Re: Computational power AVR vs. MSP430?
From: Casey (cclremovethispart_at_cox.net)
Date: 12/24/03
- Next message: Alan Balmer: "Re: Certified C compilers for safety-critical embedded systems"
- Previous message: Everett M. Greene: "Re: how do PSoCs compare to AVRs and PICs?"
- In reply to: John R. Strohm: "Re: Computational power AVR vs. MSP430?"
- Next in thread: John R. Strohm: "Re: Computational power AVR vs. MSP430?"
- Reply: John R. Strohm: "Re: Computational power AVR vs. MSP430?"
- Messages sorted by: [ date ] [ thread ] [ subject ] [ author ]
Date: Wed, 24 Dec 2003 11:23:04 -0600
John R. Strohm said...
> "Thomas W. Carley" <tcarley@eng.umd.edu> wrote in message
> >
> > Think fixed point math rather than floating point. It is MUCH more
> > efficient.
>
> It isn't that simple. Doing fixed point math, you have to worry a lot more
> about scale factors and where your binary point is at any given instant. You
> MAY have to worry about which way an operation will truncate.
True... but we get paid to worry about such things.
Casey
- Next message: Alan Balmer: "Re: Certified C compilers for safety-critical embedded systems"
- Previous message: Everett M. Greene: "Re: how do PSoCs compare to AVRs and PICs?"
- In reply to: John R. Strohm: "Re: Computational power AVR vs. MSP430?"
- Next in thread: John R. Strohm: "Re: Computational power AVR vs. MSP430?"
- Reply: John R. Strohm: "Re: Computational power AVR vs. MSP430?"
- Messages sorted by: [ date ] [ thread ] [ subject ] [ author ]
Relevant Pages
|