On 12/10/12 12:42 PM, Dave Gamble wrote:
I dream of a time when TeX notation will be acceptable and universal
in contexts like this.
y=(1/N) \sum_{i=0}^N x_i
doesn't stay ugly for very long, and is ultimately easier to read.
And you can paste it into here:
http://www.codecogs.com/latex/eqnedito
On Dec 10, 2012, at 12:35 PM, robert bristow-johnson wrote:
> On 12/10/12 11:18 AM, Bjorn Roche wrote:
>> On Dec 10, 2012, at 4:41 AM, Alessandro Saccoia wrote:
>>
I don't think you have been clear about what you are trying to achieve.
Are you trying to compute the sum of many si
I dream of a time when TeX notation will be acceptable and universal
in contexts like this.
y=(1/N) \sum_{i=0}^N x_i
doesn't stay ugly for very long, and is ultimately easier to read.
And you can paste it into here:
http://www.codecogs.com/latex/eqneditor.php and then it's actually
even MORE read
On 12/10/12 11:18 AM, Bjorn Roche wrote:
On Dec 10, 2012, at 4:41 AM, Alessandro Saccoia wrote:
I don't think you have been clear about what you are trying to achieve.
Are you trying to compute the sum of many signals for each time point? Or are
you trying to compute the running sum of a sing
To only way to guarantee precision is to use enough bits for intermediate
results. Given your running sum formulation, the worst-case quantization
error for any N is
0.5*Pi + 0.25*Pm*(N+2)(N-1)/N
where Pi is the precision of inputs (the summed signals) and Pm is that of
the partial sum (notic
On Dec 10, 2012, at 4:41 AM, Alessandro Saccoia wrote:
>>
>> I don't think you have been clear about what you are trying to achieve.
>>
>> Are you trying to compute the sum of many signals for each time point? Or
>> are you trying to compute the running sum of a single signal over many time
>
>
> I don't think you have been clear about what you are trying to achieve.
>
> Are you trying to compute the sum of many signals for each time point? Or are
> you trying to compute the running sum of a single signal over many time
> points?
Hello, thanks for helping. I want to sum prerecorded
