels (dB).

The first (Organ Stops) lists the footages of all manual and pedal pipe organ stops that can be found on all existing instruments along with a large selection of stop names - somewhat anorakish I know - but prepared as a way of finding out what is involved in creating an App. Bottom C for each stop footage can be played, including that for a 128' pedal rank (I know there is no 128' rank in existence but this is available when a 64' and a 42 2/3' are drawn together; a so-called "virtual pitch").

Other musical interests include organ and bassoon playing; whilst he does play the organ when asked for services, his bassoon playing is still rather lonesome. He is on the look out either for a small wind group or an orchestra in the Yorkshire area that might be interested in taking on a bassoonist of approximately grade 6-7 standard. Away from music, David is very keen on sailing (he achieved his RYA Day Skipper during 2008 in order to hire a yacht in the Ionian Sea over the summer) and he is now slowly gaining sea hours twoards the Coastal Skipper. More recently he has taken up photography.

His interest in singing is not just performance related (David used to direct the Beningbrough Singers. He conducts the Vale of York Voices and he sings as a Deputy Tenor in York Minster); he researches aspects of the singing voice relating to how it changes with training and this has led to the development of software that has been piloted in singing lessons to provide real-time visual feedback of acoustic parameters of the voice.

Further details are available on David's work website.

Did you know there is a David Howard dahlia?


David's smartPhone page

 

Dept fresher help page

 

 

 

 

 

   
Contact: david<at>davidmhoward.com