| Characteristics
of the system structure |
- For
its portability, the system structure is based on ANSI
C. It established an API and "callback" function
group to enable a concise construction of the application
interface.
- ASN.1
Data Description Script is converted to C language to
build Internal structure.
- Event
driven type application interface through C API and C
callback function.
- Established
an application interface irrelevant to lower networks
for its application to multi networks(IPV4,IPV6, IPX).
|
| Characteristics
of the supremacy of Acromate H.323 Protocol Stack |
- Speed:
Since all parts of the stack was developed ANSI C based,
it is much faster than others' products which are C++
based or Interpreter engaged.
- User-friendly
Interface: Because of an approach toward data through
script, the number of API which developers should be acquainted
with is dramatically reduced down to roughly 60.
- High
Interoperability: Since the fact that both approaches
of direct and indirect through script are available and
observation and revision on packet level, the issue of
interoperability is genetically coped with.
- Compact
Size: The program size stays at 1M Byte, when full stack
is applied to the multi call available system.
- Supports
Various Platforms: Supports all platforms where C compiler
can be used. Moreover multi call is available even on
the O/S where multi-thread is not supported such as UC-Linux
|
| Issues
to consider during product development |
| System
Independent : |
To secure the maximization of system application
status, it should be applied to all O/S and H/W, as a same
source.
|
| Simple
Application Interface: |
Overcomes difficulties of establishing a speedy
and high quantity product. It supports the maximization of
stack usage via a simplified supporting environment.
|
| Network
adaptation ability:
|
The
Internet environment is changing form IPv4 to IPv6; regardless
of these changes in the network environment, it must support
the multi network, to enable stack activity |
