tac@sei.cmu.edu (Timothy Coddington) (07/21/88)
I need a 3.12 Mhz crystal. Does anybody know of a good source for this part that will deliver quickly, and is reasonably priced?? Tim Coddington (412) 268-7712 244-8557 (late is OK) arpanet: tac@sei.cmu.edu Yes. In case you guessed I bought the SPO-256-AL2/CTS-256-AL2 chip set from GI. If anyone has any information on speech chip technology please pass it on. I'm interested in finding out who (such as General Instruments, and National) make these kinds of chips, and what is generally available in terms of capabilities. Also bibliographic references (articles, books, application notes, etc) Thanx
tmk@io.ATT.COM (59481[rjb]-t.m.ko) (07/21/88)
In article <6308@aw.sei.cmu.edu> tac@sei.cmu.edu (Timothy Coddington) writes: > > If anyone has any information on speech chip technology please pass > it on. I'm interested in finding out who (such as General > Instruments, and National) make these kinds of chips, and what > is generally available in terms of capabilities. Also > bibliographic references (articles, books, application notes, etc) > There is a speech recognition chip SP1000 from General Instrument (?). It uses linear predictive coding and does both recognition and systhesis. -tmk
mjj@stda.jhuapl.edu (Marshall Jose) (07/22/88)
One place that comes to mind is Digi-Key in Minnesota. They show a
3.145 Mhz crystal, fundamental mode, for about $1.50. Their number is
1-800-344-4539. I've been impressed with their delivery response.
I know 3.145 isn't exactly 3.12, but it's close enough -- the speech
will be imperceptibly higher.
Disclaimer: I have no association with Digi-Key except as a satisfied customer.
Marshall Jose
mjj@aplvax.jhuapl.edu || ...mimsy!aplcen!aplvax!mjjralphw@ius3.ius.cs.cmu.edu (Ralph Hyre) (07/27/88)
In article <744@io.ATT.COM> tmk@io.UUCP (59481[rjb]-t.m.ko) writes: >In article <6308@aw.sei.cmu.edu> tac@sei.cmu.edu (Timothy Coddington) writes: >> >> If anyone has any information on speech chip technology please > >There is a speech recognition chip SP1000 from General Instrument (?). >It uses linear predictive coding and does both recognition and systhesis. > Does this chip have the bug where the input LPC params are incompatible with the output LPC params? I thought I read this in the Circuit Cellar article on the Lis'ner 1000, but upon re-reading I could find no mention of such a limitation. If something says it uses LPC-10 does that mean another LPC-10 chip will interoperate with it? (I believe LPC-10 is a government standard for LPC paramters, but I don't know it's scope.) -- - Ralph W. Hyre, Jr. Internet: ralphw@ius2.cs.cmu.edu Phone:(412)268-{2847,3275} CMU-{BUGS,DARK} Amateur Packet Radio: N3FGW@W2XO, or c/o W3VC, CMU Radio Club, Pittsburgh, PA