-
```
According to the final draft
of 15444-1, section F.2 (normative), the inverse wavelet transform must
use periodic symmetric extension at boundaries.
I assume that this is also required for the f…
-
```
According to the final draft
of 15444-1, section F.2 (normative), the inverse wavelet transform must
use periodic symmetric extension at boundaries.
I assume that this is also required for the f…
-
```
According to the final draft
of 15444-1, section F.2 (normative), the inverse wavelet transform must
use periodic symmetric extension at boundaries.
I assume that this is also required for the f…
-
See #71
-
problem: for the encryption of group communication one shared AES
group-key is used. if a group member misses for some reason the update
notification of this key (when it was changed) it cannot partic…
-
`PgpEncryptedMessageGenerator` should automatically decide which symmetric encryption algorithm to use based on the input. In case of public key cryptography the parameters should be implied by the p…
-
```
According to the final draft
of 15444-1, section F.2 (normative), the inverse wavelet transform must
use periodic symmetric extension at boundaries.
I assume that this is also required for the f…
-
```
This would lead to significant memory and speed gains in combination with
pysparse and possibly other solvers that can work with such matrices.
```
Original issue reported on code.google.com by …
-
```
According to the final draft
of 15444-1, section F.2 (normative), the inverse wavelet transform must
use periodic symmetric extension at boundaries.
I assume that this is also required for the f…
-
```
Provide support for all data types (real, complex, integer, pattern) and
symmetry structures (general, symmetric, skew-symmetric, Hermitian).
Documentation here [1].
[1] http://math.nist.gov/M…